Suruchi Singh

As a dedicated third -year Electronics and Communication Engineering student, I am committed to leveraging my technical expertise and innovative approach to contribute effectively to organizational goals. I aim to excel in a challenging environment

that encourages continuous learning and professional growth.

Enthusiastic about Very Large Scale Integration (VLSI) technology, with a deep-seated interest in semiconductor design and integrated circuit development.Intrigued by the complexities of chip architecture and excited to explore innovative solutions for optimizing performance, power efficiency, and area utilization in VLSI designs.Actively involved in VLSI-related extracurricular activities, such as participation in design competitions, attending seminars, and engaging with industry professionals to stay updated on the latest advancements.Eager to contribute to the advancement of VLSI technology and its applications, with a goal to make meaningful contributions to the semiconductor industry.

NPTEL digital Electronics

• [NPTEL digital Electronics]- [Oct 2023]
• [Udemy System verilog]-[Apr 2024]
• [APB Protocol Test by GrowDV.com]- [Oct 2023]

• Programming Language :- Verilog HDL, Python(intermediate ) , C Programming, System Verilog
• Software: MATLAB, Model Sím, Quartus Prime (FPGA), EDA playground,Questa Sim, Cadence Virtuoso (layout)

1)UART communication protocol using VERILOG HDL

• Designed and coded Verilog modules for UART data serialization (TX) deserialization (RX)
• Collaborated closely with team members to meet project milestones and ensure seamless UART integration within the larger system.

2)Prototype of a processor using Verilog HDL

• Developed 32-bit ISA processor using open-source simulator

• Developed an ALU that can calculate 6 different operations

3)Design and verification of APB Protocol in Verilog

Ensuring compatibility and efficiency in communication between peripherals and microprocessors.

4) Design a Low Power Scan-based Built-in Self-test Based on True Random Number Generator Using FUll Adder using Verilog

5)Voltage Regulator Circuit

It maintains a constant output voltage irrespective of changing input voltage

Basically, it is a Charger or acts as voltage converter.

• Volunteered for Project Open Day iVn the Electronics and Communication Engineering (ECE) Department of DSCE, actively contributing to the organization and success of the event.
• Secured the 3rd position in the Intel STEM India Hackathon, showcasing problem-solving skills and innovation in a competitive environment.
• NPTEL Certification in Digital Electronics
• Udemy System Verilog
• Participated in VSD Quadron RISC-V based Workshop

• Travelling
• playing Badminton and Cricket
• Photography