// VLSI · Digital Design · Microelectronics · IoT · Robotics · Wireless Communication · AI ML
> Aspiring VLSI Engineer
I am an Electronics and Communication Engineering student interested in digital hardware design, RTL development, processor architecture and semiconductor technology. I also build embedded systems and IoT prototypes, connecting hardware concepts with practical implementation.
Combinational logic, sequential circuits, FSMs and datapaths.
Verilog, SystemVerilog, modular hardware description and debugging.
Testbenches, simulation, functional checks and waveform analysis.
Yosys synthesis, design checks and hardware implementation concepts.
Semiconductor manufacturing, photolithography and microelectronics.
Wireless protocols, signal processing,RF system, Signal transmission, IoT Connectivity
Embedded systems, sensor integration, hardware communication and real-time monitoring.
Robotic systems, control algorithms, sensor fusion and autonomous navigation.
Image processing, object detection, image segmentation and visual inspection systems.
CMOS analog design, operational amplifiers, current mirrors and biasing circuits.
Analog-to-digital conversion, digital-to-analog conversion, sampling, quantization and converter architectures.
Machine learning algorithms, neural networks, predictive modelling, intelligent automation and data-driven problem solving.
Focus areas: VLSI design, semiconductor technology, IoT, Robotics, AI/ML and hardware research.
An 8-bit arithmetic logic unit implemented using RTL. The project includes a modular design, a testbench and simulation-based functional verification, with a synthesis workflow for examining the hardware implementation.
An RTL processor-design project based on the RV32I instruction-set architecture and a five-stage pipeline. The workflow covers SystemVerilog source code, simulation, waveform inspection and logic synthesis.
An AI-assisted vehicle-safety concept combining sensors, GPS location and wireless communication to support accident detection and emergency notification.
An Arduino-based power-monitoring and protection concept designed to monitor voltage behaviour, detect abnormal conditions and control a relay-based protective response.
A multi-layer electrode-array research project focused on impedance measurements and conductivity imaging. The work involves electrode configurations, measurement data and analysis for 3D EIT.
An embedded control prototype that uses sensor input to detect hand gestures and control lighting without conventional physical switches.
RTL design, Verilog, SystemVerilog, ALU design, digital logic and processor architecture.
Icarus Verilog, GTKWave, Yosys, testbenches and waveform analysis.
C, C++, Python and Embedded C.
Arduino, ESP32, sensor interfacing and microcontroller-based prototyping.
KiCad, EasyEDA, schematic design and PCB layout.
MATLAB, Simulink, OriginPro, data analysis and technical documentation.
Photolithography, semiconductor manufacturing and microfabrication concepts.
Git, GitHub, VS Code, Linux and command-line workflows.
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Building a strong foundation in electronics, digital systems, semiconductor technology and hardware design.
Alipurduar Government Engineering and Management College
Focus areas: VLSI Design, Microelectronics, Embedded Systems, Analog Electronics and Wireless Communication.
WBCHSE
WBBSE
Interested in digital design, VLSI, semiconductor technology, embedded systems, IoT, robotics, AI/ML and practical hardware engineering.
say2abhik007@gmail.com