UIUC’s MechSE PhD incubates trailblazers who couple lattice-Boltzmann CFD with generative design, 3-D print high-entropy alloy lattices, and field swarms of autonomous robots for offshore wind maintenance. Access to the Illinois Robotics Group, additive manufacturing centers, and world-class wind tunnels empowers candidates to tackle DARPA and DOE grand challenges.
Topology-optimized heat-exchanger micro-channels for supercritical CO₂ cycles
Reinforcement-learning controller for bipedal robots on slippery terrain
Hydrogen combustion instability analysis in rotating detonation engines
In-situ X-ray CT of lattice fatigue in laser-printed titanium
Aeroelastic flutter prediction with reduced-order ML models
Life-cycle LCA of recyclable composite wind-turbine blades
Soft-robotic gripper design for deep-sea sample collection
Grant proposal for AI-driven HVAC fault detection in smart buildings
Policy brief on safety codes for autonomous urban air mobility
Particle-image velocimetry of cavitating cryogenic rocket inducers
VR haptic simulator for remote robot teleoperation maintenance
Edge-ML vibration diagnostics on rotating machinery
White paper on ethical deployment of humanoid labor robots
Additive manufacturing roadmap for circular metal feedstocks
Solar-thermal receiver modeling with spectral Monte Carlo
Design resilient machines and energy systems with MechSE @ UIUC.
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