PAVNEET SINGH

Wz-***, Upper Second floor, Gali No. 8 Mobile no: 750-***-****

Shiv Nagar, New Delhi-110058, India Email Id: ado5nd@r.postjobfree.com EDUCATIONAL QUALIFICATIONS

Year Degree University Result

2020 M. Tech (ECE – VLSI Design) D.C.R.U.S.T Murthal 7.46/10 2018 B. Tech (EEE) G.T.B.I.T (GGSIPU) New Delhi 65% THESIS TITLE

OPTIMIZATION OF LOW VOLTAGE 9T SRAM CELL WITH ENHANCED READ AND WRITE OPERATION Guide: Dr. Sunita Dahiya

Dept. of Electronics and Communication

D.C.R.U.S.T(Murthal)

9T SRAM cell was presented at 1 voltage using 45nm technology.

Separate read ports, transistor sizing, cell stability and technology node were the optimization factors.

Improvement in RSNM, WSNM and static power dissipation has been obtained and compared with conventional 6T SRAM cell.

Stability analysis was done with existing 6T,7T, 8T and 9T SRAM cell.

Cadence Virtuoso and EDA tanner tool were used for simulations and calculations. PUBLICATIONS

P. Singh and S. Dahiya. “A Comparative Study of Various SRAM Cells”, International Journal of Engineering Applied Sciences and Technology, Vol. 5, Issue 3, ISSN No. 2455-2143, Pages 544-548, 2020.

P. Singh and S. Dahiya. “Designing Low Voltage 9T SRAM Cell with Enhanced Read and Write Operation”, ICTACT journal of Microelectronics(communicated).

ACADEMIC PROJECTS

● ALARM CLOCK USING FPGA

Guide: Dr. Sunita Dahiya

Dept. of Electronics and Communication

D.C.R.U.S.T(Murthal)

The aim of this project was to implement the functionality of an alarm clock on a FPGA for deaf people.

Programming of Alarm clock was the problem content.

Functioning of FPGA (Zedboard) and understanding of Xilinix vivado tool were the new learning objectives which helped in simulating and synthesis the alarm clock.

● GESTURE AND VOICE CONTROL CAR

Guide: Dr. Anita Choudhary

Dept. of Electrical and Electronics

G.T.B.I.T (G.G.S.I.P.U)

The aim of this project was to implement a car that easily traced the hand motion and recognize the voice commands.

Designing of car module, soldering and programming were the problem content.

Understanding the Arduino- nano, motor driver, receiver, decoder and Bluetooth module were the new learning objectives. OTHER PROJECT

● RECTANGULAR DIELECTRIC RESONATOR ANTENNA SENSOR (2021)

The aim of this project was to implement a rectangular dielectric resonator antenna sensor for non-invasive glucose sensing application.

Designing of antenna sensor was the problem content.

Understanding the CST Microwave studio was the new learning objective. TRAINING EXPERIENCE

Summer Internship

Company: BSES Sagarpur, New Delhi

Duration: 6 Weeks (June 2017 – July 2017)

Department: Electrical

Attended a workshop on Modeling and simulation of nano-transistors

Conducted by: IIT Kanpur

Duration: 5 Days (21-25 January 2019)

Department: Electronics and Communications

TECHNICAL SKILLS

CST microwave studio

Cadence Virtuoso

EDA Tanner Tool

Xilinix-Vivado

MS-Word

MS-PowerPoint

PERSONAL SKILLS

Fast learner

Time Management

Problem Solver

Team Management

Innovative

EXTRA CURRICULAR ACTIVITIES

● Part of online Gurmat camp as a Gurbani teacher (2020).

● Bhangra Trainer at Royal Punjab Group (RPG), DCRUST (Murthal) (2019)

● Participated in cricket match between two NGOs and wins gold medal (2018)

● Short film maker (2017)

● Core team member of Divine Circle, GTBIT (2017)

● Social Experience of one year with NGO (Leaders for Tomorrow) (2016)

● Six months worked with MLM (Sarsobiznet International Pvt. Ltd.) (2015)

● Performed as a dancer in closing ceremony of Commonwealth Games 2010 (Delhi) HOBBIES

● Tabla

● Religious Singing

● Bhangra

PAVNEET SINGH

Contact this candidate