🎓 ECE Undergraduate @ NIT Silchar | 🧠 GATE Aspirant
💡 Aspiring VLSI Engineer | 📘 Documenting my journey with GitHub
- 🎓 I'm currently a final year Electronics & Communication Engineering student at NIT Silchar
- 💻 Exploring the core domain: VLSI, Digital Design, RTL, FPGA
- 🔬 Currently building hands-on projects in Verilog
- 🧠 Preparing for GATE (ECE) while developing my tech portfolio
A 32-bit 5-Stage Pipelined RISC-V (RV32I) processor implemented in Verilog HDL, featuring IF, ID, EX, MEM, and WB stages, modular datapath and control path, pipeline registers, hazard detection, data forwarding, stalling, flushing, and functional simulation using Xilinx Vivado.
A 32-bit Single-Cycle RISC-V (RV32I) processor implemented in Verilog HDL, featuring a modular RTL architecture, instruction fetch/decode/execute datapath, control unit, register file, ALU, data memory, and functional simulation using Xilinx Vivado.
A 32-bit Direct-Mapped Cache Controller implemented in Verilog HDL, featuring cache hit/miss detection, tag comparison, valid-bit management, FSM-based cache control, cache refill logic, and behavioral main memory simulation in Xilinx Vivado.
A simplified AMBA AXI4 Memory Controller implemented in Verilog HDL, featuring AXI4-compliant read/write channels, independent Read and Write FSMs, burst transaction support, memory interface logic, and simulation-based verification using Xilinx Vivado.
A growing collection of Verilog HDL, RTL Design, Computer Architecture, FPGA, and VLSI projects developed as part of my digital hardware design and verification journey.
- 🚀 Advanced RTL Design using Verilog HDL
- 🚀 RISC-V Processor Design and Computer Architecture
- 🚀 VLSI Design Flow and CMOS Fabrication
- 🚀 FPGA Design using Xilinx Vivado
- 🚀 Embedded Systems and Microcontroller Programming
- 🚀 GATE ECE Preparation (Digital Electronics, Control Systems, Signal Processing, VLSI)
- 📧 Email: architaroy.1504@gmail.com
- 💼 LinkedIn: Archita Roy
🌱 This GitHub profile is my learning diary as I explore the intersection of theory and implementation in VLSI.