Aastha Kanwar

I worked on business analysis for finding economically feasible use-cases for a new hydrogen storage technology. In my work, I created business cases for automotive and energy storage applications. I published the results in the Journal of Applied Energy in 2017. My work included: - Research on the relevant data - Modelling the entire system in MATLAB/Simulink - Simulation-based analysis - Creating business cases for the use-cases under consideration

I worked on developing energy management strategies for economic and reliable operation of microgrid systems, while also using renewable energy. I published and presented the results in Power Energy Student Summit 2015 at TU Dortmund My work included: - Modelling of the microgrid system in MATLAB/Simulink - Developing energy management system in MATLAB to minimize costs - Sensitivity analysis and comparison of different energy management strategies

Tutor für die Vorlesung Introduction to MATLAB

MATLAB Modellierung und Regelung eines invertierten Pendelsystem

Thema: Adaptiv Regelung für chaotische Systeme mit MATLAB (Note: 9,5/10)

Thema: Prädiktive Regelung von elektrischen Maschinen durch Programmieren eines 32-Bit- AVR-Mikrocontroller (Note 91/100)

Sommer-Trainee bei Ganguwal Hydro-Power House, Bhakra Beas Vorstand, Indien. Training am Krafthaus-Design, Betrieb und Wartung

Energy Systems and Energy Economy, Power Transmission Systems, Thermal Power Plants, Renewable Energy Technology, Energy Storage, Electrical Machines, Power Electronics, Grundlagen des Projektmanagements

Power systems, Power Electronics, Electrical Machines, Control Engineering, Computer aided Design of Electrical Systems, Microprocessors & Microcontrollers, Signal Processing, Digital & Analog Electronics, Principles of Management