Advanced Materials Research Experiences for Undergraduates (REU)
The University of California San Diego MRSEC Research Experiences for Undergraduates (REU) program provides full-time summer undergraduate research opportunities at the forefront of materials science and engineering. Participants in our highly collaborative and interdisciplinary program, which focuses on predictive assemblies and engineered living materials, will be fully immersed in the research laboratories of the MRSEC faculty from 5 departments across campus (Chemistry and Biochemistry, Chemical Engineering, Molecular Biology, NanoEngineering, Physics), as they engage in projects with a focus in either or both experiment and theory.
NSF-REU MRSEC students can expect to be:
• exposed to the grand challenges in the field of materials science;
• trained in computational, nanotechnological, and biological methods aimed at making new materials;
• provided mentoring and academic/professional development opportunities, including the potential to produce publishable research and participate in professional conferences.
2023 REU applications are due by January 30, 2023! (11:59am Eastern Time)
Duration: Monday, June 26 - Friday, August 18 (8 weeks). Trainees will have the option to extend their paid laboratory research participation by up to 2 weeks (up to 10 weeks maximum).
Programming: Extensive training and mentoring (by faculty, postdoctoral researchers and graduate students) in cutting-edge materials science research is accompanied by weekly research seminars, industrial field trips, biweekly professional development workshops (safety and research ethics, science communication, information literacy, graduate school preparation), and social networking/recreation.
Expectations: Full-time commitment to extensive lab work and engagement in program activities, including presentation at UC San Diego’s Summer Undergraduate Research Conference in mid-August.
Support: $600/week stipend (stipend includes allowance for meals*). The program additionally provides on-campus housing and reimbursement of travel expenses up to $500.
Eligibility: This research program is open to undergraduate students in science and engineering at any 2- or 4-year institution who are:
- interested in gaining rigorous research experience in materials science and engineering;
- majoring in engineering (chemical, bio-, nano-, electrical and other), materials science, chemistry, biology, or physics; and
- citizens or permanent residents of the US or US territories, as stipulated by the NSF.
Note: No prior research experience is necessary; no minimum GPA requirement; and no minimum class standing requirement.
Faculty: Applicants will be asked to select, in a ranked order, up to three faculty whose laboratory they would like to be assigned to, based on their research interests. The list of faculty participating in the REU program is below, and subject to change each year. For full list of faculty, please visit our website faculty page.
UC San Diego and our MRSEC are committed to the achievement of excellence and diversity among faculty, staff, and students. Women and minority applicants, veterans and persons with disabilities are strongly encouraged to apply to our NSF REU program.
Submit your application on NSF ETAP application portal HERE. Applications are due on Monday, January 30, 2023, by 11.59am ET. In addition to completing a registration form and selecting your preferred faculty mentors, you will be asked to submit the following application materials:
- Personal Statement
- Current Transcript
- 2 Letters of Recommendation
*On-campus meal plans will be available for purchase, for more information, visit https://hdhdining.ucsd.edu.
2023 Participating Faculty & Research Focus
Investigating the chemistry of microelectronics processing using both room temperature (RT) and low temperature (LT) scanning tunneling microscopy (STM) and spectroscopy (STS), molecular beams, laser spectroscopy, impedance spectroscopy, and density functional theory (DFT) calculations.
Investigating fundamental and applied studies that relate molecular and nanoscale structure to function, and in devices that incorporate new physical effects to solve real-world problems.