Rishu Singh

To work in a challenging environment, interacting with inspiring

individuals, learn new things and push my limits to realize my goal as well as those of the organization.

adkd9k@r.postjobfree.com

+91-959*******

https://www.linkedin.com/in/

rishu-singh-a66541201

Skype :

adkd9k@r.postjobfree.com

EXPERIENCE

MMRFIC, Bangalore — System Engineer

Sept 2020 - PRESENT

● Backend work

● Building End to End communication technique

● Documentation of work

Intern at Vedantu

Feb 2019 - Apr 2019

● Vedantu is a live online tutorial platform that enables personalized learning

● Part of the doubt experts team which helped Students by explaining various topics and clearing the doubts in Maths and Science.

● Helped over 200 Students by clearing the doubts pertaining to JEE examination.

EDUCATION

Bachelor of Technology in Electrical Engineering IIT Dharwad

2016 - 2020 7.05/10

Higher Secondary Education (12th) Saraswati Vidya

Mandir, Ghaziabad

2014 - 2015 72.6%

All India Secondary School Certificate (10th) Saraswati Vidya Mandir, Ghaziabad

2012 - 2013 7.4/10

SKILLS

Programming:C/C++,

Matlab, JAVA.

Software Skills:Autocad,

Solid Works, MS - Office,

Simulink, Arduino.

Achievements

● Core organising

member of Gaming

Club

● Finalist in

Interdepartmental

Table Tennis

Tournament

LANGUAGES

English, Hindi, Punjabi.

PROJECTS

Power System Load Model Estimation (Jan '19 - Apr '19)

● The goal of the project was to estimate load models from measurements.

● There are different types of load in distribution systems like resistive load, induction motor load and inductive load etc. FM Radio Transmitter (Jan '18 - Apr '18)

● For transmitting signals, we had convoluted the desired signal with the carrier signal.

● For this, we used Matlab.

Sound Operated Intruder Alarm System with Flash

Response (Feb '18 - Apr '18)

● Whenever the alarm system detects a sound wave, it starts flashing light whilst producing an intermittent audio alarm to alert us of any intrusion.

Speech Encryption and Decryption (Mar '19 - Apr '19)

● Speech encryption was done by corrupting the speech by convolution by AWGN noise.

● Decryption was done by deconvolving the same corrupted signal by the same AWGN noise.

● The concepts used were convolution, fast fourier transform, inverse fast fourier transform, deconvolution and sampling .

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