Main Thesis Project (Ongoing). EV Charging Station Incorporating Renewable Sources, Batteries, Generator Units, and Grid Connection Is Proposed for IIT Roorkee. Cost Estimation and Optimisation is Being Done Using HOMER-Pro Software. The Energy Management Model is Being Prepared In MATLAB Simulink Environment. The Two-Stage Control Algorithm for Energy Management Incorporating Vehicle-to-Vehicle Charging is Being Developed and will be Implemented on FPGA Board Case Study is Conducted on Various Charging Stations With Renewable Energy Support. Literature Survey Was Done on Energy Management Techniques, Renewable Energy Potential, Solar PV, and Battery Energy Storage.

Main Thesis Project of MSR in IIT Guwahati. Design of Parabolic Trough Solar Collector (PTSC) Was Done using SOLIDWORKS. Design of Shell and Tube Type Latent Heat Storage Unit for Incorporating. Phase-changing Material was Done Using SOLIDWORKS and ANSYS Design Modeler. Comparative Analysis of Shell and Tube Type Heat Exchanger Was Done Using ANSYS FLUENT. Sizing of Parabolic Trough Solar Collector and Latent Heat Storage Unit Based on the Estimated Solar Energy Profile and The Location was Done Using PYTHON Programming. Literature Survey Was Done on Physical Structure Improvement of Parabolic Trough Solar Collector to Increase It's Thermal Efficiency. Literature Survey Was Done on Various Phase Changing Materials According to The Temperature and Heat Requirements. Literature Survey Was Done on Nano-Composite Phase Changing Materials, Heat Transfer Fluids, and Nano Fluids.

Primary Semester Project of MSR in IIT Guwahati. Simulation of Bifacial Hetero-Junction Solar Cells was done and the effect of variation in different parameters on Efficiency, Fill Factor, Open circuit voltage and short circuit current density was studied. Effect of variation in emitter layer thickness was studied using simulation model. Effect of Gradient Doping Vs Uniform Doping Of Emitter layer was studied using simulation model. Influence of Texture on Front TCO Layer was studied using simulation model. Literature survey on Hetero-Junction Solar Cells was conducted.

Field-Oriented Control Methodology Was Implemented in MATLAB Simulink Environment For The Speed Control of The Induction Motor Drive.

PCB Layout for Single Phase Front-End AC-DC Converter was Designed Using the KiCad Software with Gate Driver IC UCC21520

Simulated the H5 Inverter Topology Using MATLAB with Solar PV Integration to Achieve MPPT.

B.Tech. Final Year Project. Robotic Arm Using Two Stepper Motors for Each Degree of Motion was Constructed and its Movement was Controlled by Intel 8051 Microcontroller. Keil C Programming was Done to Control the Robotic Arm. PCB Designing was Done Using Eagle-CAD for Various Circuit Components.

Designed and Implemented a Microwave Oven Control Algorithm Using Verilog HDL in Xilinx Vivado Environment.

Designed and Simulated the Isolated Forward Converter Using LT Spice Software with 1.5 Percent Ripple in Continuous Conduction Mode and also at the Border of Complete and Incomplete Demagnetization Mode for the Magnetizing Current of 1A.

Energy System Comprises of Conventional as well as Non Conventional Sources was Theoretically Proposed and Optimized Using Different Machine Learning Algorithms in Accordance with Different Sizing Methods.

Various Energy Storage Devices and Methods Were Studied and their Scope for India is Predicted in Accordance with the Current Market Scenario and Future Energy Demand.

The Solar Thermal Energy Storage Systems were Surveyed and Their Scope in Indian Market was Predicted Based on the Case Studies.

Case Study was Conducted for Different Renewable Energy Generation Techniques and their Figure of Merit was Studied using the Gathered Data.