⚙️ Hardware Design Engineer specializing in power electronics, embedded systems, and multi-layer PCB design. I build production-grade hardware, not just prototypes.
- 🎓 B.Tech – Electronics & Communication Engineering
- 💼 1+ year hands-on industry experience
- ⚡ Core focus: SMPS, EVSE, BMS, Embedded Control
- 📐 Strong in signal integrity, EMI-safe PCB layout
- 🧠 Firmware + Hardware Co-Design (ESP32, STM32)
- 🎯 Goal: Become a world-class Power & High-Speed Hardware Engineer
✔ PCB Design: 1L to 6L boards
✔ Power Electronics: Buck, Boost, Flyback, BMS, EVSE
✔ Embedded Systems: ESP32, STM32, UART, SPI, I2C, CAN
✔ Protection: OVP, UVLO, OCP, SCP, Reverse Polarity
✔ EMI/ESD: TVS, CM Chokes, Y-Caps, Stitching Vias
✔ Manufacturing: Gerbers, BOM, Pick & Place, DFM/DFA
- 230VAC → High-power AC load control
- Isolated SMPS + Protection + Relay/Contactor Drive
- EMI Filter + Surge + Grounding Strategy
- Designed for AIS-138 / IEC Safety Concepts
- ESP32-S3 based real-time PWM engine
- MOSFET Gate Drive + Current Monitoring
- Industrial connector system
- EMI-safe power + control routing
- Linear + Switching regulation
- Load transient tested
- Noise-optimized analog rail
- Wi-Fi telemetry + OTA firmware updates
- Deep-sleep low-power optimization
- Sensor front-end filtering
- Precision op-amp amplification
- Active low-pass & band-pass filtering
- ADC-ready scaling and buffering
✔ Power stage calculations
✔ Inductor & MOSFET stress analysis
✔ Copper thickness & current density
✔ Return path & loop area minimization
✔ Impedance & crosstalk control
✔ Ground partitioning & stitching
✔ EMI failure debugging & fixes
Power Hardware • Embedded Control • EMI-Safe PCB Design • Production-Ready Mindset