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Lab Automation Scientist

Lab Automation ScientistThe ETH Zurich core facility NEXUS Personalized Health Technologies enables biomedical discovery and translational research for personalized health. We offer a broad range o...

Discover related jobs: Research assistant positions in Engineering (36)

Master Thesis - Experimental characterization of high-frequency acoustic MEMS resonators (f/m/d)

YOUR FUTURE RESPONSIBILITIESThe performance of Radio Frequency filters used for telecommunication purposes mainly depends on the frequency response curve of their building blocks, acoustic MEMS resonators. SAL is working with new types of piezoele...

Junior engineer specialized in optical metrology

SOLEIL is the French national synchrotron facility, located on the Saclay Plateau near Paris. It is a multi-disciplinary instrument and research laboratory whose mission is to conduct research using synchrotron radiation, to develop cutting edge i...

Network and Lab Technician for Quantum Communications Testbed

Position Other academic staff, Non academic staff (supporting staff)Irène Curie Fellowship NoDepartment(s) Electrical EngineeringFTE 1,0Date off 21/04/2024Reference number V36.7328Job descriptionVision - Quantum Safe Communications Testbed in Eind...

Discover related jobs: Research assistant positions in Electrical Engineering (12)

Research Assistant - Fluid machinery (Prof. Renzi, Massimiliano)

CallRector's Decree n. 514/2024 of 28.03.2024Call (PDF)Online application (LINK)ProjectBuilding an interconnected multimedia infrastructure for the networking of the Laboratories involved in the iNEST PNRR project (In the framework of the Spoke1 a...

Discover related jobs: Research assistant positions in Electronics (11)

Junior scientist - quantum sensing (f/m/d).

YOUR FUTURE RESPONSIBILITIESBringing together applied science and industry, SAL offers research in the areas of Sensor Systems, Intelligent Wireless Systems, Power Electronics and Embedded Systems. The position will be located within the Sensor Sy...

Research Associate in Science Management (f/m/d)

Discover related jobs: research assistant positions in engineering physics (8), research assistant - agricultural machinery and mechanization (prof. mazzetto, fabrizio).

CallRector's Decree n. 491/2024 of 25.03.2024Call (PDF)Online application (LINK)ProjectUSAGE-NG: Development of new educational and research approaches in Smart AgricultureDeadline for sending applications and publications30.04.2024 at 12:00 PM (n...

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• View current undergraduate research opportunities in AeroAstro.
• Post an AeroAstro research opportunity (For AeroAstro labs only. Touchstone login required to access form.)

You don’t have to be a graduate student to do research in AeroAstro — we have a range of research opportunities in which you can work, sometimes as early as your first year at MIT. As a participant in the Undergraduate Research Opportunities Program (UROP), you can work with faculty as a junior colleague in every phase of their research: developing plans, writing proposals, conducting research, analyzing data, presenting research results. You may find yourself working on a project sponsored by the FAA, NASA, or a private aerospace company. UROPs are a great way to explore aerospace research, prepare for graduate school and future careers, connect with faculty and apply classroom learning to real-world research.

UROPs take place during the academic year and over the summer. Projects may last for an entire semester; some continue for a year or more. UROP students receive academic credit, pay, or are volunteers, depending on the project. A UROP may not be pursued for both pay and credit within a term. Ineligible for UROPs are special students, students on leave from MIT, and students who have completed their degree program (unless they stay registered to finish a double major).

If you’re interested in particular research areas, you should:

• read our list of current Undergraduate Research Opportunities
• visit our UROP supervisor listings to identify individual faculty research interests
• contact the supervisors to see if they have a UROP opportunity available
• watch for emails from the AeroAstro Undergraduate Office about AeroAstro UROP openings
• visit the MIT UROP website to see openings elsewhere in the Institute

If you have general UROP questions or concerns , contact UROP coordinator Marie Stuppard .

Current AeroAstro Research Opportunities

View current AeroAstro undergraduate research opportunities below. Submit an opportunity (Note: Touchstone login required.) Open opportunities are listed in chronological order, with the most recent submissions at the top.

GEO Satellite Pattern-of-Life Identification | Support for the MIT ARCLab Prize for AI Innovation in Space

Affiliated Lab/Research Group: Astrodynamics, Space Robotics, and Controls Lab (ARCLab)  The Satellite Pattern-of-Life Identification Challenge tackles the urgent need for more efficient and accurate tracking and orbit prediction capabilities for active satellites in the increasingly crowded near-Earth space environment. The UROP will work with challenge organizers to analyze on-orbit behaviors and label specific attributes of satellites’ observed patterns-of-life. As space activities expand, the demand for advanced technologies to monitor and manage satellite behavior becomes paramount. The challenge aims to provide a solution by tasking participants with developing cutting-edge AI algorithms for automated satellite pattern-of-life characterization using astrometric time-series data. Satellite Patterns of Life (PoLs) describe on-orbit behavior composed of sequences of both natural and non-natural behavioral modes. Throughout the operational lifetimes of Geostationary Earth Orbit (GEO) satellites, operators issue commands to place them in various behavioral modes, from station-keeping to longitudinal shifts and end-of-life behaviors. The UROP will learn how to identify these patterns and changes in satellite behavior and will become familiar with common types of satellite propulsion in order to label PoLs within astrometric time-series data. Once characterized with PoL labels, this data will be used to evaluate the AI algorithms submitted by challenge competitors. Preferred, but not necessary qualifications: – Familiarity with Python programming – Familiarity with orbit propagation and/or spacecraft dynamics – Interest in space traffic management, satellite operations, and/or satellite propulsion

• Students who may apply: First Years, Sophomores, Juniors, Seniors
• Compensation: For Credit or For Pay

For more information or to apply, contact: Liz Solera,  [email protected]

Electroaerodynamic Aircraft Design and Rapid Prototyping

• Project Duration: Spring 2024
• Compensation: For Pay

For more information or to apply, contact: Arthur Brown,  [email protected]

Paid/Credit UROPS

To obtain a paid UROP, students must submit a proposal for direct UROP or research-sponsored funding by the Institute’s UROP deadline. During the fall and spring terms, most students typically work 12 hours per week and as many as 40 hours per week during IAP and the summer. MIT has an established hourly rate for UROP pay, however, at the discretion of a UROP supervisor and the department, students whose stipend is covered through research funds may earn a higher rate. Students are expected to keep track of their worked hours and submit electronic timesheets on a weekly basis. Students paid through direct UROP funds need to print their weekly timesheets for approval by their direct supervisor and bring a copy to the Course 16 student financial administrator Carol Niemi , Room 33-208. If students decide not to pursue a UROP after it has been approved, it is advisable that they immediately notify the research supervisor, the UROP Office, and Carol Niemi .

In accordance with U.S. immigration law, all student workers (and other MIT employees) are required to provide proof of identity and authorization to work in the United States. Before they can be paid, new student workers must complete Section 1 of the I-9 form electronically in MIT’s online system. The employee/student worker has three business days from hire date to present original supporting documentation in person to the Atlas Service Center .

Credit UROP

Credit UROPs can be performed during the academic year and over the summer. Note that few students enroll in credit UROPs in the summer as tuition charges will be applied.

To do a UROP for credit, students submit a proposal <http://web.mit.edu/urop/apply/index.html> by the Institute’s UROP deadline and register in WebSIS <http://mit.edu/studentserve/websis/> for 16.UR (pass/fail) by Drop Date. An AeroAstro student doing a UROP for credit outside of the department registers for a UROP number in that department (e.g., 2.URG, 6.UR, 8.UR). The number of units a student earns is equal to the number of weekly hours devoted to the project. At the end of each term, AeroAstro UROP supervisors submit a grade and an evaluation of the student’s performance on the project. Credit hours may be adjusted at that time if the supervisor deems that the student has worked fewer or more weekly hours on the project.

Research Assistantships

Research assistantships are determined by the faculty based on student qualifications and current projects and funding. Students interested in receiving an assistantship may contact faculty in their area of interest once they have been admitted to the Department of Aerospace Engineering's graduate program.

Research assistants have appointments in the department, laboratory, center, or institute that administers the research project that they assist and are responsible to the members of the AE graduate faculty who direct the research project. Research assistant appointments may be for the academic year, for the academic year and summer session, or for a summer session only. In some instances, research assistants may hold calendar-year (that is, twelve-month) appointments. Research assistantships are generally renewable subject to satisfactory academic progress, satisfactory performance of the duties of the assistantship, the continued need for services, and the availability of funds.

The director of the research project employing a research assistant assigns the duties. In most instances, the work required of a research assistant is tied directly to the thesis research, and, in such instances, it is not possible to determine absolutely the number of hours of work expected of the assistant. If the work is not related to thesis research, a half-time assistant should expect to spend twenty hours each week carrying out the assigned duties. Satisfactory performance of duties is determined by the director of the research project employing the research assistant and by the head of the unit administering the project.

The Graduate College's policy regarding assistantships can be found at http://www.grad.illinois.edu/assistantships . Some information from that site can be found below.

Academic Standing

To receive and hold an assistantship, a student must be in good standing (III.B.3) .

Registration Requirements

In the fall and spring terms, students receiving assistantships must be registered for the semesters of appointment. If a student receives a summer assistantship (the period between May 16 and August 15), and the student was registered for the immediately preceding spring semester or has registered for the following fall semester, the campus policy does not require the student to register for the summer term.

Tuition and Fee Waiver Information

Waiver-generating assistantship appointments are defined as appointments ranging from 25 percent through 67 percent time (based on a forty-hour week) for at least three-quarters of the academic term. The academic term is the period starting on the first day of classes and ending on the last day of final examinations . For fall and spring terms, three quarters is defined as 91 days. For summer term, it is defined as 41 days. A teaching assistant appointment between 25 percent and 67 percent for at least 21 days in Summer I (four-week part of Summer term) will be considered a waiver-generating appointment.

Tuition and fee waivers cover the base tuition, the service fee, the health service fee, $130/semester towards the health insurance fee, the AFMFA fee and the Library/IT fee.

Seeking a Research Assistantship

After you have received your offer of admission from AERO, you should begin contacting faculty to inquire about research assistantships. Research assistantships of at least 25% (half-time equivalent for working hours and stipend) provide a monthly stipend for the semester of appointment and generate a full tuition and partial fees waiver. 

Please note: Faculty members may hear about funding at various points during the year. If you are reaching out to them regarding an advisor/advisee relationship and/or funding, please be patient and respectful when contacting them.  Most correspondence will occur via email.

PhD official offers of admission come with a 5-year funding guarantee.  Those PhD applicants who have received funding offers are notified of faculty interest in their offers of admission.

If you are a currently enrolled student reaching out to faculty members, please also be review of the above-listed information.

Graduate Contacts

Ioannis Chasiotis     Director of Graduate Studies [email protected]

Jenna Russell Graduate Programs Coordinator [email protected]

Dung Quach Wisdom Graduate Programs Advisor [email protected]

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Research Experience for Undergraduates Program

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The Aero/Astro Research Experience for Undergraduates (Aero/Astro REU) program is designed to give undergraduates the chance to work with faculty and their research groups on advanced research projects over the summer.  Students who are accepted into the program will receive a stipend for their full time research work.

 Full-time means devoting 35+ hours/week for 10 consecutive weeks, i.e., it is the student's primary activity that quarter. Program start date will be June 24 2024 program end date will be August 30 2024 with the REU poster session being on the final week.

2024 Program Updates

• Interested students should email the faculty member they are interested in working with and submit their resume. 
• Faculty will submit student applications for the REU program to the student services office.
• We will offer the program in-person, & only during summer quarter.
• We must receive all REU applications from faculty by April 15 2024  for summer quarter. 

Please read through our FAQ page for more information about the program & eligibility.

REU Student Openings in Aero Astro Labs for Summer 2024 

Aeronautics astronautics faculty labs, current research projects, and openings for undergraduate students are updated here regularly. .

Morphing Space Structures Lab, Professor Manan Arya, email:  [email protected]  if you are interested. 

Project description: The REU student will assist with the construction of small-scale prototypes of large unfolding structures for space applications, e.g., large radio reflectors or high-power solar arrays. These small-scale prototypes, measuring around 1 m in size, would be used for assessing and furthering the design of these structures. Some of the prototypes will be realized using low-fidelity materials, such as 3D-printed plastic, laser-cut sheets, and folded paper. Some of these prototypes will be realized using higher-fidelity materials to enable the experimental characterization of these prototypes.

Eligibility requirements: strong background in design, CAD, and prototyping. Knowledge of structures and structural analysis is important.

Current REU Openings:

Aerospace Design Laboratory (ADL), Professor Juan Alonso, email: [email protected] if you are interested.

The Aerospace Design Laboratory (ADL) fosters the use of high-fidelity analysis and design tools in a variety of aerospace design problems including aircraft, turbomachinery, launch vehicles, helicopters and spacecraft.  Aerospace Design Laboratory (ADL)

Reconfigurable Structures Lab, Professor Maria Sakovsky, email: [email protected] if you are interested.

Project description: Our research explores aerospace structures that can learn from inputs in their environment and change their mechanical properties on demand. Imagine a satellite solar array that passively reorients to face the sun without repointing the satellite or a robotic explorer that learns to navigate around obstacles by changing its type of locomotion. We are looking for students with experience and interest in materials and structures. Projects range from performing mechanical characterization of structures, to integrating sensors, to writing code to control the structures.

Space Rendezvous Laboratory (SLAB), Professor Simone D'amico, email: [email protected] if you are interested.

Project description: "Autonomous and distributed spacecraft Guidance, Navigation, and Control (GNC) is an enabling technology for sustainable spaceflight, including on-orbit servicing to prolong the lifetime of space assets (e.g., through inspection, refueling and repair) and to remove space debris (e.g., through their characterization and de-orbiting). These projects investigate and develop new algorithms at the intersection of optimal control, computer vision and machine learning to enable the above in a spectrum of scenarios from known cooperative (on-orbit servicing) to unknown non-cooperative (debris removal) resident space objects. This research work leverages the experience and expertise of the Stanford’s Space Rendezvous Lab in the design and validation of robust algorithms for distributed space systems. The research is done in collaboration with external partners at various space companies (Blue, Redwire, TenOneSpace, etc)"

Stanford Intelligent Systems Laboratory (SISL), Professor Mykel Kochenderfer,  If interested please apply at:  https://forms.gle/Cboj8cJTa3JaXYG89

We are looking for an undergraduate to work on algorithms for decision making under uncertainty, applied to a variety of applications ranging from space exploration to unmanned aircraft. Programming knowledge in Julia or Python is required. Ideally, students will have taken AA228 already. 

Structures And Composites Laboratory (SACL), Professor Fu-Kuo Chang. Welcome to apply! Follow the link for more information: https://sacld8.sites.stanford.edu/

 To apply, please send your CV to the Lab PI, Prof Fu-Kuo Chang, at [email protected] and CC to the Lab Manager, Dr. Saman Farhangdoust, at [email protected]

Join our dynamic research team at the Structures and Composites Lab (SACL) within the Aeronautics and Astronautics Department. We are looking for motivated, independent, students interested in research on developing multifunctional energy storage composites (MESC) for the next generation of electronic vehicles and aircraft.

We currently have two openings for some active projects and successful applicants will have the opportunity to get training in an academic program specialty and adopt professional skills to participate in two programs:

1. Experimental Program including Lithium-Ion Battery Fabrication, MESC Specimen Fabrication, Testing MESC Specimen (Peel, Thermal-Expansion, Fatigue, Impact, etc.).

2. Computational Program including Design and Conceptualization of MESC Applications, Hand Calculations, Finite Element Analysis, Simulation Modeling of MESC.

Two candidates with a strong background in one or more areas of computational modeling, composite fabrication, lithium-ion battery, material science, and computer programming are sought. These two positions will be placed at SACL (Aeronautics and Astronautics Department). The students will have access to workstation computers and professional lab facilities. The students will have the opportunity to conduct modeling and experimental work and collaborate with interdisciplinary researchers at SACL.

In addition to the research project, a Mentorship Program is designed to assist students in acquiring and developing academic skills under postdoctoral scholar mentorship. This mentoring program includes In-depth involvement in the research project, Interaction with industries, Training in oral presentations during group meetings, Publication of high-quality articles in journals and conferences, Guidance for career development and future paths. 

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REU Projects from 2023

  please note this list doesn't include all our REU projects. Please contact faculty directly to learn if they are offering undergraduate research projects.

Morphing Space Structures Lab, Professor Manan Arya, email:  [email protected] if you are interested. 

Project description: “Large-scale structures in space are often folded for launch and unfolded in space. An alternative approach is to robotically assemble or manufacture in-space these structures. This project will explore the feasibility of potential combinations of these approaches. Analytical, experimental, or numerical approaches may be adopted to address these questions. Students with skills and experience in robotics, structural mechanics, or classical dynamics will be well-suited for this research.”

Plasma Dynamics Modeling Laboratory (PDML), Professor Ken Hara, email: [email protected] if you are interested.

Project description: We develop computational and theoretical models for low-temperature plasma applications, including spacecraft electric propulsion and plasma processing for semiconductors. We are looking for students with good analytical skills (particularly in fluid dynamics, electromagnetics, and plasma physics) and strong interests in developing (writing) your own code. Coding experiences in matlab, python, C/C++, Fortran, etc. would help. 

Title: Self-sensing of shape in multi-stable structures

Description:Multi-stable structures can hold multiple shapes passively, similar to the popular slap bracelet toy. Multi-stability is of interest in space structures as a way to reduce the energy usage in shape adaptive structures as power is required only to change shape but not maintain shape. Additionally, multi-stability promises to simplify control of shape change as the structures can more reliably achieve the desired configurations. For example, research at the Reconfigurable and Active Structures lab has demonstrated the application of multi-stability to robotic locomotion and reconfigurable satellite antennas. While there are many examples of multi-stable structures, there are few that can sense their current shape – a feature required for closed-loop control. This research will focus on integrating sensors into an existing multi-stable structure to demonstrate self-sensing capabilities.

Skills required:

· Understanding of lightweight structures (ex. AA151)

· Experience in lab techniques (ex. material/structural mechanical characterization, basic circuits)

Stanford Intelligent Systems Laboratory (SISL), Professor Mykel Kochenderfer, email: [email protected] if you are interested.

Project description: This REU will explore the problem of domain generalization in machine learning. In the context of autonomous driving, this could be leveraging data from different driving datasets beyond just training models on multiple datasets while hoping that this leads to a better generalization to unseen datasets. From a probabilistic standpoint, each dataset can be seen as a "meta-datapoint" (more like a distribution itself) that comes from an underlying "meta-distribution". If we could learn this underlying "meta-distribution", it could be possible to generate synthetic datasets that cover a broader spectrum of scenarios than what is present in the available datasets. Having access to this "meta-distribution" would allow us to build models that are much more robust beyond even training them on a handful of datasets where they are likely to overfit. The biggest challenge for this problem is certainly learning such a meta-distribution given that typically only a very limited number of datasets is available for each task.

Eligibility requirements:

• Intermediate knowledge of Python and PyTorch for image processing
• Experience with dataset pre-processing
• Familiarity with Linux-based HPC or willingness to learn about it

RESEARCH ASSISTANT - Mechanical and Aerospace Engineering

Job posting for research assistant - mechanical and aerospace engineering at missouri university of science and technology.

This position will assist the research team with robotics controls and calibration initiatives.

Qualifications

Back ground in robotic controls is required

Application Deadline

Open Until Filled

Benefit Eligibility

This position is not eligible for University benefits. Individuals in non benefit eligible positions may choose to participate in the Tax Deferred Annuity Plan (403b). For information about this plan, please visit the Faculty & Staff Benefits website at https://www.umsystem.edu/totalrewards/benefits.

Values Commitment We value the uniqueness of every individual and strive to ensure each person’s success. Contributions from individuals with diverse backgrounds, experiences and perspectives promote intellectual pluralism and enable us to achieve the excellence that we seek in learning, research and engagement. This commitment makes our university a better place to work, learn and innovate.

In your application materials, please discuss your experiences and expertise that support these values and enrich our missions of teaching, research and engagement.

Equal Employment Opportunity

The University of Missouri System is an Equal Opportunity Employer. Equal Opportunity is and shall be provided for all employees and applicants for employment on the basis of their demonstrated ability and competence without unlawful discrimination on the basis of their race, color, national origin, ancestry, religion, sex, pregnancy, sexual orientation, gender identity, gender expression, age, disability, or protected veteran status, or any other status protected by applicable state or federal law. This policy applies to all employment decisions including, but not limited to, recruiting, hiring, training, promotions, pay practices, benefits, disciplinary actions and terminations. For more information, visit https://www.umsystem.edu/ums/hr/eeo or call Human Resources at 573-341-4241. To request ADA accommodations, please call the Office of Equity & Title IX at 573-341-7734.

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Job openings at Missouri University of Science and Technology

Not the job you're looking for here are some other research assistant - mechanical and aerospace engineering jobs in the rolla, mo area that may be a better fit., we don't have any other research assistant - mechanical and aerospace engineering jobs in the rolla, mo area right now..

ASSISTANT/ASSOCIATE PROFESSOR Mechanical and Aerospace Engineering #00086351

Missouri University of Science and Technology , Rolla, MO

LECTURER - Mechanical & Aerospace Engineering

• Academic Programs
• Administration

Call for Applications starting Fall 2024: Modeling and Environmental Testing of Structures

• 01 April 2024

12 MONTH GRADUATE RESEARCH ASSISTANT WITH FULL TUITION

Starting fall 2024.

Selected students will be working on projects related to structural dynamics, nonlinear dynamics, vibration, flight testing and characterization, etc. This includes fundamental research and experiments, such as:

• Design, acquire, and deploy a shaker/fixture/component system
• Manufacture various dynamical systems in collaboration with Aggie Innovation Space
• Excite assembly to estimate the response of the actual component operating in the actual service environment
• Perform modeling, simulation and other aspects of environmental testing
• Publish research in conference proceedings and journals

Possible Future Opportunities

Completed participation will provide a strong skill set in experimental and theoretical structural dynamics research and manufacturing of dynamical systems.

Interested in pursuing graduate study, working at a national lab, or working in industry?

• This program is an excellent opportunity to accomplish those interests!
• Students who find employment at a national laboratory or companies, such as LANL, Sandia National Laboratories, Lockheed Martin, Northrop Grumman, etc.

Requirements

• ME, AE, or MAE Major
• BS GPA of 3.2 or greater is preferred
• Graduate (MS or PhD) Student

How to Apply

Submit PDF's of unofficial/official Academic Transcript(s) and a resume/CV to:

Professor Abdu Abdelkefi at [email protected] .

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Department of Mechanical & Aerospace Engineering

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30 Best universities for Mechanical Engineering in Moscow, Russia

Updated: February 29, 2024

• Art & Design
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• Liberal Arts & Social Sciences
• Mathematics

Below is a list of best universities in Moscow ranked based on their research performance in Mechanical Engineering. A graph of 269K citations received by 45.8K academic papers made by 30 universities in Moscow was used to calculate publications' ratings, which then were adjusted for release dates and added to final scores.

We don't distinguish between undergraduate and graduate programs nor do we adjust for current majors offered. You can find information about granted degrees on a university page but always double-check with the university website.

1. Moscow State University

For Mechanical Engineering

2. Bauman Moscow State Technical University

3. National Research University Higher School of Economics

4. Moscow Aviation Institute

5. N.R.U. Moscow Power Engineering Institute

6. National Research Nuclear University MEPI

7. National University of Science and Technology "MISIS"

8. Moscow Institute of Physics and Technology

9. Moscow State Technological University "Stankin"

10. RUDN University

11. Moscow Polytech

12. Moscow State University of Railway Engineering

13. Finance Academy under the Government of the Russian Federation

14. Moscow Medical Academy

15. Russian State University of Oil and Gas

16. mendeleev university of chemical technology of russia.

17. Russian National Research Medical University

18. Plekhanov Russian University of Economics

19. National Research University of Electronic Technology

20. Moscow State Pedagogical University

21. Russian Presidential Academy of National Economy and Public Administration

22. State University of Management

23. Moscow State Institute of International Relations

24. Russian State Geological Prospecting University

25. russian state agricultural university.

26. New Economic School

27. Moscow State Technical University of Civil Aviation

28. Russian State University for the Humanities

29. Russian State Social University

30. Moscow State Linguistic University

Universities for Mechanical Engineering near Moscow

Engineering subfields in moscow.