Yagneshhai Jasani

-Creation of tutorial on how to use LabView models (NGT) -Development of a new vehicle model to represent pneumatic systems -Creation of various subsystem models -Creation of a test environment for a rail vehicle project -Testing the interface between simulation mode and PLC -Development of many programs in CAP (Selectron PLC Automation TOOL) for Rail VCU

- Conducted on-site investigations to resolve system issues - Programmed Sinumerik ONE controllers and servo drives. - Developed PLC programs in TIA Portal and customized HMI Pro/WinCC RT Advanced. - Commissioned and configured control panels using EPLAN. - Troubleshooted machine and system errors. - Set up and fixed Ethernet, CAN and bus topology communication systems. - Worked with teams to implement automation solutions.

- Design and development of a photovoltaic solar system (PVT). - Performance evaluation of the PVT system with the plane mirror, whereby analyzing parameters such as the absorption of solar energy, power generation and thermal efficiency are analyzed. - Efficiency analysis, measurement of energy yield and economic feasibility studies.

- Machine operator at a company that manufactures automotive parts and specializes in casting processes. - Proficient in the operation and maintenance of HMI machines and ensures a smooth production process and compliance with quality quality standards.

- In this project, a co-simulation of the Ansys Maxwell 2D model of an induction motor of an induction motor with PWM drive. Ansys Maxwell uses the finite element method to analyze the model of the induction motor. analyzed. The field analysis of the motor is performed with the FEM-based Ansys Maxwell software and the PWM drive is simulated with the Simplorer Simplorer software, then both softwares are combined. are merged.

- Development, production and analysis of a solar-powered air cooler system. - Use of CAD software to create optimized 3D models of the air cooler components. - Coordinated the procurement of materials and managed the manufacturing process.

- Advanced programming techniques - Advanced modeling and simulation - Non-contact sensor technology - Automotive and industrial drive technology - Advanced automation technology

- Electrical machine design - Advanced microprocessor control technology - High voltage technology - Digital circuits - Power electronics - Computing techniques