The Mignone Center for Career Success will be closed on Monday, September 2 in observance of Labor Day.
Whether you’ve just finished your undergraduate degree or you want to pivot your career, grad school may be the next logical step in your educational and professional development.
But how do you apply to graduate school so you have the best chance at receiving that coveted acceptance letter? Read on to learn how to submit the perfect graduate school application to impress admissions officers. For information on due dates and a printable timeline, check out our grad school application checklist .
The exact criteria for graduate school admissions vary depending on the school and program. Still, there are certain qualifications, including GPA and grades from specific undergraduate courses, that all admissions officers consider. Most graduate programs look for a minimum 3.0 GPA.
A Graduate Record Examination (GRE) score of at least 318 is considered strong and can help your application. A professional resume with work experience related to your program is often helpful or required. Programs typically ask for letters of recommendation and a graduate school admissions essay as well.
Whichever program you apply for, you must first make sure it’s a good match. Consider the following questions before submitting your application:
Taking time to reflect on these questions can help you decide whether graduate school is right for you. You can also reach out to professors, students and alumni to get a better feel for your prospective program. You might even schedule a tour of the campus before applying.
Internships and relevant work experience may not make or break your graduate school application, but they can help set your application apart from the rest. Once you’re in a graduate program, you may be required to complete an internship or research work to graduate.
A statement of purpose or personal statement tells admissions committees more about you. This essay should touch on your interests, especially as they relate to the graduate school program. The statement of purpose should also describe what you can bring to the program and why you want to be a part of it.
Letters of recommendation are important for graduate school because they show that credible academics and professionals think highly of you and believe you would be a good asset to the program you’re applying to.
An effective letter of recommendation is written by someone who knows you well academically or professionally, such as a professor, mentor or work supervisor. It should include titles of relevant research articles you’ve written, academic awards and honors and relevant academic activities like projects, presentations or research studies.
Simply put, official undergraduate transcripts verify that you attended the school you said you did and maintained a GPA that’s consistent with the program’s requirements. Undergraduate transcripts also allow admissions officers to see whether you took courses relevant to your prospective course of study.
Most graduate school programs require students to take the GRE as part of the application process. An overall score of 318 or higher is considered a good score, so you’ll want to give yourself plenty of time to study and retake the test if needed before your grad school application is due.
While you don’t always need an undergraduate degree in the same field as the graduate program you’re applying to, admissions officers typically consider relevant undergraduate coursework, research projects and work experience when reviewing applications.
Your statement of purpose gives you the chance to show some individuality and let your personality shine through. You should aim to leave a memorable impression and craft a well-written, concise statement of purpose to boost your application. See our tips below for writing a statement of purpose.
Be sure to answer all of the questions in the prompt to give admissions officers all the information they need. Additionally, make sure to follow any guidelines for things like style, font and file format. While these factors may seem small, incorrect formatting can lead to your application being disqualified.
This is your chance to tell your story. Write a statement of purpose that only you could write. Does your passion for medicine date back to an injury or illness you had as a child? Did you grow up watching Law & Order and feel inspired? These details remind graduate admission committees that you are a well rounded person with much to offer.
Aside from how your own personal and career goals relate to the program, you should also touch on how you can contribute to your school or program of choice. Do you plan on collaborating with colleagues or contributing to your institution’s research goals? Make this known in your statement of purpose.
What is the culture of the school or program you’re applying to? What does the institution value? Spend some time on its website and social media accounts to find out. You can even reach out to current students and alumni to get a better idea so you can tailor your statement of purpose accordingly.
Don’t just write your first draft and send it off. After writing it, take some time to sleep on it, then come back and read and revise with fresh eyes. You should also have someone like a professor or tutor read your statement of purpose and provide feedback.
The interview is a big part of the graduate school application process if your program requires one. Make sure to come ready and prepared.
Read up on the university and program you’re applying to so you can sound knowledgeable and interested during the interview. Answer questions such as, how big is the program or school? What have its graduates gone on to do? What are the program requirements?
You can also read up on any academic articles or research professors in your program have created.
Remember, this isn’t just about the school interviewing you. You’re also interviewing the program to determine if it’s a good fit for you. What career and network opportunities are available to students and alumni? What about grants and scholarships? Will you be paired with a mentor or an advisor?
Practice makes perfect. Look into common graduate school interview questions, and practice with a professor, classmate or friend. You can even practice solo using these 20 Graduate School Interview Questions .
Depending on the nature of your work, it may be helpful to bring in a professional portfolio, such as if your speciality is print graphic design. Other subject areas like writing or research lend themselves to online portfolios, which you can send to your interviewers ahead of the scheduled interview.
In addition to your transcripts, test scores, statement of purpose and portfolio, your graduate school application will require some basic background information about you.
Ethnicity information about applicants and current students is used by the university to see if it is meeting diversity quotas and to share with stakeholders. You may select one particular ethnicity, or choose options like “other,” “multiracial” or “decline to state.”
Scholarships, grants and special services can be available to active-duty and reserve military service members and veterans.
Deadlines for financial aid often coincide with deadlines for admissions. Make sure to submit the FAFSA to ensure you qualify for as many financial aid resources as possible. Visit the Federal Student Aid website for more information, and check out our guide on how the FAFSA differs for graduate school .
Do you speak the primary language spoken in the area where your campus is located? Do you speak more than one language? These are things admissions officers will want to know.
When submitting your online application, make sure to upload all required documents so your application will not be disqualified.
This article was originally published on Forbes.com on Feb. 3. 2023. Author is Ryah Cooley Cole, and Editor is Brenna Swanston.
Computer Science Master’s Degree Program
Develop advanced computational and software development skills and knowledge to solve real-world challenges in the digital age.
Online Courses
11 out of 12 total courses
One 3-week summer course
$3,340 per course
Registration opens November 4, 2024
The demand for skilled computer scientists is predicted to grow by 21 percent in the coming years, according to the U.S. Bureau of Labor Statistics. A graduate degree in computer science equips you to stay ahead of the curve and meet the computing challenges of today and tomorrow.
In our rigorous master’s degree program, you’ll focus on advanced computer science theories and applications. Learning from expert faculty from Harvard and industry, you’ll acquire the skills to design, develop, and maintain complex computer and software systems.
Customizable online curriculum that can be completed part time
Expert instruction from Harvard faculty and industry professionals
Personalized academic and career advising
Real-world capstone experience with industry partners
Entrepreneurial opportunities through Harvard Innovation Labs
Harvard Alumni Association membership upon graduation
As you work through the 12-course program, you’ll take core courses in essential computer science topics like:
You’ll choose elective courses in topics that interest you most, such as:
Learning is hands-on. Classes feature collaborative activities like online discussions and group projects. Through your capstone project, you will have the opportunity to work innovatively and creatively, applying the skills you’ve gained to a real-world challenge.
Courses are offered in a primarily asynchronous format, in fall, spring, January session, and summer terms.
Join faculty and peers in person for a 3-week precapstone course in the summer, working with your team to kickstart your capstone project.
Collaborate with peers and an industry partner on a project that addresses a real-world challenge.
The path to your degree begins before you apply to the program.
First, you’ll register for and complete 2 required courses, earning at least a B in each. These courses provide a foundation in the principles of computer science, programming languages, and data structures. They are also an investment in your studies, counting toward your degree.
Enroll for your first admission course this spring. Course registration is open November 4, 2024 – January 23, 2025.
To get started, explore degree requirements, confirm your initial eligibility, and learn more about our unique “earn your way in” admissions process.
Studying at Harvard Extension School means learning from the world’s best. Our computer science instructors are renowned experts in their field and bring a genuine passion for teaching, with students giving our faculty an average rating of 4.6 out of 5.
Rebecca nesson.
Dean for Academic Programs and Associate Senior Lecturer on Computer Science, Harvard John A. Paulson School of Engineering and Applied Sciences
Senior Lecturer on Computer Science, Harvard University
Gordon McKay Professor of the Practice of Computer Science, Harvard University
Students in our Computer Science Master’s Program build the skills essential to career advancement in computer science, software engineering, and computer and software architecture.
Potential job titles include:
Whatever your career goals, we’re here to support you. Harvard’s Mignone Center for Career Success offers career advising, employment opportunities, Harvard alumni mentor connections, and career fairs like the Harvard Startup Career Fair and the Data Analytics, Science, and Technology Fair held on campus.
Upon successful completion of the required curriculum, you will earn the Master of Liberal Arts (ALM) in Extension Studies, Field: Computer Science.
As a graduate, you’ll become a member of the worldwide Harvard Alumni Association (400,000+ members) and Harvard Extension Alumni Association (29,000+ members).
Affordability is core to our mission. When compared to our continuing education peers, it’s a fraction of the cost.
Our Course Tuition (2024–25 rate) | $3,340 per course |
---|---|
Average Course Tuition of Peer Institutions | $4,330 per course |
Average Total Program Cost | $40,080 |
After admission, you may qualify for financial aid . Typically, eligible students receive grant funds to cover a portion of tuition costs each term, in addition to federal financial aid options.
Learn more about the cost of attendance .
Are you interested in learning more about technology graduate degree programs at Harvard Extension School? Hear directly from our program director, academic advisors, and alumni.
Program length is ordinarily anywhere between 2 and 5 years. It depends on your preferred pace and the number of courses you want to take each semester.
For an accelerated journey, we offer year round study, where you can take courses in fall, January, spring, and summer.
While we don’t require you to register for a certain number of courses each semester, you cannot take longer than 5 years to complete the degree.
Harvard Extension School does not require any specific skills prior to applying, but because this is an advanced degree, it is helpful to have an undergraduate degree in computer science, mathematics, or a related field, as well as some work experience in a technical field. Proficiency in programming languages — Java, Python, C++ — is recommended, and you should possess excellent problem-solving skills, attention to detail, and critical thinking abilities.
A graduate degree in computer science could accelerate your career in several ways — most notably in increased earning potential due to your advanced skills and knowledge. According to recent numbers from Payscale, an individual with a bachelor’s degree in computer science makes an average base salary of $72,000/year. In contrast, a professional with a master’s degree in computer science makes an average base salary of $101,000/year.
Related Programs
The Division of Continuing Education (DCE) at Harvard University is dedicated to bringing rigorous academics and innovative teaching capabilities to those seeking to improve their lives through education. We make Harvard education accessible to lifelong learners from high school to retirement.
Master’s in cse program overview.
Computational Science and Engineering (CSE) is an interdisciplinary subject that uses mathematical concepts to solve complex science and engineering problems. Our CSE master’s program is led by faculty from Computer Science, Applied Math, and the Engineering Sciences. It provides students with rigorous training in the mathematical and computational foundations of Computational Science and Engineering.
CSE is an exciting and rapidly evolving field that exploits the power of computation as an approach to major challenges at the frontiers of natural and social science and all engineering fields. Sitting at the intersection of Computer Science and Applied Math, the master’s program offers students experience with mathematical techniques for modeling and simulation of complex systems; parallel programming and collaborative software development; and methods for organizing, exploring, visualizing, processing and analyzing very large data sets.
Students interested in the CSE program can choose to apply to either the Master of Science (SM) or Master of Engineering (ME) degree. Students take 8 courses to complete the SM degree. The degree can be completed in 2 semesters (one academic year), although many students choose to extend to a third semester to take additional courses and to allow themselves time to pursue a summer internship in industry. To earn the ME degree, students will spend four semesters (two academic years) on campus, spending a year on a master’s thesis research project after completing the same set of 8 courses required for the SM.
Computational Science and Engineering is a field that uses computers and mathematics to model, simulate and visualize complex systems, in nature and society, and make sense of large data sets. The methods can be applied to everything from scientific research, manufacturing, risk analysis, health care, aerospace, bioengineering, energy, understanding ecological systems, computer game development, or cinematic special effects development.
Learn more about the career paths our graduates have chosen .
Learn more about our alumni .
Learn more about how to apply to the CSE degree program or apply now .
There are no formal prerequisites for applicants to this master’s program. However, successful applicants do need to have sufficient background knowledge of calculus, linear algebra and differential equations; familiarity with probability and statistical inference; fluency in at least one programming language such as python or R, and an understanding of basic computer science concepts. As CSE is an interdisciplinary field, SEAS welcomes applicants with undergraduate training in a wide range of academic disciplines.
The design of the program is based on ten learning outcomes, developed by program faculty through discussion with partners from industry and the national labs. Each student's plan of study should address these outcomes.
Frame a real-world problem such that it can be addressed computationally
Evaluate multiple computational approaches to a problem and choose the most appropriate one
Produce a computational solution to a problem that can be comprehended and used by others
Communicate across disciplines
Collaborate within teams
Model systems appropriately with consideration of efficiency, cost, and the available data
Use computation for reproducible data analysis
Leverage parallel and distributed computing
Build software and computational artifacts that are robust, reliable, and maintainable
Enable a breakthrough in a domain of inquiry
Students typically finance their master’s degree program with a combination of loans, savings, family support, grants (from governments, foundations and companies), fellowships and scholarships. We recommend you visit the Harvard Kenneth C. Griffin Graduate School of Arts and Sciences (Harvard Griffin GSAS) Funding and Financial Aid website prior to your application to learn more about your options.
Approximately 15% of our students are paid Teaching Fellows, usually in the second year. TFing in the first semester is highly unusual. Teaching compensation is paid out at Harvard graduate student rates.
Featured stories.
Extracting complicated data from long documents
Academics , AI / Machine Learning , Applied Computation , Computer Science , Industry
Speeding up document analysis ahead of negotiations
Academics , AI / Machine Learning , Applied Computation , Computer Science
Using drones to rapidly assess disaster sites
An introduction to the intellectual enterprises of computer science and the art of programming.
A gentle introduction to programming that prepares you for subsequent courses in coding.
This course picks up where CS50 leaves off, diving more deeply into the design and implementation of web apps with Python, JavaScript, and SQL using frameworks like Django, React, and Bootstrap.
Learn to use machine learning in Python in this introductory course on artificial intelligence.
This course is a variant of Harvard University's introduction to computer science, CS50, designed especially for lawyers (and law students).
Take your introductory knowledge of Python programming to the next level and learn how to use Python 3 for your research.
Join Harvard University instructor Pavlos Protopapas in this online course to learn how to use Python to harness and analyze data.
Learn introductory programming and data analysis in MATLAB, with applications to biology and medicine.
Learn how to use decision trees, the foundational algorithm for your understanding of machine learning and artificial intelligence.
Build a movie recommendation system and learn the science behind one of the most popular and successful data science techniques.
Focusing on the basics of machine learning and embedded systems, such as smartphones, this course will introduce you to the “language” of TinyML.
Get the opportunity to see TinyML in practice. You will see examples of TinyML applications, and learn first-hand how to train these models for tiny applications such as keyword spotting, visual wake words, and gesture recognition.
Learn to program in TensorFlow Lite for microcontrollers so that you can write the code, and deploy your model to your very own tiny microcontroller. Before you know it, you’ll be implementing an entire TinyML application.
Gain a deep understanding of the legal ramifications of clients’ technological decisions and policies.
Leverage new technologies to build value for your organization.
Other High School , College Admissions , Letters of Recommendation , Extracurriculars , College Essays
In 2005, I applied to college and got into every school I applied to, including Harvard, Princeton, Stanford, and MIT. I decided to attend Harvard.
In this guide, I'll show you the entire college application that got me into Harvard—page by page, word for word .
In my complete analysis, I'll take you through my Common Application, Harvard supplemental application, personal statements and essays, extracurricular activities, teachers' letters of recommendation, counselor recommendation, complete high school transcript, and more. I'll also give you in-depth commentary on every part of my application.
To my knowledge, a college application analysis like this has never been done before . This is the application guide I wished I had when I was in high school.
If you're applying to top schools like the Ivy Leagues, you'll see firsthand what a successful application to Harvard and Princeton looks like. You'll learn the strategies I used to build a compelling application. You'll see what items were critical in getting me admitted, and what didn't end up helping much at all.
Reading this guide from beginning to end will be well worth your time—you might completely change your college application strategy as a result.
Here's the letter offering me admission into Harvard College under Early Action.
I was so thrilled when I got this letter. It validated many years of hard work, and I was excited to take my next step into college (...and work even harder).
I received similar successful letters from every college I applied to: Princeton, Stanford, and MIT. (After getting into Harvard early, I decided not to apply to Yale, Columbia, UChicago, UPenn, and other Ivy League-level schools, since I already knew I would rather go to Harvard.)
The application that got me admitted everywhere is the subject of this guide. You're going to see everything that the admissions officers saw.
If you're hoping to see an acceptance letter like this in your academic future, I highly recommend you read this entire article. I'll start first with an introduction to this guide and important disclaimers. Then I'll share the #1 question you need to be thinking about as you construct your application. Finally, we'll spend a lot of time going through every page of my college application, both the Common App and the Harvard Supplemental App.
Important Note: the foundational principles of my application are explored in detail in my How to Get Into Harvard guide . In this popular guide, I explain:
If you have the time and are committed to maximizing your college application success, I recommend you read through my Harvard guide first, then come back to this one.
You might also be interested in my other two major guides:
From my student records, I was able to retrieve the COMPLETE original application I submitted to Harvard. Page by page, word for word, you'll see everything exactly as I presented it : extracurricular activities, awards and honors, personal statements and essays, and more.
In addition to all this detail, there are two special parts of this college application breakdown that I haven't seen anywhere else :
For every piece of my application, I'll provide commentary on what made it so effective and my strategies behind creating it. You'll learn what it takes to build a compelling overall application.
Importantly, even though my application was strong, it wasn't perfect. I'll point out mistakes I made that I could have corrected to build an even stronger application.
Here's a complete table of contents for what we'll be covering. Each link goes directly to that section, although I'd recommend you read this from beginning to end on your first go.
Common Application
Educational data, test information.
Personal statement, teacher and counselor recommendations.
Supplementary recommendation #2, supplemental application materials.
Final Advice for You
I mean it—you'll see literally everything in my application.
In revealing my teenage self, some parts of my application will be pretty embarrassing (you'll see why below). But my mission through my company PrepScholar is to give the world the most helpful resources possible, so I'm publishing it.
One last thing before we dive in—I'm going to anticipate some common concerns beforehand and talk through important disclaimers so that you'll get the most out of this guide.
My biggest caveat for you when reading this guide: thousands of students get into Harvard and Ivy League schools every year. This guide tells a story about one person and presents one archetype of a strong applicant. As you'll see, I had a huge academic focus, especially in science ( this was my Spike ). I'm also irreverent and have a strong, direct personality.
What you see in this guide is NOT what YOU need to do to get into Harvard , especially if you don't match my interests and personality at all.
As I explain in my Harvard guide , I believe I fit into one archetype of a strong applicant—the "academic superstar" (humor me for a second, I know calling myself this sounds obnoxious). There are other distinct ways to impress, like:
Therefore, DON'T worry about copying my approach one-for-one . Don't worry if you're taking a different number of AP courses or have lower test scores or do different extracurriculars or write totally different personal statements. This is what schools like Stanford and Yale want to see—a diversity in the student population!
The point of this guide is to use my application as a vehicle to discuss what top colleges are looking for in strong applicants. Even though the specific details of what you'll do are different from what I did, the principles are the same. What makes a candidate truly stand out is the same, at a high level. What makes for a super strong recommendation letter is the same. The strategies on how to build a cohesive, compelling application are the same.
There's a final reason you shouldn't worry about replicating my work—the application game has probably changed quite a bit since 2005. Technology is much more pervasive, the social issues teens care about are different, the extracurricular activities that are truly noteworthy have probably gotten even more advanced. What I did might not be as impressive as it used to be. So focus on my general points, not the specifics, and think about how you can take what you learn here to achieve something even greater than I ever did.
With that major caveat aside, here are a string of smaller disclaimers.
I'm going to present my application factually and be 100% straightforward about what I achieved and what I believed was strong in my application. This is what I believe will be most helpful for you. I hope you don't misinterpret this as bragging about my accomplishments. I'm here to show you what it took for me to get into Harvard and other Ivy League schools, not to ask for your admiration. So if you read this guide and are tempted to dismiss my advice because you think I'm boasting, take a step back and focus on the big picture—how you'll improve yourself.
This guide is geared toward admissions into the top colleges in the country , often with admissions rates below 10%. A sample list of schools that fit into this: Harvard, Princeton, Yale, Stanford, Columbia, MIT, UChicago, Duke, UPenn, CalTech, Johns Hopkins, Dartmouth, Northwestern, Brown. The top 3-5 in that list are especially looking for the absolute best students in the country , since they have the pick of the litter.
Admissions for these selective schools works differently from schools with >20% rates. For less selective schools, having an overall strong, well-rounded application is sufficient for getting in. In particular, having an above average GPA and test scores goes the majority of the way toward getting you admission to those schools. The higher the admission rate, the more emphasis will be placed on your scores. The other pieces I'll present below—personal statements, extracurriculars, recommendations—will matter less.
Still, it doesn't hurt to aim for a stronger application. To state the obvious, an application strong enough to get you Columbia will get you into UCLA handily.
In my application, I've redacted pieces of my application for privacy reasons, and one supplementary recommendation letter at the request of the letter writer. Everything else is unaltered.
Throughout my application, we can see marks made by the admissions officer highlighting and circling things of note (you'll see the first example on the very first page). I don't have any other applications to compare these to, so I'm going to interpret these marks as best I can. For the most part, I assume that whatever he underlines or circles is especially important and noteworthy —points that he'll bring up later in committee discussions. It could also be that the reader got bored and just started highlighting things, but I doubt this.
Finally, I co-founded and run a company called PrepScholar . We create online SAT/ACT prep programs that adapt to you and your strengths and weaknesses . I believe we've created the best prep program available, and if you feel you need to raise your SAT/ACT score, then I encourage you to check us out . I want to emphasize that you do NOT need to buy a prep program to get a great score , and the advice in this guide has little to do with my company. But if you're aren't sure how to improve your score and agree with our unique approach to SAT/ACT prep, our program may be perfect for you.
With all this past us, let's get started.
If you stepped into an elevator with Yale's Dean of Admissions and you had ten seconds to describe yourself and why you're interesting, what would you say?
This is what I call your PERSONAL NARRATIVE. These are the three main points that represent who you are and what you're about . This is the story that you tell through your application, over and over again. This is how an admissions officer should understand you after just glancing through your application. This is how your admissions officer will present you to the admissions committee to advocate for why they should accept you.
The more unique and noteworthy your Personal Narrative is, the better. This is how you'll stand apart from the tens of thousands of other applicants to your top choice school. This is why I recommend so strongly that you develop a Spike to show deep interest and achievement. A compelling Spike is the core of your Personal Narrative.
Well-rounded applications do NOT form compelling Personal Narratives, because "I'm a well-rounded person who's decent at everything" is the exact same thing every other well-rounded person tries to say.
Everything in your application should support your Personal Narrative , from your course selection and extracurricular activities to your personal statements and recommendation letters. You are a movie director, and your application is your way to tell a compelling, cohesive story through supporting evidence.
Yes, this is overly simplistic and reductionist. It does not represent all your complexities and your 17 years of existence. But admissions offices don't have the time to understand this for all their applicants. Your PERSONAL NARRATIVE is what they will latch onto.
Here's what I would consider my Personal Narrative (humor me since I'm peacocking here):
1) A science obsessive with years of serious research work and ranked 6 th in a national science competition, with future goals of being a neuroscientist or physician
2) Balanced by strong academic performance in all subjects (4.0 GPA and perfect test scores, in both humanities and science) and proficiency in violin
3) An irreverent personality who doesn't take life too seriously, embraces controversy, and says what's on his mind
These three elements were the core to my application. Together they tell a relatively unique Personal Narrative that distinguishes me from many other strong applicants. You get a surprisingly clear picture of what I'm about. There's no question that my work in science was my "Spike" and was the strongest piece of my application, but my Personal Narrative included other supporting elements, especially a description of my personality.
Drilling down into more details, here's an overview of my application.
Finally, let's get started by digging into the very first pages of my Common Application.
There are a few notable points about how simple questions can actually help build a first impression around what your Personal Narrative is.
First, notice the circle around my email address. This is the first of many marks the admissions officer made on my application. The reason I think he circled this was that the email address I used is a joke pun on my name . I knew it was risky to use this vs something like [email protected], but I thought it showed my personality better (remember point #3 about having an irreverent personality in my Personal Narrative).
Don't be afraid to show who you really are, rather than your perception of what they want. What you think UChicago or Stanford wants is probably VERY wrong, because of how little information you have, both as an 18-year-old and as someone who hasn't read thousands of applications.
(It's also entirely possible that it's a formality to circle email addresses, so I don't want to read too much into it, but I think I'm right.)
Second, I knew in high school that I wanted to go into the medical sciences, either as a physician or as a scientist. I was also really into studying the brain. So I listed both in my Common App to build onto my Personal Narrative.
In the long run, both predictions turned out to be wrong. After college, I did go to Harvard Medical School for the MD/PhD program for 4 years, but I left to pursue entrepreneurship and co-founded PrepScholar . Moreover, in the time I did actually do research, I switched interests from neuroscience to bioengineering/biotech.
Colleges don't expect you to stick to career goals you stated at the age of 18. Figuring out what you want to do is the point of college! But this doesn't give you an excuse to avoid showing a preference. This early question is still a chance to build that Personal Narrative.
Thus, I recommend AGAINST "Undecided" as an area of study —it suggests a lack of flavor and is hard to build a compelling story around. From your high school work thus far, you should at least be leaning to something, even if that's likely to change in the future.
Finally, in the demographic section there is a big red A, possibly for Asian American. I'm not going to read too much into this. If you're a notable minority, this is where you'd indicate it.
Now known as: Education
This section was straightforward for me. I didn't take college courses, and I took a summer chemistry class at a nearby high school because I didn't get into the lottery at my school that year (I refer to this briefly in my 4.0 GPA guide ).
The most notable point of this section: the admissions officer circled Principal here . This is notable because our school Principal only wrote letters for fewer than 10 students each year. Counselors wrote letters for the other hundreds of students in my class, which made my application stand out just a little.
I'll talk more about this below, when I share the Principal's recommendation.
(In the current Common Application, the Education section also includes Grades, Courses, and Honors. We'll be covering each of those below).
Now known as: Testing
Back then AP scores weren't part of this section, but I'll take them from another part of my application here.
However, their standards are still very high. You really do want to be in that top 1 percentile to pass the filter. A 1400 on the SAT IS going to put you at a disadvantage because there are so many students scoring higher than you. You'll really have to dig yourself out of the hole with an amazing application.
I talk about this a lot more in my Get into Harvard guide (sorry to keep linking this, but I really do think it's an important guide for you to read).
Let's end this section with some personal notes.
Even though math and science were easy for me, I had to put in serious effort to get an 800 on the Reading section of the SAT . As much as I wish I could say it was trivial for me, it wasn't. I learned a bunch of strategies and dissected the test to get to a point where I understood the test super well and reliably earned perfect scores.
I cover the most important points in my How to Get a Perfect SAT Score guide , as well as my 800 Guides for Reading , Writing , and Math .
Between the SAT and ACT, the SAT was my primary focus, but I decided to take the ACT for fun. The tests were so similar that I scored a 36 Composite without much studying. Having two test scores is completely unnecessary —you get pretty much zero additional credit. Again, with one test score, you have already passed their filter.
Finally, class finals or state-required exams are a breeze if you get a 5 on the corresponding AP tests .
Now known as: Family (still)
This section asks for your parent information and family situation. There's not much you can do here besides report the facts.
I'm redacting a lot of stuff again for privacy reasons.
The reader made a number of marks here for occupation and education. There's likely a standard code for different types of occupations and schools.
If I were to guess, I'd say that the numbers add to form some metric of "family prestige." My dad got a Master's at a middle-tier American school, but my mom didn't go to graduate school, and these sections were marked 2 and 3, respectively. So it seems higher numbers are given for less prestigious educations by your parents. I'd expect that if both my parents went to schools like Caltech and Dartmouth, there would be even lower numbers here.
This makes me think that the less prepared your family is, the more points you get, and this might give your application an extra boost. If you were the first one in your family to go to college, for example, you'd be excused for having lower test scores and fewer AP classes. Schools really do care about your background and how you performed relative to expectations.
In the end, schools like Harvard say pretty adamantly they don't use formulas to determine admissions decisions, so I wouldn't read too much into this. But this can be shorthand to help orient an applicant's family background.
Now known as: Activities
For most applicants, your Extracurriculars and your Academic Honors will be where you develop your Spike and where your Personal Narrative shines through. This was how my application worked.
Just below I'll describe the activities in more detail, but first I want to reflect on this list.
As instructed, my extracurriculars were listed in the order of their interest to me. The current Common App doesn't seem to ask for this, but I would still recommend it to focus your reader's attention.
The most important point I have to make about my extracurriculars: as you go down the list, there is a HUGE drop in the importance of each additional activity to the overall application. If I were to guess, I assign the following weights to how much each activity contributed to the strength of my activities section:
|
|
Research Science Institute 2004 | 75% |
Jisan Research Institute | 10% |
Pasadena Young Musicians Orchestra | 6% |
Science Olympiad/Science Bowl/Math Team | 4% |
City of Hope Medical Center | 1% |
Pre-Medicine Club | 1% |
Hospital Quartet Performances | 1% |
Chemistry Club | 1% |
In other words, participating in the Research Science Institute (RSI) was far more important than all of my other extracurriculars, combined. You can see that this was the only activity my admissions reader circled.
You can see how Spike-y this is. The RSI just completely dominates all my other activities.
The reason for this is the prestige of RSI. As I noted earlier, RSI was (and likely still is) the most prestigious research program for high school students in the country, with an admission rate of less than 5% . Because the program was so prestigious and selective, getting in served as a big confirmation signal of my academic quality.
In other words, the Harvard admissions reader would likely think, "OK, if this very selective program has already validated Allen as a top student, I'm inclined to believe that Allen is a top student and should pay special attention to him."
Now, it took a lot of prior work to even get into RSI because it's so selective. I had already ranked nationally in the Chemistry Olympiad (more below), and I had done a lot of prior research work in computer science (at Jisan Research Institute—more about this later). But getting into RSI really propelled my application to another level.
Because RSI was so important and was such a big Spike, all my other extracurriculars paled in importance. The admissions officer at Princeton or MIT probably didn't care at all that I volunteered at a hospital or founded a high school club .
This is a good sign of developing a strong Spike. You want to do something so important that everything else you do pales in comparison to it. A strong Spike becomes impossible to ignore.
In contrast, if you're well-rounded, all your activities hold equal weight—which likely means none of them are really that impressive (unless you're a combination of Olympic athlete, internationally-ranked science researcher, and New York Times bestselling author, but then I'd call you unicorn because you don't exist).
Apply this concept to your own interests—what can be so impressive and such a big Spike that it completely overshadows all your other achievements?
This might be worth spending a disproportionate amount of time on. As I recommend in my Harvard guide and 4.0 GPA guide , smartly allocating your time is critical to your high school strategy.
In retrospect, one "mistake" I made was spending a lot of time on the violin. Each week I spent eight hours on practice and a lesson and four hours of orchestra rehearsals. This amounted to over 1,500 hours from freshman to junior year.
The result? I was pretty good, but definitely nowhere near world-class. Remember, there are thousands of orchestras and bands in the country, each with their own concertmasters, drum majors, and section 1 st chairs.
If I were to optimize purely for college applications, I should have spent that time on pushing my spike even further —working on more Olympiad competitions, or doing even more hardcore research.
Looking back I don't mind this much because I generally enjoyed my musical training and had a mostly fun time in orchestra (and I had a strong Spike anyway). But this problem can be a lot worse for well-rounded students who are stretched too thin.
Aside from these considerations about a Spike, I have two major caveats.
First, developing a Spike requires continuous, increasingly ambitious foundational work. It's like climbing a staircase. From the beginning of high school, each step was more and more ambitious—my first academic team, my first research experience, leading up to state and national competitions and more serious research work.
So when I suggest devoting a lot of time to developing your Spike, it's not necessarily the Spike in itself—it's also spending time on foundational work leading up to what will be your major achievement. That's why I don't see my time with academic teams or volunteering as wasted, even though in the end they didn't contribute as much to my application.
Second, it is important to do things you enjoy. I still enjoyed playing the violin and being part of an orchestra, and I really enjoyed my school's academic teams, even though we never went beyond state level. Even if some activities don't contribute as much to your application, it's still fine to spend some time on them—just don't delude yourself into thinking they're stronger than they really are and overspend time on them.
Finally, note that most of my activities were pursued over multiple years. This is a good sign of commitment—rather than hopping from activity year to year, it's better to show sustained commitment, as this is a better signal of genuine passion.
In a future article, I'll break down these activities in more detail. But this guide is already super long, so I want to focus our attention on the main points.
In today's Common Application, you have 50 characters to describe "Position/Leadership description and organization name" and 150 characters for "Please describe this activity, including what you accomplished and any recognition you received, etc."
Back then, we didn't have as much space per activity, and instead had a short answer question.
The Short Answer prompt:
Please describe which of your activities (extracurricular and personal activities or work experience) has been most meaningful and why.
I chose RSI as my most significant activity for two reasons—one based on the meaning of the work, and another on the social aspect.
It's obvious that schools like Yale and UChicago want the best students in the world that they can get their hands on. Academic honors and awards are a great, quantifiable way to show that.
Here's the complete list of Academic Honors I submitted. The Common Application now limits you to five honors only (probably because they got tired of lists like these), but chances are you capture the top 98% of your honors with the top five.
Charlie wins a Golden Ticket to Harvard.
I know this is intimidating if you don't already have a prestigious honor. But remember there are thousands of nationally-ranked people in a multitude of honor types, from science competitions to essay contests to athletics to weird talents.
And I strongly believe the #1 differentiator of high school students who achieve things is work ethic, NOT intelligence or talent. Yes, you need a baseline level of competence to get places, but people far undervalue the progress they can make if they work hard and persevere. Far too many people give up too quickly or fatigue without putting in serious effort.
If you're stuck thinking, "well I'm just an average person, and there's no way I'm going to become world-class in anything," then you've already lost before you've begun. The truth is everyone who achieves something of note puts in an incredible amount of hard work. Because this is invisible to you, it looks like talent is what distinguishes the two of you, when really it's much more often diligence.
I talk a lot more about the Growth Mindset in my How To Get a 4.0 GPA guide .
So my Chemistry Olympiad honor formed 90% of the value of this page. Just like extracurriculars, there's a quick dropoff in value of each item after that.
My research work took up the next two honors, one a presentation at an academic conference, and the other (Siemens) a research competition for high school researchers.
The rest of my honors were pretty middling:
At the risk of beating a dead horse, think about how many state medalists there are in the country, in the hundreds of competitions that exist . The number of state to national rankers is probably at least 20:1 (less than 50:1 because of variation in state size), so if there are 2,000 nationally ranked students, there are 40,000 state-ranked students in something !
So state honors really don't help you stand out on your Princeton application. There are just too many of them around.
On the other hand, if you can get to be nationally ranked in something, you will have an amazing Spike that distinguishes you.
Now known as: Personal Essay
Now, the dreaded personal statement. Boy, oh boy, did I fuss over this one.
"What is the perfect combination of personal, funny, heartrending, and inspirational?"
I know I was wondering this when I applied.
Having read books like 50 Successful Harvard Application Essays , I was frightened. I didn't grow up as a refugee, wrenched from my war-torn home! I didn't have a sibling with a debilitating illness! How could anything I write compare to these tales of personal strength?
The trite truth is that colleges want to know who you really are . Clearly they don't expect everyone to have had immense personal struggle. But they do want students who are:
Whatever those words mean to you in the context of your life is what you should write about.
In retrospect, in the context of MY application, the personal statement really wasn't what got me into Harvard . I do think my Spike was nearly sufficient to get me admitted to every school in the country.
I say "nearly" because, even if you're world-class, schools do want to know you're not a jerk and that you're an interesting person (which is conveyed through your personal essay and letters of recommendation).
Back then, we had a set of different prompts :
What did you think?
I'm still cringing a bit. Parts of this are very smug (see /r/iamverysmart ), and if you want to punch the writer in the face, I don't blame you. I want to as well.
We'll get to areas of improvement later, but first, let's talk about what this personal essay did well.
As I said above, I saw the theme of the snooze button as a VEHICLE to showcase a few qualities I cared about :
1) I fancied myself a Renaissance man (obnoxious, I know) and wanted to become an inventor and creator . I showed this through mentioning different interests (Rubik's cube, chemistry, Nietzsche) and iterating through a few designs for an alarm clock (electric shocks, explosions, Shakespearean sonnet recitation).
2) My personality was whimsical and irreverent. I don't take life too seriously. The theme of the essay—battling an alarm clock—shows this well, in comparison to the gravitas of the typical student essay. I also found individual lines funny, like "All right, so I had violated the divine honor of the family and the tenets of Confucius." At once I acknowledge my Chinese heritage but also make light of the situation.
3) I was open to admitting weaknesses , which I think is refreshing among people taking college applications too seriously and trying too hard to impress. The frank admission of a realistic lazy habit—pushing the Snooze button—served as a nice foil to my academic honors and shows that I can be down-to-earth.
So you see how the snooze button acts as a vehicle to carry these major points and a lot of details, tied together to the same theme .
In the same way, The Walking Dead is NOT a zombie show—the zombie environment is a VEHICLE by which to show human drama and conflict. Packaging my points together under the snooze button theme makes it a lot more interesting than just outright saying "I'm such an interesting guy."
So overall, I believe the essay accomplishes my goals and the main points of what I wanted to convey about myself.
Note that this is just one of many ways to write an essay . It worked for me, but it may be totally inappropriate for you.
Now let's look at this essay's weaknesses.
Looking at it with a more seasoned perspective, some parts of it are WAY too try-hard. I try too hard to show off my breadth of knowledge in a way that seems artificial and embellishing.
The entire introduction with the Rubik's cube seems bolted on, just to describe my long-standing desire to be a Renaissance man. Only three paragraphs down do I get to the Snooze button, and I don't refer again to the introduction until the end. With just 650 words, I could have made the essay more cohesive by keeping the same theme from beginning to end.
Some phrases really make me roll my eyes. "Always hungry for more" and "ever the inventor" sound too forced and embellishing. A key principle of effective writing is to show, not say . You don't say "I'm passionate about X," you describe what extraordinary lengths you took to achieve X.
The mention of Nietzsche is over-the-top. I mean, come on. The reader probably thought, "OK, this kid just read it in English class and now he thinks he's a philosopher." The reader would be right.
The ending: "with the extra nine minutes, maybe I'll teach myself to cook fried rice" is silly. Where in the world did fried rice come from? I meant it as a nod to my Chinese heritage, but it's too sudden to work. I could have deleted the sentence and wrapped up the essay more cleanly.
So I have mixed feelings of my essay. I think it accomplished my major goals and showed the humorous, irreverent side of my personality well. However, it also gave the impression of a kid who thought he knew more than he did, a pseudo-sophisticate bordering on obnoxious. I still think it was a net positive.
At the end of the day, I believe the safest, surefire strategy is to develop a Spike so big that the importance of the Personal Essay pales in comparison to your achievements. You want your Personal Essay to be a supplement to your application, not the only reason you get in.
There are probably some cases where a well-rounded student writes an amazing Personal Essay and gets in through the strength of that. As a Hail Mary if you're a senior and can't improve your application further, this might work. But the results are very variable—some readers may love your essay, others may just think it's OK. Without a strong application to back it up, your mileage may vary.
This is a really fun section. Usually you don't get to read your letter of recommendation because you sign the FERPA waiver. I've also reached out to my letter writers to make sure they're ok with my showing this.
Teacher recommendations are incredibly important to your application. I would say that after your coursework/test scores and activities/honors, they're the 3 rd most important component of your application .
The average teacher sees thousands of students through a career, and so he or she is very well equipped to position you relative to all other students. Furthermore, your teachers are experienced adults—their impressions of you are much more reliable than your impressions of yourself (see my Personal Essay above). They can corroborate your entire Personal Narrative as an outside observer.
The most effective recommendation letters speak both to your academic strengths and to your personality. For the second factor, the teacher needs to have interacted with you meaningfully, ideally both in and out of class. Check out our guide on what makes for effective letters of recommendation .
Starting from sophomore year, I started thinking about whom I connected better with and chose to engage with those teachers more deeply . Because it's standard for colleges to require two teachers in different subjects, I made sure to engage with English and history teachers as well as math and science.
The minimum requirement for a good letter is someone who taught a class in which you did well. I got straight A's in my coursework, so this wasn't an issue.
Beyond this, I had to look for teachers who would be strong advocates for me on both an academic and personal level . These tended to be teachers I vibed more strongly with, and typically these were teachers who demonstrably cared about teaching. This was made clear by their enthusiasm, how they treated students, and how much they went above expectations to help.
I had a lot of teachers who really just phoned it in and treated their job perfunctorily—these people are likely to write pretty blasé letters.
A final note before reading my actual teacher evaluations— you should avoid getting in the mindset where you get to know teachers JUST because you want a good recommendation letter . Your teachers have seen hundreds, if not thousands, of students pass through, and it's much easier to detect insincerity than you think.
If you honestly like learning and are an enthusiastic, responsible, engaging student, a great recommendation letter will follow naturally. The horse should lead the cart.
Read my How to Get a 4.0 GPA for tips on how to interact with teachers in a genuine way that'll make them love you.
I took AP Chemistry in 10 th grade and had Miss Cherryl Vorak (now Mynster). She was young, having taught for fewer than 5 years when I had her. She was my favorite teacher throughout high school for these reasons:
By the time of the letter writing, I had known her for two full years and engaged with her continuously, even when I wasn't taking a class with her in junior year. We'd build up a strong relationship over the course of many small interactions.
All of this flowed down to the recommendation you see here. Remember, the horse leads the cart.
First, we'll look at the teacher evaluation page. The Common Application now has 16 qualities to rate, rather than the 10 here. But they're largely the same.
You can see a very strong evaluation here, giving me the highest ratings possible for all qualities.
In today's Common Application, all of these Ratings are retained, aside from "Potential for Growth." Today's Common App also now includes Faculty Respect, Maturity, Leadership, Integrity, Reaction to Setbacks, Concern for Others, and TE Overall. You can tell that the updated Common App places a great emphasis on personality.
The most important point here: it is important to be ranked "One of the top few encountered in my career" for as many ratings as possible . If you're part of a big school, this is CRITICAL to distinguish yourself from other students. The more experienced and trustworthy the teacher, the more meaningful this is.
Again, it's a numbers game. Think about the 20,000+ high schools in the country housing 4 million+ high school students—how many people fit in the top 5% bucket?
Thus, being marked merely as Excellent (top 10%) is actually a negative rating , as far as admissions to top colleges is concerned. If you're in top 10%, and someone else with the SAME teacher recommender is being rated as "One of the top ever," it's really hard for the admissions officer to vouch for you over the other student.
You really want to make sure you're one of the best in your school class, if not one of the best the teacher has ever encountered. You'll see below how you can accomplish this.
Next, let's look at her letter.
As you read this, think— what are the interactions that would prompt the teacher to write a recommendation like this? This was a relationship built up in a period of over 2 years, with every small interaction adding to an overall larger impression.
You can see how seriously they take the letter because of all the underlining . This admissions reader underlined things that weren't even underlined in my application, like my US National Chemistry Olympiad awards. It's one thing for a student to claim things about himself—it's another to have a teacher put her reputation on the line to advocate for her student.
The letter here is very strong for a multitude of reasons. First, the length is notable —most letters are just a page long, but this is nearly two full pages , single spaced. This indicates not just her overall commitment to her students but also of her enthusiastic support for me as an applicant.
The structure is effective: first Miss Vorak talks about my academic accomplishments, then about my personal qualities and interactions, then a summary to the future. This is a perfect blend of what effective letters contain .
On the micro-level, her diction and phrasing are precise and effective . She makes my standing clear with specific statements : "youngest student…top excelling student among the two sections" and "one of twenty students in the nation." She's clear about describing why my achievements are notable and the effort I put in, like studying college-level chemistry and studying independently.
When describing my personality, she's exuberant and fleshes out a range of dimensions: "conscientious, motivated and responsible," "exhibits the qualities of a leader," "actively seeks new experiences," "charismatic," "balanced individual with a warm personality and sense of humor." You can see how she's really checking off all the qualities colleges care about.
Overall, Miss Vorak's letter perfectly supports my Personal Narrative —my love for science, my overall academic performance, and my personality. I'm flattered and grateful to have received this support. This letter was important to complement the overall academic performance and achievements shown on the rest of my application.
My second teacher Mrs. Swift was another favorite. A middle-aged, veteran English teacher, the best way I would describe her is "fiery." She was invigorating and passionate, always trying to get a rise out of students and push their thinking, especially in class discussions. Emotionally she was a reliable source of support for students.
First, the evaluation:
You can see right away that her remarks are terser. She didn't even fill out the section about "first words that come to mind to describe this student."
You might chalk this up to my not being as standout of a student in her mind, or her getting inundated with recommendation letter requests after over a decade of teaching.
In ratings, you can see that I only earned 3 of the "one of the top in my career." There are a few explanations for this. As a teacher's career lengthens, it gets increasingly hard to earn this mark. I probably also didn't stand out as much as I did to my Chemistry teacher—most of my achievement was in science (which she wasn't closely connected to), and I had talented classmates. Regardless, I did appreciate the 3 marks she gave me.
Now, the letter. Once again, as you read this letter, think: what are the hundreds of micro-interactions that would have made a teacher write a letter like this?
Overall, this letter is very strong. It's only one page long, but her points about my personality are the critical piece of this recommendation. She also writes with the flair of an English teacher:
"In other situations where students would never speak their minds, he showed no hesitation to voice questions, thoughts, and ideas."
"controversial positions often being the spark that set off the entire class"
"ability to take the quiet and shy student and actively engage"…"went out of my way to partner him with other students who needed"
"strength of conviction"…"raw, unbridled passion"…"He will argue on any topic that has touched a nerve."
These comments most support the personality aspect of my Personal Narrative—having an irreverent, bold personality and not being afraid of speaking my mind. She stops just short of making me sound obnoxious and argumentative. An experienced teacher vouching for this adds so much more weight than just my writing it about myself.
Teacher recommendations are some of the most important components of your application. Getting very strong letters take a lot of sustained, genuine interaction over time to build mutual trust and respect. If you want detailed advice on how to interact with teachers earnestly, check out my How to Get a 4.0 GPA and Better Grades guide .
Let's go to the final recommendation, from the school counselor.
Now known as: School Report
The first piece of this is reporting your academic status and how the school works overall. There's not much to say here, other than the fact that my Principal wrote my recommendation for me, which we'll get into next.
Now known as: Counselor Recommendation
Let's talk about my school principal writing my recommendation, rather than a school counselor.
This was definitely advantageous—remember how, way up top in Educational Data, the reader circled the "Principal." Our Principal only wrote a handful of these recommendations each year , often for people who worked closely with him, like student body presidents. So it was pretty distinctive that I got a letter from our Principal, compared to other leading applicants from my school.
This was also a blessing because our counseling department was terrible . Our school had nearly 1,000 students per grade, and only 1 counselor per grade. They were overworked and ornery, and because they were the gatekeepers of academic enrollment (like class selection and prerequisites), this led to constant frictions in getting the classes you wanted.
I can empathize with them, because having 500+ neurotic parents pushing for advantages for their own kids can get REALLY annoying really fast. But the counseling department was still the worst part of our high school administration, and I could have guessed that the letters they wrote were mediocre because they just had too many students.
So how did my Principal come to write my recommendation and not those for hundreds of other students?
I don't remember exactly how this came to be, to be honest. I didn't strategize to have him write a letter for me years in advance. I didn't even interact with him much at all until junior year, when I got on his radar because of my national rankings. Come senior year I might have talked to him about my difficulty in reaching counselors and asked that he write my recommendation. Since I was a top student he was probably happy to do this.
He was very supportive, but as you can tell from the letter to come, it was clear he didn't know me that well.
Interestingly, the prompt for the recommendation has changed. It used to start with: "Please write whatever you think is important about this student."
Now, it starts with: " Please provide comments that will help us differentiate this student from others ."
The purpose of the recommendation has shifted to the specific: colleges probably found that one counselor was serving hundreds of students, so the letters started getting mushy and indistinguishable from each other.
Here's the letter:
This letter is probably the weakest overall of all my letters. It reads more like a verbal resume than a personal account of how he understands me.
Unlike my two teacher recommendations, he doesn't comment on the nature of our interactions or about my personality (because he truly didn't understand them well). He also misreported by SAT score as 1530 instead of 1600 (I did score a 1530 in an early test, but my 1600 was ready by January 2004, so I don't know what source he was using).
Notably, the letter writer didn't underline anything.
I still appreciate that he wrote my letter, and it was probably more effective than a generic counselor letter. But this didn't add much to my application.
At this point, we've covered my entire Common Application. This is the same application I sent to every school I applied to, including Harvard, Princeton, and Stanford. Thanks for reading this far—I hope you've gotten a lot out of this already.
If you keep reading to the end, I'll have advice for both younger students and current applicants to build the strongest application possible.
Next, we'll go over the Harvard Supplemental Application, which of course is unique to Harvard.
For most top colleges like Princeton, Yale, Stanford, Columbia, and so on, you will need to complete a supplemental application to provide more info than what's listed on the Common Application.
Harvard was and is the same. The good news is that it's an extra chance for you to share more about yourself and keep pushing your Personal Narrative.
There are four major components here:
I'll take you through the application section by section.
First, the straightforward info and questions.
This section is pretty straightforward and is similar to what you'd see on a Columbia application.
I planned to live in a Harvard residence, as most students do.
Just as in my Common App, I noted that I was most likely to study biological sciences, choose Medicine as my vocation, and participate in orchestra, writing, and research as my extracurriculars. Nothing surprising here—it's all part of my Personal Narrative.
Interestingly, at the time I was "absolutely certain" about my vocational goals, which clearly took a detour once I left medical school to pursue entrepreneurship to create PrepScholar...
I had the space to list some additional honors, where I listed some musical honors that didn't make the cut in my Common App.
Here are the next two pages of the Harvard supplemental form.
The most interesting note here is that the admissions officer wrote a question mark above "Music tape or CD." Clearly this was inconsistent with my Personal Narrative —if violin was such an important part of my story, why didn't I want to include it?
The reason was that I was actually pretty mediocre at violin and was nowhere near national-ranked. Again, remember how many concertmasters in the thousands of orchestras there are in the world—I wasn't good enough to even be in the top 3 chairs in my school orchestra (violin was very competitive).
I wanted to focus attention on my most important materials, which for my Personal Narrative meant my research work. You'll see these supplementary materials later.
Now known as: Writing Supplement
For the most part, the Harvard supplemental essay prompt has stayed the same. You can write about a topic of your choice or about any of the suggestions. There are now two more prompts that weren't previously there: "What you would want your future college roommate to know about you" and "How you hope to use your college education."
Even though this is optional, I highly recommend you write something here. Again, you have so few chances in the overall application to convey your personal voice—an extra 500 words gives you a huge opportunity. I would guess that the majority of admitted Harvard students submit a Writing Supplement.
After a lot of brainstorming, I settled on the idea that I wanted to balance my application by writing about the major non-academic piece of my Personal Narrative—my music training . Also, I don't think I explicitly recognized this at the time, but I wanted to distance myself from the Asian-American stereotype—driven entirely by parent pressure, doing most things perfunctorily and without interest. I wanted to show I'd broken out of that mold.
Here's my essay:
Reading it now, I actually think this was a pretty bad essay, and I cringe to high heaven. But once again, let's focus on the positive first.
I used my violin teacher as a vehicle for talking about what the violin meant to me. (You can tell I love the concept of the vehicle in essays.) He represented passion for the violin—I represented my academic priorities. Our personal conflict was really the conflict between what we represented.
By the end of the essay, I'd articulated the value of musical training to me—it was cathartic and a way to balance my hard academic pursuits.
Halfway in the essay, I also explicitly acknowledged the Asian stereotype of parents who drove their kids, and said my parents were no different. The reader underlined this sentence. By pointing this out and showing how my interest took on a life of its own, I wanted to distance myself from that stereotype.
So overall I think my aims were accomplished.
Despite all that, this essay was WAY overdramatic and overwrought . Some especially terrible lines:
"I was playing for that cathartic moment when I could feel Tchaikovsky himself looking over my shoulder."
"I was wandering through the fog in search of a lighthouse, finally setting foot on a dock pervaded by white light."
OK, please. Who really honestly feels this way? This is clumsy, contrived writing. It signals insincerity, actually, which is bad.
To be fair, all of this is grounded in truth. I did have a strict violin teacher who did get pretty upset when I showed lack of improvement. I did appreciate music as a diversion to round out my academic focus. I did practice hard each day, and I did have a pretty gross callus on my pinky.
But I would have done far better by making it more sincere and less overworked.
As an applicant, you're tempted to try so hard to impress your reader. You want to show that you're Worthy of Consideration. But really the best approach is to be honest.
I think this essay was probably neutral to my application, not a strong net positive or net negative.
Harvard lets you submit letters from up to two Other Recommenders. The Princeton application, Penn application, and others are usually the same.
Unlike the other optional components (the Additional Information in the Common App, and the Supplementary Essay), I would actually consider these letters optional. The reader gets most of the recommendation value from your teacher recommendations—these are really supplementary.
A worthwhile Other Recommender:
If your Other Recommenders don't fulfill one or more of these categories, do NOT ask for supplementary letters. They'll dilute your application without adding substantively to it.
To beat a dead horse, the primary component of my Personal Narrative was my science and research work. So naturally I chose supervisors for my two major research experiences to write supplemental letters.
First was the Director of Research Science Institute (the selective summer research program at MIT). The second was from the head of Jisan Research Institute, where I did Computer Science research.
This letter validates my participation in RSI and incorporates the feedback from my research mentor, David Simon. At the time, the RSI students were the most talented students I had met, so I'm also flattered by some of the things the letter writer said, like "Allen stood out early on as a strong performer in academic settings."
I didn't get to know the letter writer super well, so he commented mainly on my academic qualifications and comments from my mentor.
My mentor, who was at one of the major Harvard-affiliated hospitals, said some very nice things about my research ability, like:
"is performing in many ways at the level of a graduate student"
"impressed with Allen's ability to read even advanced scientific publications and synthesize his understanding"
Once again, it's much more convincing for a seasoned expert to vouch for your abilities than for you to claim your own abilities.
My first research experience was done at Jisan Research Institute, a small private computer science lab run by a Caltech PhD. The research staff were mainly high school students like me and a few grad students/postdocs.
My research supervisor, Sanza Kazadi, wrote the letter. He's requested that I not publish the letter, so I'll only speak about his main points.
In the letter, he focused on the quality of my work and leadership. He said that I had a strong focus in my work, and my research moved along more reliably than that of other students. I was independent in my work in swarm engineering, he says, putting together a simulation of the swarm and publishing a paper in conference proceedings. He talked about my work in leading a research group and placing a high degree of trust in me.
Overall, a strong recommendation, and you get the gist of his letter without reading it.
One notable point—both supplemental letters had no marks on them. I really think this means they place less emphasis on the supplementary recommendations, compared to the teacher recommendations.
Finally, finally, we get to the very last piece of my application.
Let me beat the dead horse even deader. Because research was such a core part of my Personal Narrative, I decided to include abstracts of both of my papers. The main point was to summarize the body of work I'd done and communicate the major results.
As Harvard says, "These materials are entirely optional; please only submit them if you have unusual talents."
This is why I chose not to submit a tape of my music: I don't think my musical skill was unusually good.
And frankly, I don't think my research work was that spectacular. Unlike some of my very accomplished classmates, I hadn't ranked nationally in prestigious competitions like ISEF and Siemens. I hadn't published my work in prominent journals.
Regardless, I thought these additions would be net positive, if only marginally so.
I made sure to note where the papers had been published or were entering competitions, just to ground the work in some achievement.
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Computer Science is a very lucrative field involving building algorithms, machine learning and artificial intelligence . Although India has some of the best emerging colleges for Computer Science courses, still, some of the Indian aspirants dream of pursuing Computer Science courses abroad from the top universities at the top study abroad destinations . Well, Harvard University needs no introduction as the university is known to drive dramatic pauses wherever the name travels. Let’s dive deep and know more about trending and popular Computer Science programs at Harvard University.
Also, know about MBA at Harvard University
Computer science at harvard university, ba in computer science (bachelor of arts in computer science), ba-ms in computer science (concurrent bachelors and masters in computer science), meng in computational science and engineering, msc in computational science and engineering , msc in applied computation, phd in computer science , harvard university computer science online courses , harvard university acceptance rate , harvard university computer science entry requirements, how to apply , harvard university computer science fees, career scope and salary.
Computer Science at Harvard University is taught by the Harvard School of Engineering. The courses are popular for teaching both the fundamentals of computation and the global interaction with computation.
A Computer Science course at Harvard University helps in learning new programming languages, developing new algorithms and creating systems for all fields of profession- law, art, science or engineering.
Did you know: Out of 30 ‘Forbes 30 under 30’ 2021 awardees were an alumni of computer science at Harvard University.
Harvard University offers various undergraduate programs for Computer Science and the details on all of them are given below:
An undergraduate course, BA in Computer Science at Harvard University teaches you deeper mathematics, statistics, theoretical Computer Science and computer software. It is a 4-year bachelors program with fourteen 4-credit courses. Some of the concentrations you will learn within this course are Artificial Intelligence, Computer Systems and Networks, Database Systems, Human-Computer Interaction, etc.
If you have taken the AP tests (Advanced Placement) and have advanced standing in the same, you can opt for a concurrent Bachelors and Masters program in Computer Science. Each student has to take up 5 courses per semester to complete their minimum masters and bachelors requirements. A minimum GPA of 3.6 is expected for applying to this concurrent BA-MS 4-year Computer Science program.
Harvard University offers various postgraduate Computer Science programs and here’s a list of choices for you:
A 2-year Masters in Engineering at Harvard University for Computer Science, this degree provides you rigorous training in building the science that goes under making computers and components of computers . This course does have a co-op option to work in the relevant industry for alternate terms.
If you want to do a Masters in Computer Science at Harvard University, you can either go for a Masters In Engineering (MEng) or a Master of Science (MSc). While MSc teaches you a balanced intense theory plus experimentation work, the MEng course is structured for students to go under technical training.
MSc in Applied Computation is a program that involves principles of both data science and computer science to solve IT-related problems. It is a 2 years masters course.
The Computer Science PhD program at Harvard University is a 3+ years long program. You have an option of either studying in the thesis mode or project mode.
We know how finding the perfect course for your study in the USA can be difficult. Try our AI Course Finder to get the perfect course for you in just a few seconds!
If you feel that you don’t have enough academics or monetary resources for an on-campus degree or diploma in Computer Science at Harvard University, you can pursue one of their free Computer Science online courses . Details about the various Harvard University Computer Science online courses are given in the table below:-
CS50 for Lawyers | 10 weeks |
CS50’s Introduction to AI with Python | 7 weeks |
Fundamentals of TinyML | 5 weeks |
Applications of TinyML | 5 weeks |
Deploying TinyML | 5 weeks |
CS50’s Understanding Technology | 6 weeks |
CS50’s Introduction to Programming with Scratch | 3 weeks |
CS50’s Computer Science for Professionals | 6 weeks |
Using Python For Research | 5 weeks |
Note: All of these online courses for Computer Science programs are free of cost and taught on the EdX platform . These are self-paced courses which means you can choose to learn at whatever time is suitable for you. To earn a verified certificate in Computer Science, you have to pay $200 or Rs. 14,838.
Harvard University released its admission statistics which says that the most recent Harvard acceptance rate according to the applicants for the class of 2025 is 4.01% which is extremely competitive. 15.5% of the students at Harvard are international and 8.1% of the students choose Computer Science as their field of concentration. Since the interest in Computer Science courses is immense, the screening process is also very rigid. The Computer Science acceptance rate at Harvard University is approximately 7% .
If you are an Indian student wanting to study Computer Science programs at Harvard University, you are required to fulfil the following requirements.
For the undergraduate Computer Science programs:
For the graduate Computer Science programs:
Here’s a List of Important Documents Required to Study Abroad
Note: Although these basic requirements are mandatory to fulfil, you cannot get into Harvard solely on academic requirements. Your individualism and potential in the Computer Science field is a major deciding factor.
We know how difficult it can be to get into Harvard, especially in a competitive field like Computer Science. To ease out your application stress, we’ve curated a step-by-step guide for you to follow to apply for Harvard University Computer Science programs:
Know more about How to Get Into Harvard? [Complete Admission Guide]
The tuition fee for the Harvard University Computer Science courses are given below:
38.3 lakhs per year | |
41.1 lakhs per year | |
43.6 lakhs per year | |
19.1 lakhs per year | |
19.1 lakhs per year |
Please note that these costs are just estimated on the popular choices of living while studying at Harvard University. If you want a more personalised cost, use the Cost of Living Calculator .
A Computer Science degree can open up opportunities for you in the real world that you never knew existed. Gaming or defense, Computer Science is needed in every field of profession. You can venture into the following fields with a Harvard University Computer Science degree:
The Computer Science graduates from Harvard University either choose to work as programmers in the industry or further pursue doctoral programs. A Harvard graduate can earn up to INR 51.93 lakhs per year which is one of the highest starting salaries for graduates around the world.
A BA in Computer Science at Harvard is 4-year long undergraduate program.
With a computer science degree from Harvard, you can venture into the following fields: Artificial Intelligence Computer Architecture Software Engineering Computer Design and Engineering Theoretical Computer Science
The average cost of studying computer science at Harvard is INR 19-40 Lakh per annum.
If you are curious to know how computers work and see yourself making ones in the future, Harvard University Computer Science courses are just for you! Call our Leverage Edu experts on 1800-572-000 right now who will stick by you throughout the journey and guide you to the USA.
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Computer science.
The Doctor of Philosophy, the highest degree offered by the University, is conferred in recognition of marked scholarship in a broad field of knowledge as well as distinguished critical or creative achievement within a special area of the general field (the special area being the subject of the doctoral dissertation). The Doctor of Philosophy (PhD) in Computer Science program in the College of Engineering and Applied Science (CEAS) is designed to meet the traditional high standards for such programs. The PhD in Computer Science is administered by the division of Computer Science in the department of Electrical Engineering and Computer Science. Some aspects of the program are delegated to the CEAS Graduate Office.
The program is flexible, allowing the student to develop a plan of studies tailored to meet individual needs. Evaluation of the study plan is based on its appropriateness as a computer science program, the availability within the University of appropriate course offerings, and the availability within the division of Computer Science of a faculty member who is qualified to serve as the student’s major professor.
The PhD degree requires a minimum of 66 credits beyond the baccalaureate, including a dissertation. The student must also satisfy a residence requirement.
Many of the courses leading toward graduate degrees in CEAS are offered in the late afternoon or evening. So, students can complete much of their coursework on a part-time basis.
Credits and courses, additional requirements, application deadlines.
Application deadlines vary by program, please review the application deadline chart for specific programs. Other important dates and deadlines can be found by using the One Stop calendars .
An applicant must meet Graduate School requirements plus these program requirements to be considered for admission to the program:
A student who receives a master’s degree at UWM must formally apply for admission to the Graduate School as a doctoral student before continuing studies that will be credited toward the Doctor of Philosophy in Computer Science.
The minimum degree requirement is 66 graduate credits beyond the bachelor’s degree. The minimum credit distribution of coursework to be undertaken must be as follows depending on the option selected.
Code | Title | Credits |
---|---|---|
Select 21 credits in the major area of concentration | 21 | |
Select 9 credits in an approved minor area | 9 | |
Select 6 credits in mathematics and/or quantitative methods | 6 | |
Take for total of 18 credits: | 18 | |
Doctoral Thesis | ||
Select 9 credits of electives | 9 | |
Effective Academic Writing | 1 | |
Preparing Future Engineering Faculty & Professionals | 2 | |
Total Credits | 66 |
The 6-credit requirement in mathematics and/or quantitative methods may be met by satisfactorily completing certain courses specified by the Department or by taking the minor in mathematics. When such courses also count for either the major or the minor area, the remaining credits may be taken as approved electives.
The student must achieve a 3.0 GPA separately in each of the following areas: the major area, the minor area, and the quantitative methods area.
The minor is normally in another area offered in the College or in the physical sciences or mathematics or in management sciences. Consideration of any other area as a minor requires the prior approval of the Department.
A minimum of 26 credits, excluding doctoral thesis, must be at the 700 level or higher.
The Graduate School requires that the student must have a major professor to advise, supervise, and approve the program of study before registering for courses. The incoming student will be assigned to an initial Program Advisor at the time of admission. Prior to the completion of 12 credits (9 credits for part-time students), the student must select a major professor who will be the student’s thesis advisor. The student, in consultation with the major professor, develops a proposed program of studies which is submitted for approval. For subsequent changes, the student must file a revised program of study for approval.
There is no foreign language requirement for the degree.
The program residence requirement is satisfied either by completing 8 or more graduate credits in two consecutive semesters, exclusive of summer sessions, or by completing 6 or more graduate credits in each of three consecutive semesters, exclusive of summer sessions.
Each student in the program must take and pass a Qualifying Examination to demonstrate that the student is qualified for doctoral-level work. The Qualifying Examination is a written exam and is structured in two parts: Part 1 and Part 2. The examination is offered twice a year during the regular academic year.
Students entering with only a bachelor’s degree or with a master’s degree in an area unrelated to their major may take the Qualifying Examination for the first time after earning 12 credits of graduate work at UWM and must successfully pass the exam before earning 30 credits of graduate work at UWM.
Students admitted after completing an appropriate master’s degree must take this examination no later than the semester immediately after 18 credits of graduate work have been earned at UWM.
A student may take the Qualifying Examination twice. On the first attempt, the student must attempt both Part 1 and Part 2 of the examination.
A student who fails the qualifying exam twice is subject to dismissal from the PhD in Computer Science program. A student may appeal the failure and dismissal within 30 days of being notified of the failure. If the student does not appeal or the appeal is not granted, the College will recommend to the Graduate School that the student be dismissed. A student who is dismissed from the PhD in Computer Science program because of failing the qualifying exam may not be enrolled in the PhD in Computer Science program for a complete calendar year. This does not preclude the student from being enrolled in any other degree program offered by the University. A student who wishes to re-enroll in the program after a calendar year has passed must apply as any other student would, including payment of fees. A student readmitted after having failed the qualifying exam twice must take the qualifying exam in the first semester of matriculation and this will count as the student’s first attempt at the exam. The student may appeal this requirement prior to the first scheduled day of classes. If the student fails the qualifying exam on this first attempt, the student is permitted the customary second attempt as described above. All appeals must be in writing and directed to the CEAS Associate Dean for Academic Affairs.
The Doctoral Program Committee is proposed by the major professor in consultation with the student and the department. The Committee must include at least five graduate faculty (three from major area, one from minor area, and one from any area, including the major and minor areas). The last member may be a person from outside the University (such as another university, a research laboratory, or a relevant industrial partner), provided that person meets Graduate School requirements. The Committee may have more than five members, provided that the majority of the Committee members are from the student’s major field.
A student is admitted to candidacy only after successful completion of the doctoral preliminary examination conducted by the Doctoral Program Committee. This examination, which normally is oral, must be taken before the completion of 48 credits of graduate work toward the Doctor of Philosophy degree in Computer Science and should be taken within the first seven years in the program. Prior to the examination, the student must present a proposal for a doctoral dissertation project. The examination may cover both graduate course material and items related to the proposed dissertation project.
The student must carry out a creative effort in the major area under the supervision of the major professor and report the results in an acceptable dissertation. The effort of the student and the major professor to produce the dissertation is reflected in the PhD in Computer Science program requirement that the student complete at least 18 credits of doctoral thesis.
After the student has successfully completed all degree requirements except the dissertation, the student may enter Dissertator Status. Achieving Dissertator Status requires successful completion of the Doctoral Preliminary Examination and prior approval of the student’s advisor, the Doctoral Program Committee, and the Computer Science GPR of a dissertation proposal that outlines the scope of the project, the research method, and the goals to be achieved. Any proposal that may involve a financial commitment by the University also must be approved by the Office of the Dean. After having achieved Dissertator Status, the student must continue to register for 3 credits of doctoral thesis per semester during the academic year until the dissertation is completed.
The final examination, which is oral, consists of a defense of the dissertation project. The doctoral defense examination may only be taken after all coursework and other requirements have been completed. The student must have Dissertator Status at the time of the defense.
All degree requirements must be completed within ten years from the date of initial enrollment in the doctoral program.
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CAMBRIDGE, MA - The Institute of Politics at Harvard Kennedy School today announced the appointment of six Resident Fellows who will join the IOP for the Fall 2024 semester. The fellows bring diverse experience in politics, elected office, polling, journalism, and economic development to address the challenges facing our country and world today.
"We are thrilled to welcome this Fall's cohort of Resident Fellows to Harvard to engage and collaborate with our students and community, and to get their thoughts and insight in the final few months of this year's historic election. Their diverse experiences will no doubt inspire our students to consider careers in public service and prepare them to provide essential political leadership in the months and years ahead," said IOP Director Setti Warren .
"We are excited to have such a remarkable group of Fellows at the IOP this Fall. They bring varied perspectives on how to best approach some of our country's most consequential challenges, and I am confident our students will gain important insight into the fields of politics, civic engagement, journalism, and more," said Michael Nutter , Chair of the Institute of Politics' Senior Advisory Committee, and former Mayor of Philadelphia.
"We are thrilled to welcome the incredibly accomplished members of the 2024 Fall Fellows Cohort as we begin the fall semester prior to the incredibly important U.S. election. As we close out the 'biggest election year in history,' our world remains in the throes of a major period of democratic backsliding. American voters, including many Harvard students, will once again face the possibility of reactionary backsliding and threats to fundamental rights. Closer to home, we are keenly aware of the threats to free speech on campus. While this semester will bring renewed challenges to and debates concerning those fundamental rights, we are hopeful that study groups will remain a source of vibrant, productive, and gratifying discussions on Harvard's campus. In that spirit, this semester's cohort of Fellows will bring in critical perspectives from the varied worlds of governing, policymaking, polling, reporting, and campaigning to equip students with the tools necessary to create a better tomorrow. We are confident that this cohort of Fellows will help this program to remain a bastion of freedom of speech and civil discourse on Harvard's campus," said Éamon ÓCearúil ‘25 and Summer Tan ‘26 , Co-Chairs of the Fellows and Study Groups Program at the Institute of Politics.
IOP Resident Fellows are fully engaged with the Harvard community. They reside on campus, mentor a cohort of undergraduate students, hold weekly office hours, and lead an eight-week, not-for-credit study group based on their experience and expertise.
Fall 2024 Resident Fellows:
Brief bios and quotes can be found below. Headshots are available upon request.
Betsy Ankney Ankney is a political strategist with over 15 years of experience on tough campaigns. She has been involved in campaigns and Super PACs at the national and state level and played a role in some of the biggest upsets in Republican politics. She has been an advisor to Ambassador Nikki Haley since 2021, serving as Executive Director for Stand for America PAC and most recently as Campaign Manager for Nikki Haley for President. After starting with zero dollars in the bank and 2% in the polls, the campaign defied the odds, raised $80 million, and Nikki Haley emerged as the strongest challenger to Donald Trump. Ankney served as the Political Director of the National Republican Senatorial Committee for the 2020 cycle. She advised senate campaigns across the country, working directly with candidates and their campaigns on budgets, messaging, and fundraising. Prior to her work at the NRSC, Ankney managed multiple statewide campaigns, including Bruce Rauner for Governor in Illinois and Ron Johnson for Senate in Wisconsin. For her work on Ron Johnson’s race, she was named “Campaign Manager of the Year” by the American Association of Political Consultants for 2016. Ankney got her start in politics at the 2008 Republican National Convention and served in various roles at the Republican National Committee as well as on multiple campaigns and outside efforts. She serves on the boards of The Campaign School at Yale and The American Association of Political Consultants. She is from Toledo, Ohio and attended Vanderbilt University.
"I am honored to be a part of the fantastic program at the Harvard Institute of Politics. As we enter the final stretch of one of the wildest and most unpredictable election cycles in modern history, I look forward to having conversations in real time about our political process, what to look for, and why it matters." – Betsy Ankney
John Anzalone Anzalone is one of the nation’s top pollsters and messaging strategists. He has spent decades working on some of the toughest political campaigns in modern history and helping private-sector clients navigate complex challenges. He has polled for the past four presidential races, most recently serving as chief pollster for President Joe Biden’s 2020 campaign. In that role, he helped develop the messaging and strategy that drove paid communications, major policy rollouts, speeches, and convention thematics. He has also polled for the campaigns of President Obama and Hillary Clinton, and has helped elect U.S. senators, governors, and dozens of members of Congress. Anzalone works with governors across the country, including current Governors Gretchen Whitmer (MI) and Roy Cooper (NC). He polls regularly for the Democratic National Committee, the Democratic Senatorial Campaign Committee, the Democratic Congressional Campaign Committee, Senate Majority PAC, and AARP. With more than 30 years of experience in message development and strategic execution, he has been called on by key decision-makers, executives, and CEOs to provide counsel in a changing world and marketplace. He has extensive experience using research and data to break down complex subjects into digestible messages that resonate with target audiences. He grew up in St. Joseph, Michigan, and graduated from Kalamazoo College in Kalamazoo, Michigan. He is married and has four children, two dogs, and lives in Watercolor, Florida.
"After a 40-year career in politics I am so excited to give back by sharing and mentoring politically active and curious students, but also to have an opportunity to learn from them myself. During the next three months we will be living the 2024 elections together in real time. There is nothing more exciting than that regardless of your political identity." – John Anzalone
Alejandra Y. Castillo The Honorable Alejandra Y. Castillo was nominated by President Biden and sworn in as U.S. Assistant Secretary of Commerce for Economic Development on August 13, 2021, becoming the first women of color to hold this position. Ms. Castillo led the Economic Development Administration (EDA) between August 2021-2024 through an unprecedented moment of growth and opportunity. As the only federal agency focused exclusively on economic development, she guided EDA’s the implementation of over $6.8 billion dollars in federal funding, powering EDA and its mission to make transformational placed-based investments to support inclusive and equitable economic growth across America. Spanning over two decades of public service and non-profit work, she has served in three Presidential administrations --Biden, Obama and Clinton. Her career has also included a drive to shattering glass ceilings and providing inspiration to multiple generations of diverse leaders. Castillo is an active member in various civic and professional organizations, including the Hispanic National Bar Association, the American Constitution Society, as well as the Council on Foreign Relations. Castillo holds a B.A. in Economics and Political Science from the State University of New York at Stony Brook; a M.A. in Public Policy from the Lyndon B. Johnson School of Public Affairs, University of Texas at Austin; and a J.D. from American University, Washington College of Law. A native of Queens, NY., the daughter of immigrants from the Dominican Republic.
"I am excited to join this Fall semester IOP Fellowship class and have the opportunity to engage with students and faculty members across the University. The IOP fellowship presents a great forum to discuss and evaluate the future of U.S. industrial strategy and economic growth in light of the historic federal investments in place-based economic development during the last three years. I am honored to join my colleagues in making this an exciting and informative semester for students." – Alejandra Y. Castillo
Asa Hutchinson Governor Asa Hutchinson is a former Republican candidate for President of the United States. He served as the 46th Governor of the State of Arkansas and in his last election, he was re-elected with 65 percent of the vote, having received more votes than any other Republican candidate for governor in the State’s history. As a candidate for President, Hutchinson distinguished himself as an advocate for balancing the federal budget, energy production and enhanced border security. He also was a clear voice for the GOP to move away from the leadership of Donald Trump. Hutchinson’s time as governor is distinguished by his success in securing over $700 million per year in tax cuts, safeguarding the retirement pay of veterans from state income tax, shrinking the size of state government, creating over 100,000 new jobs and leading a national initiative to increase computer science education. The Governor’s career in public service began when President Ronald Reagan appointed him as the youngest U.S. Attorney in the nation for the Western District of Arkansas. In 1996, he won the first of three consecutive terms in the U.S. House of Representatives. During his third term in Congress, President George W. Bush appointed Governor Hutchinson to serve as Administrator of the Drug Enforcement Administration and later as the nation’s first Undersecretary of Homeland Security for Border Protection. He is a former Chairman of the National Governors. He grew up on a small farm near Gravette. He and his wife, Susan, have four children and seven grandchildren. Governor Hutchinson is currently CEO of Hutchinson Group LLC, a security consulting firm.
"After 8 years as Governor it is time to teach and mentor. I am honored to have the opportunity this fall to share my experiences and perspective but to also learn from the students and my colleagues who will also be resident fellows at the IOP. The timing is historic with our democracy facing a critical choice this fall as to the direction of our country." – Asa Hutchinson
Brett Rosenberg Rosenberg is a foreign policy expert who has served in the White House, Department of State, and Senate. During the Biden Administration, Rosenberg was the inaugural Deputy Special Coordinator for the Partnership for Global Infrastructure and Investment, President Biden’s and the G7’s flagship program designed to meet infrastructure needs in low- and middle-income countries. At the White House, Rosenberg served on the National Security Council as Director for Strategic Planning, working on shaping and realizing approaches to issues spanning from international economics to Western Hemisphere engagement, as well as helping to write the National Security Strategy. Prior to her service in the Biden administration, Rosenberg was Associate Director of Policy for National Security Action, where she remains a senior advisor. Rosenberg began her career in Washington as a legislative aide to then-Senator Kamala Harris, where she advised the senator on a range of domestic and economic policy issues. Rosenberg is a Nonresident Scholar at the Carnegie Endowment for International Peace, and her writing has appeared in outlets including Foreign Affairs, Foreign Policy, The New Republic, and McSweeneys. She received her A.B. in History from Harvard College and her PhD (DPhil) in International Relations from the University of Oxford, where she was a Rhodes Scholar.
"What a privilege it is to be part of this incredible community in this incredible moment. I can't wait to learn from the students, faculty, and other fellows as we dive in together to discuss some of the most pressing issues facing the United States and the world." – Brett Rosenberg
Eugene Scott Eugene Scott is a host at Axios Live, where he travels the country interviewing political and policy leaders. He was previously a senior political reporter for Axios covering 2024 swing voters and voting rights. An award-winning journalist, Scott has spent two decades covering politics at the local, national and international levels. He was recently a national political reporter at The Washington Post focused on identity politics and the 2022 midterm election. Following the 2020 presidential election, he hosted “The Next Four Years,” then Amazon’s top original podcast. He also contributed to “FOUR HUNDRED SOULS: A Community History of African America, 1619-2019,” which topped the New York Times’ bestseller list. In addition to writing, Scott has regularly provided political analysis on MSNBC, CBS and NPR. Scott was a Washington Correspondent for CNN Politics during the 2016 election. And he began his newspaper career at the Cape Argus in Cape Town, South Africa not long after beginning his journalism career with BET News’ “Teen Summit.” Scott received his master’s degree from Harvard University’s Kennedy School of Government and his bachelor’s from the University of North Carolina Hussman School of Journalism and Media. He is a D.C. native and continues to live in the Nation’s Capital.
"Learning from and with the professionals that visited the IOP during my time on campus was one of the highlights of my time at the Kennedy School. I am eager to help lead students in understanding the press and this country as we navigate the final weeks of arguably the most consequential election of our time." – Eugene Scott
Additional information can be found here .
About the Institute of Politics Fellows Program The Institute of Politics at Harvard Kennedy School was established in 1966 as a living memorial to President John F. Kennedy. The Institute’s mission is to unite and engage students, particularly undergraduates, with academics, politicians, activists, and policymakers on a non-partisan basis to inspire them to pursue pathways in politics and public service. The Institute blends the academic with practical politics and offers students the opportunity to engage in current events and to acquire skills and perspectives that will assist in their postgraduate pathways.
The Fellows Program has stood as the cornerstone of the IOP, encouraging student interest in public service and increasing the interaction between the academic and political communities. Through the Fellows Program, the Institute aims to provide students with the opportunity to learn from experienced public servants, the space to engage in civil discourse, and the chance to acquire a more holistic and pragmatic view of our political world.
For more information on the fellowship program, including a full list of former fellows, visit: iop.harvard.edu
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The application fee of $105.00. Should you want to request a fee waiver from Harvard Griffin Graduate School of Arts and Sciences, you may do so in the fee section of the application. Please list only SEAS ladder faculty on the application. "Affiliate faculty" cannot admit PhD students. There are many SEAS ladder faculty with formal joint ...
Computer Science PhD Degree. In the Computer Science program, you will learn both the fundamentals of computation and computation's interaction with the world. Your work will involve a wide range of areas including theoretical computer science, artificial intelligence and machine learning, economics and computer science, privacy and security ...
8 of the 10 courses must be disciplinary, and at least 7 of those must be technical courses drawn from the Harvard John A. Paulson School of Engineering and Applied Sciences, FAS or MIT. Of the 7 technical courses, at least 3 must be 200-level Computer Science courses, with 3 different middle digits (from the set 2,3,4,5,6,7,8), and with one of ...
Computer Science is an area of study within the Harvard John A. Paulson School of Engineering and Applied Sciences. Prospective students apply through Harvard Griffin GSAS; in the online application, select "Engineering and Applied Sciences" as your program choice and select "PhD Computer Science" in the Area of Study menu.
Optional additions to the Ph.D. program. Harvard PhD students may choose to pursue these additional aspects: a Secondary Field (which is similar to a "minor" subject area). SEAS offers PhD Secondary Field programs in Data Science and in Computational Science and Engineering. GSAS lists secondary fields offered by other programs.
The concentration in Computer Science is designed to teach students skills and ideas they will use immediately and in the future. Because information technology affects every aspect of society, graduates with computer science degrees have open to them an enormous variety of careers—engineering, teaching, medicine, law, basic science, entertainment, management, and countless others.
Step 4: Complete your application by the deadline. The degree program application becomes available in September. You should review Applying to Degree Programs before starting your application. All components of the application to a degree program are due by 5:00 p.m., Eastern Time, on the deadline date. Applications for the Visiting Students ...
Search Degree Programs Apply for Degree Programs. If you are interested in applying to a degree program, you will be considered for admittance based on your potential to make contributions through your scholarship to your chosen field, whether in academia or in a nonacademic career.The Harvard Kenneth C. Griffin Graduate School of Arts and Sciences (Harvard Griffin GSAS) welcomes applications ...
Computer scientists at Harvard pursue work in a wide range of areas including theoretical computer science, artificial intelligence, economics and computer science, privacy and security, data-management systems, intelligent interfaces, operating systems, computer graphics, computational linguistics, robotics, networks, architectures, program ...
Application Requirements. All applicants—both international and U.S. candidates, first-year and transfer— must complete the following application components: Common Application or apply Coalition, Powered by Scoir. Harvard College Questions for the Common Application, or Coalition Application Harvard supplement. $85 fee (or request a fee ...
Faculty & Research. Our faculty work within and beyond the disciplines of engineering and foundational science. Our approach to teaching and research is, by design, highly interdisciplinary. We collaborate across academic areas, within the larger university, and with colleagues in academia, industry, government and public service organizations ...
Harvard College students may apply to the AB/SM program, which enables them to earn a master's degree in applied mathematics, applied physics, computational science and engineering, computer science, or engineering sciences while simultaneously completing their AB degree. Students interested in applying for the AB/SM should contact the Office ...
Harvard University • Harvard College and Graduate School of Arts and Sciences 54 Dunster Street • Cambridge, MA 02138 Telephone: (617) 495-2595 • www.ocs.fas.harvard.edu ... Well before you apply for faculty positions, you will use your CV to apply for fellowships and grants, to accompany submissions for publications or conference papers ...
Thank you for your interest in the Harvard Kenneth C. Griffin Graduate School of Arts and Sciences (GSAS). Before beginning your application, review the application deadline and program information for graduate degree programs or, if you are applying as a special student or visiting fellow, for the Visiting Students Program. Degree program applicants should also review Applying to Degree ...
Most graduate programs look for a minimum 3.0 GPA. A Graduate Record Examination (GRE) score of at least 318 is considered strong and can help your application. A professional resume with work experience related to your program is often helpful or required. Programs typically ask for letters of recommendation and a graduate school admissions ...
A graduate degree in computer science could accelerate your career in several ways — most notably in increased earning potential due to your advanced skills and knowledge. According to recent numbers from Payscale, an individual with a bachelor's degree in computer science makes an average base salary of $72,000/year.
Master's in CSE Program Overview. Computational Science and Engineering (CSE) is an interdisciplinary subject that uses mathematical concepts to solve complex science and engineering problems. Our CSE master's program is led by faculty from Computer Science, Applied Math, and the Engineering Sciences. It provides students with rigorous ...
CS50 for Lawyers. This course is a variant of Harvard University's introduction to computer science, CS50, designed especially for lawyers (and law students). Free *. 10 weeks long. Available now. Computer Science. Online.
Computational Science and Engineering is an area of study within the Harvard John A. Paulson School of Engineering and Applied Sciences. Prospective students apply through Harvard Griffin GSAS; in the online application, select "Engineering and Applied Sciences" as your program choice and select "SM ME Computational Science and Engineering " in the Area of Study menu.
Princeton University. Princeton, NJ. #10 in Computer Science (tie) Save. 4.4. Find the best graduate computer science program to fit your goals using the U.S. News rankings. Narrow your search ...
My Successful Harvard Application (Complete Common App + Supplement) In 2005, I applied to college and got into every school I applied to, including Harvard, Princeton, Stanford, and MIT. I decided to attend Harvard. In this guide, I'll show you the entire college application that got me into Harvard—page by page, word for word.
MEng in Computational Science and Engineering (2 years) 43.6 lakhs per year. PhD in Computer Science (3+ years) 19.1 lakhs per year. MSc in Applied Computation (2 years) 19.1 lakhs per year. Please note that these costs are just estimated on the popular choices of living while studying at Harvard University.
Explore programs available at Harvard. Browse the graduate and undergraduate degrees and majors offered by Harvard's 13 Schools and learn more about admissions requirements, scholarship, and financial aid opportunities. We also offer executive education, certificate programs, and online courses for professional and lifelong learners.
The PhD in Computer Science is administered by the division of Computer Science in the department of Electrical Engineering and Computer Science. Some aspects of the program are delegated to the CEAS Graduate Office. The program is flexible, allowing the student to develop a plan of studies tailored to meet individual needs.
CAMBRIDGE, MA - The Institute of Politics at Harvard Kennedy School today announced the appointment of six Resident Fellows who will join the IOP for the Fall 2024 semester. The fellows bring diverse experience in politics, elected office, polling, journalism, and economic development to address the challenges facing our country and world today."We are thrilled to welcome this Fall's cohort of ...