Deadline: November 2, 2015
Carnegie Mellon is one of 17 campuses to participate in the SRC Undergraduate Research Opportunities (SRC-URO) program, funded by the Semiconductor Research Corporation (SRC). It is designed to attract and retain students in science and engineering disciplines relevant to technology-based industries and to encourage their enrollment in graduate school by providing sustained undergraduate research experiences and mentoring relationships.
- An established faculty committee will select 4-8 sophomores for a 3-5 semester/and the possibility of one summer commitment.
- Candidates will start the program in spring 2015, with the option to continue through summer in our SURF (Summer Undergraduate Research Fellowship) program; (they will apply for SURF following the same application procedures as all of our other students), continue through their junior years and possibly into their senior years.
- They will receive $2000 (to be paid by bi-weekly timecard) and $3500 over the summer between their sophomore and junior years for the SURF.
- All SRC-URO participants must attend in workshops, lectures, events sponsored by this program.
- All SRC-URO participants must agree to fill out assessments.
- All SRC-URO participants will present their research at Carnegie Mellon's Undergraduate Research Symposium, Meeting of the Minds.
SRC-URO participants will need to commit to the entire program, which requires 3 semesters and the possibility of a summer (between the sophomore and junior year) of support, and possible further commitment through the senior year.
The strongest applicants will have already secured a faculty mentor from the 2015-16 SRC-URO Faculty List.
Research projects of current and past SRC-URO students include:
- Accelerating biofilm modeling with heterogeneous computer architecture
- Exploring the relationship between functional and structural connectivity in the brain
- Feature modeling during interplanetary flyover and landing
- Verify Wall-E and Eve
- Character of metal alloys for use in AlGaN/GaN-based gas sensors
- Thermomechanical Modeling of solder/magnetic nanocomposites
- Transistor degradation and mitigation
- Oxide composite films
- Magnetite nanoparticle synthesis
- A parallel wire robot for epicardial interventions