The college's Research Opportunities for Engineering Undergraduates program (ROEU) entered its sixth year in 2016-17. The program is designed to enhance opportunities for students to participate in research and creative activities under faculty guidance. The ROEU page has the application, guidelines, and previous awardee project information.
The Michigan Louis Stokes Alliance Minority Participation (MI-LSAMP) Summer Undergraduate Research Academy (SURA) at Wayne State University is designed to provide partner school participants a comprehensive research training and enrichment experience. The WSU-SURA is an eight-week non-residential summer research opportunity scheduled each summer. Upon successful completion of the summer experience, there may be an opportunity for an additional research assignment at the student's home institution during the fall semester.
The Wayne State University McNair Scholars Program, established in 2004, champions excellence in academics and leadership by providing financial and academic support to talented students who strive to excel in research and scholarship both at the undergraduate and graduate levels.
The college is a member of the Michigan Space Grant Consortium. This gives our students the opportunity to apply for Michigan Space Grant Fellowships. Applications for the following year are normally due in November. Please see the website for details and be sure to discuss your application with the associate dean.
Browse undergraduate research opportunities by school/college via UROPConnect.
Examples of undergraduate research projects in the College of Engineering
Chemical and electrochemical routes for conversion of biomass
Construction of a bench top Vanadium Redox Battery (VRB) to study new selective permeability membrane materials for use in the VRB storage of renewable energy
Design and fabrication of an engine inlet air temperature and pressure control system
Design and fabrication of constant volume reactor that replicates the temperature and pressure conditions inside an engine at the time of combustion
Design of a surge speed controller for a marine surface vessel
Development of an auto focus capability for a thermography camera for breast cancer analysisDevelopment of a residual in-cylinder hydrocarbon concentration measurement device to determine the kinetic effects of residual gases on engine stability
Development of an automated optical spectroscopy measurement system for analysis of breast cancer phantoms
Development of a laparoscopic automatic camera movement robot
Development of a two-color ratio thermometry to gather information on wall fuel film evaporation rates, engine heat transfer losses, and provide boundary conditions to computer simulations modeling engine combustion and emissions formation
Development of optical spectroscopy phantoms for breast cancer detection
Electrolysis using solid oxide electrolyzers
Engineering bioreducible layer-by-layer films for DNA vaccine delivery
Finite Element (FE) Modeling to improve vehicle safety and better protect vulnerable populations
Ice lens formation and freeze-thaw in soil
Gold nanoparticle synthesis, characterization, and interaction with macrophage
Graphene based flexible sensors and electronics
Injuries sustained during a car crash depend heavily on the individual. In car crashes, the children and the senior populations are the most vulnerable to fatalities. Since they differ from adults in not only structure, but strength, it is important to be able to accurately model this vulnerable population. One way of modeling how an occupant interacts with the vehicle is done through
Neurotechnology for neuronal recording and stimulation
Optical lever based parylene cantilevers for biochemical sensing
Piezoresistive accelerometers based on an asymmetrically gapped cantilever
Pinpoint exact locations of hyperactive neurons correlated to the tinnitus pathology using new technology
Reality game to teach physical diagnosis of pediatric patients to undergraduate nurses