UC’s MS in Mechanical Engineering integrates solid mechanics, fluid dynamics, and robotics to develop sustainable technologies from micro-devices to aerospace systems.
Bio-inspired flapping UAV maximizing aerodynamic efficiency at low Reynolds numbers
Topology-optimized heat sink for high-density power electronics cooling
Soft robotic gripper with embedded strain sensors for delicate produce handling
Hybrid hydrogen-electric propulsion cycle analysis for regional aircraft
Finite-element model validating 3D-printed lattice metamaterial crash absorbers
Machine-learning-assisted turbulence model selection in LES simulations
Magnetorheological damper design for adaptive seismic isolation
Energy harvesting knee brace powering wearable health monitors
Additive manufacturing parameter study reducing residual stress in Ti-6Al-4V parts
VR interface training technicians in composite lay-up processes
Automated fault detection in HVAC systems using digital twins
Design of modular wave energy converter with survivability control algorithms
CFD study of urban wind flow optimizing rooftop turbine placement
Policy brief on standards for autonomous last-mile delivery robots
Human-in-the-loop exoskeleton control reducing worker fatigue in warehouses
Robotic swarm coordination for cooperative wildfire monitoring
Life-cycle assessment of biodegradable polymer gears versus steel
White paper on ethical considerations in humanoid robot deployment
Public outreach workshop building DIY Stirling engines
Conference on AI-driven generative design in mechanical engineering
Design and build future machines with UC’s innovation-oriented MS.
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