🎓 4th-year EEE Undergraduate | Electronics Major
⚡ Passionate about Analog & Mixed-Signal IC Design
💡 Focus: VLSI, Verilog, Cadence Tools, and Terahertz Photonics Research
🚀 Current Project: Automatic Power Factor Corrector
🌱 Thesis: Dynamically Tunable Optical–Thermal Absorber for the Terahertz Regime

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• EDA & Simulation Tools: Cadence Virtuoso, LTSpice, Proteus, Multisim
• Programming & Scripting: Verilog, MATLAB, C++, Arduino
• Domains: Analog IC Design, VLSI, IoT, Power Electronics

• VLSI & Verilog Experiments: FPGA & Verilog-based digital circuits
• Analog & Mixed-Signal Projects: OpAmp designs, signal processing filters
• Final Year Project: Automatic Power Factor Corrector
• Thesis: Dynamically tunable optical–thermal THz absorber using photonic crystals, metamaterials, and 2D materials (graphene, VO₂)
• Embedded Systems Project: Arduino-based Time Controlled LED System with SM, LCD, and Buzzer

• Digital Signal Processing (DSP)
• Control Systems
• VLSI I
• Analog IC (Analog VLSI)

• VLSI II
• Compound Semiconductor and Heterojunction Devices
• Computer Architecture
• Power Electronics

• Advanced Analog IC Layout & SPICE Simulation
• Exploring Terahertz Absorbers & 2D Material Applications
• Preparing for a career in IC design and semiconductor research

I’m blending electronics, coding, and physics to create real-world tech solutions while aiming to contribute to semiconductor research & VLSI innovation.