Undergraduate Research

Conducting undergraduate research at an R1-level university gives you an opportunity not only to work alongside professors, but to develop skills that set you apart. Whether you’re looking to continue your studies in graduate school, medical school, or are just fascinated by learning at a different level, there's a research opportunity here for you.

Research Opportunities

We pay students for 101,000 hours of research every year. There are several research programs and opportunities available—and we'll help you find the right fit. Here are just a few of the ways you can get involved:

Once you've done the work, share what you've discovered. Present your research at Michigan Tech's annual Undergraduate Research and Scholarship Symposium, at national conferences, and even in peer-reviewed journals—all before you graduate.

 

Recent Project Examples

  • Applied ecology and environmental science: Effects of Stand Structure on Microclimate and Warm Affinity Seedling Growth in an Adaptive Climate Silvicultural Treatment
  • Applied geophysics/geology: Investigating the Origin of the Huron Mountains Mafic Intrusions through Their Rock-Magnetic Properties
  • Biomedical engineering: Improving Autism Symptoms via Optogenetic Stimulation in the Dorsal Striatum
  • Biochemistry: A Robust Fluorescence Protocol for Assessing Viability in Human Cancer Cells
  • Chemical engineering: Generation of Circulating Tumor (ctDNA) Reference Materials for Early Ovarian Cancer Detection
  • Computer science: Temporally Driven Binary Segmentation to Extract Entire Arterial Trees in Sequential ICA Frames
  • Ecology and evolutionary biology: Using Fatty Acid Analysis to Evaluate the Effects of Human-Altered Landscapes and Sex on the Nutritional Status of Black Vultures
  • Electrical engineering: Mentors as Graders: Reconsidering the Power Dynamic in Student Assessment
  • Environmental engineering: Investigating Influences on pH in Lake Erie and Lake Superior
  • Human biology: Effects of Resolvin D1/FPR2 Activation on Inflammatory Cytokine and Chemokine Expression in ADPKD
  • Mathematics: Quadrature Approximations Within Integral Deferred Correction
  • Mechanical engineering: Parametric Study of Aero-PLA Foaming and Its Impact on Mechanical Properties
  • Mechatronics: Drones and Thermal Imaging for Wilderness Search and Rescue Efforts
  • Medical Laboratory Science: Characterizing Cardiac Inflammation in a Mouse Model of Hypertrophic Cardiomyopathy
  • Medicinal chemistry: Applying Hemicyanine-based Ratiometric Fluorescent Probes to Monitor Real-Time Mitochondrial pH in HeLa Cells During Metformin Exposure
  • Physics: Investigating the Thickness of Cherenkov Light-Cones Through the Connection Between Its Radiation Spectrum and Light Curve as Simulated in Python 3.12
  • Social Sciences: Community Perspectives of NGO Effectiveness in California, El Salvador
  • Statistics: Hierarchical Clustering to Identify Subgroups of Cardiovascular Health and Alzheimer's Disease
  • Sustainability science and society: Economic Impact Analysis of Sustainable Fishery Production Increases in Michigan
"Earn and Learn was a foot in the door to ecological research. As a freshman, it was so great to be able to gain an understanding of the research process. It also allowed me to build valuable professor and research faculty connections that eventually led to continued research opportunities.”
Jenna B., wildlife ecology major and Earn and Learn Assistantship recipient
R1Carnegie Classification for excellence in research activities at the highest level
101,000hours of paid undergraduate research
15research centers and institutes
$124.2million in research expenditures
311Ksquare feet of research labs on campus