• Configured a periodic task at a specific time interval using the SysTick Timer on an ARM Cortex-M4 for proper real-time task execution.• Implemented DMA-based data transfer to move a fixed-length lookup table from Flash memory to SRAM, automating data handlingwithout CPU intervention for improved system efficiency.• Integrated SysTick interrupts to periodically trigger DMA transfers, ensuring consistent and reliable updates to the destination buffer.• Optimized the transfer using 32-bit single-block mode, reduced latency and did efficient resource utilization for embedded applications.• Conducted thorough debugging and validation using Eclipse IDE tools debug window to confirm memory integrity and monitor DMA.• Verified system scalability and robustness by observing DMA control to ensure correct address handling and successful data transfers.

• Led the design, simulation, and validation of control algorithms using MATLAB/Simulink and Model-Based Design for advanced embedded systems, including NXP 32-bit ARM Cortex M4F microcontrollers S32K144 and S32V234 platforms.• Executed comprehensive subsystem testing strategies using Model-in-the-Loop (MiL), Software-in-the-Loop (SiL), and Hardware-in-theLoop (HiL) environments to ensure robust software performance.• Automated testing workflows and real-time system validation using tools like FreeMASTER for real-time monitoring, and S32 Design Studio for compiling and deploying embedded code, for more efficiency and less test cycles.• Developed embedded solutions for BLDC motor control and vision applications using FOC, SVM, and MATLAB Vision Toolbox.• Developed and verified embedded software for automotive and control applications, integrating communication protocols such as CAN and I2C to achieve seamless hardware-software interaction.• Delivered system-level improvements through proactive debugging, rigorous regression testing, and collaboration with other teams.

• Worked as an embedded software test engineer with an automotive supplier company in Pune, India.• Designed test cases in C++ for unit and integration testing.• Developed software in C for controlling automatic door lock unlock using an 8-bit microcontroller unit.• Microcontroller unit used: Silicon Labs Happy Gecko.• Worked with LIN protocol for vehicle door systems and gained hands-on experience with CAN communication.