Seeking a challenging role where I can apply my extensive skills in HiL testing, Diagnostics, MIL & SIL verification, GUI development, and Model-Based Development, while leveraging Python for test automation, scripting, and algorithmic implementation, to contribute to innovative projects and driving the success of a forward-thinking organization.
Developed a GNSS/location-based real-time network formation system within a 10-meter radius using trilateration, connecting users if they are within the specified distance, demonstrated through a course project and hackathon. Implemented thin object segmentation using deep learning techniques, specifically CNN with PyTorch framework and libraries like OpenCV and Numpy, to extract foreground images from backgrounds as part of a mini-project. Led a major project focused on active cell balancing using a flyback transformer, aiming to equalize voltage and state of charge across lithium-ion cells. Contributed to an electric vehicle design capstone project, modeling speed control of a BLDC motor integrated with a solar panel, MPPT controller, converter, and PI controller using MATLAB Simulink. Developed an artificial neural network (ANN) based speed control system for a PMDC motor in MATLAB Simulink, leveraging ANN technology to effectively learn and adapt control patterns based on training data, as part of another capstone project.
www.cselectricalandelectronics.com
Seeking a challenging role where I can apply my extensive skills in HiL testing, Diagnostics, MIL & SIL verification, GUI development, and Model-Based Development, while leveraging Python for test automation, scripting, and algorithmic implementation, to contribute to innovative projects and driving the success of a forward-thinking organization.