UC’s PhD 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
Topology-optimized heat sink for high-density power electronics
Soft robotic gripper with embedded strain sensors for delicate produce
Hybrid hydrogen-electric propulsion cycle analysis for regional aircraft
Finite-element model validating lattice metamaterial crash absorbers
Machine-learning 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
Robotic swarm coordination for cooperative wildfire monitoring
CFD study of urban wind flow optimizing rooftop turbine placement
Human-in-the-loop exoskeleton control reducing worker fatigue
Design of modular wave-energy converters with survivability controls
VR interface training technicians in composite lay-up processes
Policy brief on standards for autonomous delivery robots
Life-cycle assessment of biodegradable polymer gears vs steel
VR immersive demonstration of boundary-layer transition phenomena
White paper on ethical considerations in humanoid robot deployment
Workshop building DIY Stirling engines for outreach
Conference on AI-driven generative design in mechanical systems
Design and build future machines with UC’s innovation-oriented PhD.
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