MANISH SINGH

House no:-***/*, Govindpuri, Kalkaji, New Delhi

Phone no: +917*********

Email: ab2kxo@r.postjobfree.com

Passport no: 05813086

PROFILE

I am an enthusiastic electronics engineering student with sound theoretical knowledge and good

experimental skills, exploring an early opportunity to utilize those skills to enhance

understanding of engineering principles and their applications. I am particularly interested in the

following areas: embedded system, and/or relevant industrial communication systems related to

Embedded system

Personal Information

Name:- Manish Singh

29th of May 1990

Date of birth:-

Language Known:- English, Hindi, Nepali

Nationality: - Nepalese

Academic Qualification And Skills

School Leaving Certificate SLC Board of Nepal with 75% in 2006.

Intermediate of Science (10+2) Higher Secondary Education Board of Nepal with 72% in

2008.

Key modules: Physics, Chemistry, Biology, Mathematics

and English.

Technical Qualification

B.Tech in Electronics & Singhania University (2009-2013), Rajasthan, India, with

Communication 80.24%.

Key modules: Analog Electronics, Power Electronics,

Digital Electronics, Electrical Circuit &Machines, Analog

and Digital Communication, Wireless Communication,

Digital Signal Processing, Microprocessor Control System,

VLSI

Extra Qualification

IT Skills C and C++ programming languages at NIIT Delhi, India

and also proficient in Data structure, with good knowledge

of MS office.

Other Skills Appeared for TOEFL iBt and scored 88

Appeared for GRE and scored 301(verbal 145,maths 156)

Projects

• Undergraduate Project: Cyclic Hydro Power Generation at Singhania University:-

The objective of the project was to demonstrate a continual hydro-power generation using

the discharged water by pumping it back into the reservoir- similar to the concept of

pumped hydro-generation/storage. During off-peak demand the grid has surplus power

that can be used as storage such as pumping back the discharged water into the reservoir

when the electricity tariff is significantly cheaper.

Turbine output mechanical power is directly proportional to the head of the reservoir and a

minimum head is required to generate electrical power. Due to height constraint, a synchronous

motor was used as a prime-mover in the lab. A dc generator was used to supply the load

assuming that the cycle of power flow was maintained by pumping back the discharged water

using synchronous machine.

• Undergraduate project: Security system based on RFID technology.

TRAINING

• Six months industrial training on Embedded system and programming at

HCL, new delhi.

Extra Curricular activities

• Participated in “Quiz Hunt” held at School of Industrial Engineering

• Participated in Cyber gaming “Counter Strike” held at School of Computer Science & IT

• Volunteered in a University Cultural Competition “Avocation”

• Attended Workshop on “Embedded Systems & Robotics”, held during 16-18 April by

‘Promineo Technologies Jaipur’ at Singhania University, 2011.

Contact this candidate