Muhammad Munir

Contact# +92-336-3959091 Email: m.munir7@outlook.com

Objective:

Seeking to work in a competitive professional environment to polish my technical skills and abilities for the uplift

and development of the organization I work with.

Qualification:

BE in Electrical and Electronics Engineering (2011-2015) First Class Honors (80.3%)

Awarding Institute: University of Bradford, UK

Teaching Institute: Namal College Mianwali, Pakistan

Intermediate (Pre-Engineering) (2009-2011) 77%

Matriculation (Science) (2007-2009) 92%

Experience:

Electronics Engineer at Data Communication and Control Pvt. Ltd. (1st Sep, 2015 to Present)

My responsibilities involve to provide electronics circuit solutions by research and development, writing

firmware and testing and analyzing the final product.

Internship at Namal College Mianwali (15-June 2015 to 15-Aug 2015)

My duties during internship involved the designing of different Electronics circuits including multilevel inverter

for a sola r system.

Teaching Assistant at Namal College Mianwali

I was a TA of Physics subject during Jan-May, 2014 and a TA of Introduction to Programming during Sep 2012

to Jan 2014. My responsibilities involved conducting tutorials, making and grading assignments, invigilating

exams and assisting and guiding students.

Achievements:

• Received Namal Dean’s Honor Award for BE in Electrical and Electronics Engineering.

• Received degree by visiting University of Bradford, UK in honor of securing 3rd position in BE.

• Secured 3rd position at national level in NEO’ 14 held at Ghulam Ishaq Khan Institute (GIKI) in 2014.

• Awarded scholarship for BEng Electrical and Electronics at Namal College.

• Secured 3rd position in FSc at Tehsil level (2011).

• Awarded PEEF (Punjab Education Endowment Fund) for FSc (2009-2011) for securing 1st position in

Matric at Tehsil level (2009).

Projects:

• Final Year Project: Voltage Synchronizer for Multiple Generators.

o It was a device capable of running two 500W generators in parallel to provide power to a load of

1000W.

o The 220V AC of generators are converted to 220V DC using full-bridge rectifiers and capacitors

and then combined in parallel to make a single 220V DC.

o The 220V DC is again converted to 220V AC using MOSFET’s based H-Bridge to run the AC

load.

• Implementation of Tiny Encryption Algorithm (TEA) in VHDL.

o TEA algorithm is implemented in VHDL using adders, subtractors, shift registers and XOR

operations for 16 bit data in Xilinx environment.

• Designed theme specific line tracking robot to participate in NEO’ 14 held at Ghulam Ishaq Khan

Institute (GIKI) in 2014 and secured 3rd position.

o The robot was capable of tracking a white line with blue background to complete a track within a

given time.

o PIC18F4520 Micro controller was used for programming. Color sensors were used to detect

colored lines.

• Prepared and fabricated wall tracking robot for National Engineering Robotics Contest 2013 held at

EME-NUST.

o The robot was programmed to search different colored boxes placed at different locations by wall

tracking o It was able to pot colored balls into the corresponding colored box.

o PIC18F4520 Micro controller was used for programming. Color sensors were used to detect

colored boxes and distance sensors for tracking.

• Designed and Implemented an RF Motion Detection System. o It is a device capable of measuring the

speed of vehicle. It is based on Doppler Effect and designed using PIC16F690 Micro controller and

HB100 sensor module.

• Implemented Snake and TAC-TOE games are implemented on console using C++.

Technical Skills:

Programming Languages: C/C++; VHDL, MATLAB;

Firmware: ATMega32, PIC18F4520; PIC16F690; PIC16F84A; Arduino.

Software and Tools: AVR Studio, Xilinx; Modelsim; MATLAB; MPlab; MikroC; Source Boost ID;

Code Block; Opnet; Proteus; ARES;

PCB Designing Tools: Kickad; Proteus/ARES; Eagle;