Viren Monpara

- Development of No/Low code modeling-based design libraries for MATLAB Similink compatible with offline/online simulation. - HDL Coder and AMD Vitis Model Composer based development for automatic VHDL/Verilog code generation for real-time simulation. - Real time interface libraries for parallel computation on FPGA based applications for online simulation. - Framework and firmware for dSPACE real-time hardware. - Software solution for data driven development hardware for autonomous driving technology.

-> Topic : Application Oriented Evaluation of an HDL-Coder Based Tool chain for Implementing E-Motor FPGA(Xilinx-AMD) Models. - Modeling and simulation of E-motor(PMSM) models for tool chain using HDL coder blockset library(Matlab-Simulink) to generate VHDL code to implement model on FPGA(Xilinx-AMD). - Online simulation model using dSPACE libraries and dSPACE SALEXIO system. - making models in different data types to analyze resource utilization on FPGA chip using various optimization techniques.

- TTL encoder-decoder, electrical machine, and battery modeling using different libraries (e.g. HDL Coder, Simscape, etc.) in MATLAB Simulink. - Real-time (online) simulation of various models on dSPACE SCALEXIO system. - Configuration and monitoring results of models using Configuration Desk and Control Desk software. - Designing and implementing FPGA designs using Xilinx/AMD Vivado software and Xilinx System Generator in MATLAB Simulink.

- Development of test automation for HV-battery system in Audi electric cars (e-tron series) - Utilizing front-end and back-end software development. - LabVIEW programming, simulation, and automation. Object character recognition using National Instruments machine vision development module, data acquisition, hardware development. - Employ tools such as Easy EDA, KiCad 7.0, and Eagle for efficient circuit design. - Modelling and simulation of battery management system (BMS).

- Prüfung und Inbetriebnahme von industriellen elektrischen Geräten (z. B. Generator, Transformator, Sensoren, Module, Relais, Leistungsschalter usw.) in einem 1530 MW Gas Kraftwerk. - Entwurf und Umsetzung neuer Projekte im Kraftwerk. - Durchführung der Ursachenanalyse von Ausfällen und Erstellung von Fallstudien-Dokumenten. - Verantwortlich für die Planung von vorbeugenden, regelmäßigen und NotfallWartungsarbeiten für elektrische Geräte.

Grade 1.5 (Sehr gut) Key Focus: Automation Technology Subjects: 1. Control Engineering 2. Advanced Modelling and Simulation 3. Advanced Programming Techniques 4. Advanced Automation Technology 5. Automotive Propulsion and Industrial Drive Systems 6. Special Mathematical Methods 7. Contactless Sensor Technology 8. Batteries and Supercaps

Grade: 1.49 / 4 GPA (First Class with Distinction) Key Focus: Electrical Engineering Subjects: 1. Electrical Machine Design 2. Control System Engineering 3. Advanced microprocessor and microcontroller 4. Computational Techniques 5. Power Electronics 6. Digital Circuits 7. High Voltage Technology 8. Advanced Mathematics