B.Tech -Electronics and Communication Engg.
(2015-present)
JSSATEN (AKTU)
Aggregate - 81%

Intermediate 10+2
(2013-14)
DMA-1 (CBSE)
Aggregate - 90%

High school
(2011-12)
DMA-1 (CBSE)
Aggregate - 95%

Digital Design in Verilog

Matlab + Simulink

VLSI

Signals and Systems

Control Systems

Data Structures & Algorithm

Digital Signal Processing

Digital Communication

Embedded Intern
BotLabs, TBIU, IIT-Delhi
(6-months: 20 July'18 - Current)

Intern/trainee at National Informatics Centre (NIC)-Delhi, India
(6-weeks: June'18 - July'18)

VLSI trainee
Dkop Labs, Noida
(6-weeks: July'18-Aug'18)

















  • Conducted by IIT Bombay, sponsored by MHRD through NMEICT.
  • Secured 4th position in the finals held at IIT-Bombay.
  • Over 200+ teams participated in total of 4 themes.
    •
  • Held at Lakshmi Vidhya Sangham, Madurai.
  • The main objective of the event is to do a thorough study of the problems faced by students at school-level.
  • Several key elements used were Pareto-analysis, 6-sigma method Brainstorming, Questionaires.
  • Finally we give a detailed presentation at event venue in Madurai, Tamil Nadu where several renowned persons were there like: Mr. Anand Kumar (Super30 programme founder), etc.
  • Grabbed the 3rd position in the event.
    •
  • Worked on ROS, i.e., Robotic Operating System to interface with a drone using python script.
  • Programmed the drone using feedback controlled PID algorithm.
  • Drone had to land on a Spark-V bot(running on ground) that was programmed using Embedded C.
    •
  • CNC-plotter is able to draw complex line drawings 😎.
  • The image file is transformed into a G-code via Software. Then the code is transferred to the microcontroller by which the motor mechanism is instructed to draw the image.
  • It uses a python script to send motion data to Arduino microcontroller (ATmega328) in real-time.
  • Please follow the link to see some test runs. (URL: link )
  • Research paper link: link.
    •
  • Laptop camera is used to get input of unsolved-SUDOKU image. Then using image-to-text recognition an array of SUDOKU is prepared.
  • SUDOKU algorithm fill-in the missing places and solves the SUDOKU and displays the final solution array.
    •      (Link to verified certificates: link1, link2, link3)
    All the information mentioned in the resume are correct to the best of my knowledge.