UC’s PhD in Energy Engineering empowers researchers to innovate across renewable generation, storage, and grid integration, tackling the world’s decarbonization challenge.
Perovskite-silicon tandem cell module exceeding 30 % outdoor efficiency
Dynamic dispatch algorithm for second-life EV batteries in microgrids
Hydrogen hub feasibility study coupling offshore wind electrolysis clusters
Techno-economic LCOE analysis of wave-energy arrays along the Pacific Rim
CFD design of additively-manufactured heat exchangers for supercritical CO₂ cycles
AI predictor of Li-ion cell aging under variable fast-charge protocols
Blockchain-based peer-to-peer energy-trading smart-contract prototype
Flow-battery electrolyte formulation using recycled vanadium catalysts
GIS siting tool optimizing agrivoltaic layouts for crop yield and revenue
Life-cycle carbon assessment of modular micro-reactors for remote sites
Thermoelectric waste-heat recovery unit retrofitted to data-center servers
Direct-air-capture sorbent regeneration powered by concentrated solar
Grid-interactive building controller flattening duck-curve ramps
UAV infrared inspection of utility-scale PV for predictive maintenance
VR safety-training module for offshore wind-farm technicians
Policy roadmap for just-transition workforce reskilling in fossil regions
Hybrid solar-biogas microgrid powering rural health clinics in Africa
Machine-learning forecast of critical-mineral demand for battery supply chains
Public exhibit on community-owned renewable co-operatives
Conference on cyber-security for distributed energy resources
Power the clean-energy revolution with UC’s systems-driven PhD.
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