Sep 2025 – Dec 2025 · 3 mos · Bengaluru, Karnataka, India · On-site

• Hands-on training focused on embedded fundamentals including microcontroller internals, GPIOs, ADCs, timers/PWM, interrupts, linker scripts, and bare-metal firmware development using the PSoC 4100S Plus.

May 2025 – Jul 2025 · 2 mos · On-site

• Developed a Gun Health Monitoring System, configured peripheral modules on the NXP MPC5674F microcontroller—including eQADC, eSCI, FlexCAN, PIT timers, system clocks, and NVSRAM for STORE/RECALL operations using the S32 Design Studio IDE. Developed embedded C firmware for the Gun Health Monitoring System, enabling real-time acquisition and processing of analog signals related to recoil, firing data, and mechanical stress. Implemented gain/offset-calibrated eQADC drivers, SCI-based communication, and DMA-enabled data transfers to SRAM buffers for low-latency logging and reduced CPU load in real-time applications. Transmitted 8-byte CAN frames and verified results by analyzing outputs using a CAN bus analyzer and a Integrated Gun Display Control Unit (IGDCU).

Jun 2024 – Jul 2024 · 1 mo

• Designed and implemented a modular RISC-V RV32I processor in Verilog, with functional verification of each component and RTL synthesis using Quartus Prime to convert RTL to gate-level representation. Enhanced processor performance by implementing a 3-stage pipelining architecture (Instruction Fetch, Decode, Execute), increasing instruction throughput by processing multiple instructions concurrently and reducing execution latency by segmenting stages for faster clock cycles and efficient resource utilization.