Research at Energy Engineering Department

At the Department of Energy Engineering, GD Goenka University is committed to fostering research that advances sustainable energy solutions, environmental resilience, and technological innovation — even with modest laboratory infrastructure. Our research agenda emphasizes applied, computational, and field-based studies which can be carried out with available resources and interdisciplinary collaboration.

Research in Energy Engineering                                                     Renewable Energy Projects

Research Focus Areas

We are working on multiple projects that focus on different areas of energy engineering.

Theme Research Topics Possible Approaches / Tools
Renewable Energy Systems Solar PV optimization, small wind turbine designs, micro-hydro, hybrid systems Simulation (MATLAB / Python / HOMER), small-scale prototypes, field testing
Energy Efficiency & Demand Side Management Building energy modeling, appliance efficiency, smart metering Energy modeling tools (EnergyPlus, OpenStudio, eQuest), audits of campus or local buildings
Microgrids & Distributed Generation Microgrid planning, islanding, grid integration, storage sizing Simulation (MATLAB/Simulink, PSCAD, HOMER), case studies, small-scale storage test rigs
Energy Storage & Battery Technologies Battery life modeling, supercapacitors, thermal storage Modeling & simulation, cycles via small battery test setups, literature-driven design
Heat Transfer & Thermal Systems Solar thermal systems, heat exchangers, waste heat recovery CFD simulation (e.g. OpenFOAM), design and testing of small prototypes
Sustainable Materials & Energy Materials Photovoltaic materials, catalysts, nanomaterials for energy Collaboration with materials labs, computational materials science (DFT, molecular modeling)
Energy Policy, Economics & Social Aspects Renewable energy policy, energy access, carbon accounting, lifecycle analysis, nuclear energy waste Policy analysis, surveys, statistical modeling, GIS mapping
Smart Grids, IoT & Control Demand response, IoT sensors for energy systems, control algorithms Embedded systems (Arduino/Raspberry Pi), control simulation, pilot-scale setup
Environmental & Climate Impact Studies Carbon footprinting, life cycle assessment (LCA), climate resilience LCA software (SimaPro, OpenLCA), GIS tools, data analysis