Electronics & Communication Engineer | Microelectronics & VLSI Candidate
ECE graduate (B.Tech, Jul. 2026) and M.Tech candidate in Microelectronics & VLSI Technology at MAKAUT. I have a cross-disciplinary background spanning VLSI circuit design, embedded firmware, custom hardware, and scalable IoT architectures, backed by published research in renewable energy systems.
- M.Tech in Microelectronics & VLSI Technology | MAKAUT, In-house Campus, Kalyani (Expected Jul. 2028)
- B.Tech in Electronics & Communication Engineering (ECE) | Dr. B. C. Roy Engineering College (Jul. 2026)
- PGET-2026 — Rank 35 | Post-Graduate Entrance Test (MAKAUT), EC Paper (Jun. 2026)
- Green Energy Supervisor Solar (NSQF Level 5, RPL Certified) — Tata Power SDI (PMSGMBY), Dhanbad (Winter 2026)
- Supervised solar PV installations and site surveys; achieved NSQF Level 5 certification.
- Telecommunications Intern — BSNL, Burdwan (Summer 2025)
- Analyzed live telecom routing protocols and resolved fiber optic signal integrity issues.
- 800W Synchronous MPPT Solar Charge Controller (Winter 2026)
- Built an 800W synchronous MPPT solar charge controller using ESP32 running an INC algorithm with power-stage switching topology.
- Intelligent Smart Grid & Energy Telemetry Platform (Fall 2025)
- Developed a prepaid energy metering system with power-metrology IC front-end, edge firmware, cloud telemetry, and sub-200ms relay cutoff.
- Languages: C/C++, Python, JavaScript/TypeScript, SQL, VHDL/Verilog (learning)
- VLSI & Microelectronics: Digital IC Design, CMOS Logic, MOS Devices, EDA Toolflow
- Embedded Systems: Firmware Development, RTOS, Microcontrollers, IoT Protocols
- Hardware Design: PCB Layout, Circuit Analysis, Power Electronics, Lab Instrumentation
- Software & Cloud: Full-Stack Web Development, REST APIs, Cloud Platforms, Containerization
- Domain Expertise: Renewable Energy Systems, Smart Grids, Telecom Networking (5G/FTTx)
- ESP32-Based Synchronous MPPT SCC with INC Algorithm (Aug. 2026)
- Switching-loss analysis and hardware characterisation of a synchronous MPPT SCC demonstrating high power conversion efficiency.
- Weather-Integrated PEMS for Residential Hybrid Solar (Winter 2025)
- Predictive energy management model coupling weather data with smart-metering telemetry to optimize hybrid solar scheduling.
- Languages: Bengali (Native) | Hindi (Advanced) | English (Advanced)
- Interests: Open-source Hardware, DIY Electronics, Renewable Energy, Audio Story Listening, Watching Cinema, Exploring Nature
