Khushbu Kumari

M.Tech student in VLSI & Embedded System Design

Gorakhpur, Uttar Pradesh, India

@khushi5

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🎓 M.Tech in VLSI & Embedded System Designs at NIELIT Gorakhpur (Deemed to be University) · Graduating 2027

About

M.Tech student specializing in VLSI and Embedded System Design with a background in Electronics and Communication Engineering. Experience includes industrial training in railway signaling and hands-on academic projects in VLSI, embedded systems, and digital electronics.

Experience

Industrial Trainee – Signaling Department

Delhi Metro Rail Corporation · New Delhi

Jun 2019 – Aug 2019

Completed a three-month industrial training in the Signaling Department of DMRC.
Electronics Workshop Participant

Canon · Delhi

Gained hands-on exposure to electronic circuit implementation and hardware interfacing. Designed and developed a line follower robot as part of practical electronics work.

Education

Master of Technology

NIELIT Gorakhpur · NIELIT Gorakhpur (Deemed to be University)

VLSI & ESD · 2025 – 2027
Bachelor of Technology

Maharshi Dayanand University · Maharshi Dayanand University

Electronics and Communication Engineering (ECE) · 2020 – 2023
Diploma in ECE

Electronics and Communication Engineering (ECE) · 2017 – 2020

Skills

<3 months

C CSS HTML VLSI NumPy Keras Python Pandas Vivado LTSpice Matplotlib TensorFlow Embedded C RTL Design Verilog Hdl CMOS Technology Digital IC Design

Tools / apps / platforms

<3 months

GitHub LinkedIn The MathWorks MATLAB

Projects

I-Protect – Electronic Protection/Security Project

Electronics

Worked on an electronics-based protection and security-oriented project. Applied concepts of electronic circuit implementation and system-level interfacing. Gained practical exposure to developing and testing an application-oriented electronic system.
DC-to-DC Converter Card

DC-to-DC conversion

Studied the design and application of DC-to-DC power conversion circuitry. Explored voltage conversion for electronic systems requiring regulated DC supplies. Developed practical understanding of power-management concepts and electronic circuit interfacing.
GPRS-Based Communication

GPRS

Explored GPRS technology for packet-based wireless data communication. Studied its application in remote monitoring and embedded/IoT systems. Developed an understanding of wireless data transmission using cellular networks.
GSM-Based Communication

GSM

Studied the use of GSM technology for wireless communication. Explored communication between an embedded system and a mobile network. Gained introductory exposure to GSM-based data/communication applications.
LED Chaser Circuit

Digital electronics

Designed a sequential LED circuit demonstrating timing and sequential switching principles. Worked with electronic components to generate a controlled LED sequence. Developed practical understanding of timing circuits and digital electronics.
Line Follower Robot

Sensors, motor control, embedded hardware

Designed and developed a line-following robotic system using electronic sensors and motor-control circuitry. Implemented sensor-based path detection and hardware interfacing. Worked on the integration of electronic circuits and control components. Gained practical understanding of embedded hardware, sensors, motor control, and real-time response.
Temperature-Controlled DC Fan

Embedded systems, sensors, control circuitry

Developed an automated temperature-based DC fan control system. Interfaced temperature sensing with electronic control circuitry. Designed the system to regulate fan operation according to the detected temperature. Gained practical exposure to sensor-based control and embedded electronic systems.
CMOS Inverter Design and Analysis

CMOS, circuit simulation

Designed and analyzed a CMOS inverter to understand fundamental CMOS circuit behavior. Studied the operation of complementary PMOS and NMOS transistors in inverter configuration. Analyzed key characteristics of the inverter through circuit simulation. Used simulation-based analysis to understand voltage transfer behavior, switching characteristics, delay, and power-related parameters.
INT8-Quantized Low-Power VLSI Accelerator for Early Preeclampsia Risk Prediction in Edge Healthcare Devices

VLSI, INT8 quantization, RTL, simulation

Developing a low-power VLSI accelerator for early risk prediction of preeclampsia in edge healthcare devices. Exploring INT8 quantization to reduce computational complexity, memory requirements, and power consumption while maintaining prediction performance. Designing and evaluating a hardware architecture optimized for efficient edge-based machine-learning inference. Analyzing key hardware parameters including power consumption, area, latency, and computational efficiency. Working on RTL-level implementation and simulation of the accelerator architecture for hardware feasibility and performance evaluation.

🏆 Achievements & awards

ISRO Certificate – Global Navigation Satellite System (GNSS) · 2023
ISRO Certificate – Geographic Information System (GIS) · 2023
4th NIELIT International Conference on Communication, Electronics & Digital Technologies · 2026
SSIA Regional Student Exchange Programme · 2026

⚽ Extracurricular activities

Volunteer, 4th NIELIT International Conference on Communication, Electronics & Digital Technologies (NICEDT 2026)

Supported conference-related activities and coordination as a student volunteer.
Member, SSIA Regional Student Exchange Programme

Participated as a student member in the regional student exchange programme.

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