• Design and Planning of Hydrant System in Industrial, residential, and commercial infrastructures for fire protection • Hydraulic Calculation for pump selection • Coordination for installation and maintenance of hydrant system and fire door
Worked at innovative Power Electronics and Nano Grid (iPENG) Research Lab Modeling and Simulation package for small scale horizontal axis wind turbine blade. • Developed a MATLAB based dynamic programming algorithm for Blade Element Momentum Method (BEM). • Numerically modeled the framework for optimization of HAWT by using Genetic Algorithm. • Modeled a Small Scale Horizontal axis wind turbine by using Solid works and Q-blade • Numerically modeled to predict performance of HAWT by using Ansys Fluent Modeling and Simulation of vortex bladeless wind turbine • Developed a model of new conceptual vortex bladeless wind generator • Performance prediction of vortex bladeless wind generator by Fluid Structure Interface (FSI) Assisting as instructor to incorporate required activities in lab experiments and Mentoring undergraduate students
