UIUC’s Mechanical Engineering BS empowers students to master dynamics, thermofluids, design, and robotics while tackling grand challenges in clean energy and advanced manufacturing. Students 3-D-print lattice structures, code autonomous bikes, and simulate wind-turbine aeroelasticity on high-performance clusters. Capstone teams partner with industry and national labs, sending prototypes from concept to test track and launching alumni into R&D, automotive electrification, and climate-tech entrepreneurship.
CFD optimization of data-center liquid-cooling heat exchangers
Self-balancing bicycle with adaptive control algorithms
Additively manufactured lattice shock-absorber impact testing
Solar-thermal dish PID tracking controller design
Aeroelastic simulation of composite wind-turbine blades
Human-powered exoskeleton assisting firefighter load carriage
Finite-element lightweight EV chassis topology optimization
Combustion modeling of e-fuel blends in spark engines
AI-guided robotic sorter for municipal recycling streams
Geothermal district-heating thermodynamic feasibility study
VR design review of net-zero HVAC systems
Kinematic synthesis of deployable space-solar arrays
Noise-reduction research for urban e-scooters
Micro-fluidic pump design for portable diagnostics
Policy memo on incentives for thermal-storage adoption
Turn motion and energy ideas into reality with ME@UIUC.
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