Viraj Bhimjyani
Praktikum, WiHi (Masterand) in BMS Algorithms (Cell-Balancing), mobilverde technologies GmbH
Aachen, Deutschland
Über mich
I am currently doing my Master's Thesis in the field of Battery Management Systems, wherein I develop an algorithm to optimize the performance of a Lithium-ion battery pack using Active Balancing. I have also worked as a Research Assistant in the control system department of Hydrogen Fuel Cells. Software Proficiency: - MATLAB Simulink - StateFlow/SimScape - LT Spice - Arduino IDE - ADAPT Control System - ETAS INCA Hands-on Experience: - Li-ion battery test laboratory setup - Li-ion cells and battery pack laboratory testing and post-processing - Characterization and estimation of the parameters for battery-modeling in Simulink - Development of a BMS Algorithm with a continuous drive cycle with automated Charging/Discharging/Balancing/Fault-analysis modes - Test bench electrical layout planning & installation - Fuel Cell control system planning, installation, calibration, and commissioning - Fuel Cell Control system (dSPACE) data evaluation and sampling (hardware), testbench operation
Werdegang
Berufserfahrung von Viraj Bhimjyani
Bis heute 3 Jahre und 3 Monate, seit März 2021
WiHi (Masterand) in BMS Algorithms (Cell-Balancing)
mobilverde technologies GmbH
- Market research of the State-of-the-Art E-bike Li-Ion battery packs - Development of a cell-monitoring unit for data logging and acquisition of V, I, T measurements - Laboratory testing of individual Li-Ion cells & battery packs - Parameter-characterisation, estimation and Simulink-SimScape modelling of a Li-ion Battery Pack - Developing a BMS-Algorithm for the modelled battery Pack - Model-simulation of the battery pack and its BMS - Simulating the effects of Active-Cell-Balancing on Li-Ion battery packs
1 Jahr und 5 Monate, Dez. 2019 - Apr. 2021
Research Student (WiHi) Control System - Data Evaluation & Sampling
Fachhochschule Aachen
- Building a Control Strategy for a Lab-size Hydrogen Fuel Cell System - Determining the complete electric layout of the components in the Lab - Developing an electric connection strategy of the control system components to DSpace Micro-Autobox - Defining the operation strategy of the system.
Ausbildung von Viraj Bhimjyani
Bis heute 5 Jahre und 3 Monate, seit März 2019
Masters in Automotive engineering
Fachhochschule Aachen
Design of Electronic Powertrain Management Systems, Measurement & Control Systems, Automotive Electronics, Powertrain Calibration – Engine & Transmission, Homologation, etc
4 Jahre, Juli 2014 - Juni 2018
Mechanical Engineering
University of Mumbai
IC Engines, Thermodynamics, Fluid Mechanics, Thermal & Fluid Power Engg., Mechatronics, Mechanical Measurements & Control, Production Planning & Control, Project Management, etc
Sprachen
Deutsch
Gut
Englisch
Muttersprache
Hindi
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