Academics
Master of Technology (M.Tech)
VLSI and Embedded System
National Institute of Technology, Sikkim
(An Institute of National Importance)
Skills: Cadence, TCAD Sentaurus, Xilinx Vivado, Analog Circuit & Layout Design, Verification, RTL Design
Bachelor of Technology (B.Tech)
Electronics and Communication Engineering
Mizoram University
(A Central University)
Skills: COMSOL Multiphysics, MATLAB, Device modelling and Analysis
Diploma in Engineering
Electronics and Tele-Communication Engineering
Falakata Polytechnic Institute (Government of West Bengal)
Skills: IoT, Arduino IDE, Proteus
Training Experience
Vocational & Industrial Trainee
Organizations: Prasar Bharati, DDK Santiniketan & Pie Infocomm Pvt. Ltd.
(October 2019 & June 2021)
Description:
Prasar Bharati: Hands-on experience with broadcasting and telecommunications technologies.
Pie Infocomm: Gained skills in software development and remote technical support.
Skills
Web Development, Python, C, Verilog, VHDL, TCL.
- Cadence design suite, Calibre, AMD Vivado, TCAD Sentaurus, COMSOL Multiphysics, MATLAB, Proteus.
- Computer Hardware Assembling, Technical Problem solving, Installation, Operating Systems (Windows, Linux - Redhat, Kali, Ubuntu), System Administration, Network Security, Network Administration.
- Arduino IDE, IoT components, Integration for real-life applications.
- Communication, Team Work, Critical thinking and problem-solving, Leadership.
Academic Projects & Works
Design of 12-bit SAR Analog to Digital Converter for High Speed Applications
Successfully completed a full-custom VLSI project on a 12-bit SAR ADC optimized for high-speed operation. Key design blocks included bootstrapped switches, capacitive DAC, dynamic comparator, SAR logic, and asynchronous clock controller. The entire architecture was implemented using Cadence with SCL 180nm PDK and verified at both schematic and layout levels. Also worked on a wide range of analog and digital design modules including Inverter, Common Source Amplifier, Current Mirror, Differential Amplifier, I2C protocol, ALU, 16×4 memory, and more. Additionally, simulated and analyzed the behavior of MOSFET, HEMT, and FinFET devices using TCAD Sentaurus.
Analysis of Capacitive Micromachined Ultrasonic Transducer
Participated in a research-based project during my B.Tech under the mentorship of the project coordinator, with support from the Defence Research and Development Organisation (DRDO). Designed a CMUT (Capacitive Micromachined Ultrasonic Transducer) cell using COMSOL Multiphysics, analyzed acoustic behavior, optimized geometry, and published the work as part of the academic research output.
“Smart Irrigation System with GSM” & “4 Way Pedestrian Traffic System”
Completed two projects during my internship training on “Embedded Systems” and “IoT.”
The Smart Irrigation System with GSM was developed to monitor agricultural conditions like soil moisture and water level, and send SMS updates to farmers for real-time status and control. The 4 Way Pedestrian Traffic System aimed at improving pedestrian safety and reducing road accidents by implementing a smart traffic signal control mechanism.
“Smart Robo-Car” controlled by Voice Command
Made an Arduino-based Robo-car automated by voice commands like movement (speed, rotations). This project was completed as a part of the partial fulfillment of my diploma in engineering.
Certificates
