ADNAN JAFAR

Address: Village Land raw Near Town Qasim Pura Email: Engr.adnan13@Yahoo.com Tehsil Shakargarh District Narowal P/O Dudhu Chak, Cell #: +92-303-4105765

Pakistan.

.

CAREER OBJECTIVES To perform smart work in the esteem organization, which give me the opportunity to utilize my skills, maximize my potential, and keep continue to

devote my Professional Skills into the optimal Growth of Organization.

ACADEMIC BACKGROUND DEGREE INSTITUTION YEAR DIVISION/CGPA

MS Ghulam Ishaq Khan 2015-2016 in Progress

(Electronic Engineering) Institute, Pakistan

BSc

(Electronic Engineering) University College of Engineering 2010-2014 3.90/4.00

& Technology IUB, Pakistan (Silver Medalist)

Fsc

(Pre.Engineering) BISE-GUJRANWALA, 2007-2009 First Class First

Pakistan (With Honors)

Matriculation BISE-GUJRANWALA, 2005 2007 First Class First Pakistan (With Honors)

RESEARCH INTEREST To Implement the Probability and Stochastic Process in Digital Transmission and Wireless Communication System

Design and Analysis of Feedback Control System Design Major Implementation and Execution in Avionics System

To Design the Digital Control System for Industrial and Home Solution using Embedded Systems Being an Electronic Engineer

Microprocessor Architecture and Computer Programming Being a Researcher and Developer.

Advance Microcontroller Based System Design for Tactical and Home Applications.

PROFESSIONAL EXPERIENCE 1. Graduate Assistant/Lab Engineer at GIK Institute Pakistan

Organization : Ghulam Ishaq Khan Institute Pakistan.

Duration : 6th

February 2015- to date

2. Electronic Engineer at EWI Islamabad Office, Pakistan. Organization : East West Infiniti (Pvt.) Ltd, Islamabad, Pakistan.

Duration : 1st July 2014- t0 31 January 2015

I worked as an Electronic Engineer on Full time Employment basis in Electronics and Software Engineering Activities in R&D (Research and

Development) Department to Include Design, Develop, Production, and Testing and support Activities of the company. I completed many projects

based on simulation, design and testing.

My Completed Projects in East West Infiniti Company as an Electronic Engineer is described below

Radar, Laser and Sport Speed Sensor/Gun Based Speed Watch System Design with Static Display Board and moving Speed Display Dynamic

Board

An Original Development at East West Infiniti; the Speed Witness System is Speed Measurement Unit which gets Speed data from S3 Radar Speed

Sensor, Interpret the Data, Ask the User to Set the Speed Limit and then Display the Data on Static Display Board and moving Speed Display Dynamic

Board. I had the Opportunity to work on the system and understand it. My Major Task with the Speed Witness System was to add some more Advance

interpretation and User Interface.

A Modular Wi-Fi, Bell 103, Packet Radio Modem Based Sonologger Tide Gauge Unit

I completed my Objectives on Sonologger Tide Gauge Technology in East West Infiniti as an Electronic Engineer. This Technology measures Level,

Range, Datum of Sea, and Snow Fall. This Unit Continuously Display the Information related to Range and level of Sea/Snow Fall on Display Unit, Stores

the Information in Data Base and Sends the Live Data to Remote Unit via Wi-Fi, Packet Radio Modem and Bell 103 Radio. This Unit has capability to

Store Data With time Information and Have Remote Handling Capability.

Tactical Radio Activated Detonation System; A blaster Project for Pakistan Army

I Completed Project on Tactical Radio Activated Detonation Systemgive troops power and control on EOD defined as

TRADS consist of Radio Transmitter Actuation Controller and one Several Detonation Receivers. The TRADS can make radio controlled detonations of

up to 1,280 detonators using a single handheld radio controller.

A single control transmitter can initiate detonations through up to 256 remote receivers; each receiver can trigger up to 5 detonations caps (fuses).

Electrical fuse detonated explosives can be connected to the receiver with up to 100 meters firing cable. One transmitter may be used to fire several

receivers simultaneously if identical codes are set on the receiver.

For Security, a split firing key code system is used to load.

3. Internee at PTCL, Pakistan. Organization : Pakistan Telecommunication limited, Pakistan

Duration : From 1th

July 2013 to 1st Sep 2013.

Responsibilities:

a. Learn the Basic Behavior of Switches, Local loop and traffic theory of incoming and outgoing calls

b. Measurement of Rate of Arrival, Departure and Traffic intensity Calculation in Exchange.

c. Resolve problems during dispatching.

d. Spend time with Project supervisor on different tasks.

PROGRAMMING AND SOFTWARE SKILLS Programming: C/C++, C Sharp, JAVA, Mat Lab, Verilog /VHDL, PLC Ladder Logic Program GUI Programming, Embedded C and Lab view GUI

Simulation and Analysis Software : Opnet Modeler, Xilinx 14.0,Model Modelism, Wire shark, Packet Tracer, Netsim8 Win CC, Micro Win, S7 200 Simulator and HMI Design using Win CC, Lab View, Putty Software NASM (Microprocessor), MASM, Emulator 8086/8085, Math

cad,Proteus,Keil, Arduino (Microcontroller), Auto cad, GS40, GNS3, Xilinx ,HFSS 13.0,CST Studio, AVR Studio, WALLI3 , Webot, Micro Win S7 200

,Mathematica

RESEARCH AND DEVELOPMENT WORK Tactical Radio Activated Detonation System

The Point was to Design of Low Power and Water Proof 14 Channels Tactical Radio Activated Detonation Blaster System for Pakistan Army Developed

in R&D office of East West Infiniti PVT LTD Company Being an Electronic Engineer.

Arduino and Android Based Smart Home Design

The point was to develop a home automation system in which you could control different devices using your phone. This was achieved by establishing communication between an Android phone and an Arduino Microcontroller via Bluetooth.

Embedded System Based Surveillance System

A controller based Surveillance system which operates in three modes: 1. Auto panning mode: Camera rotates in a defined angle of view providing video feed to the HQ computer 2. Auto snap mode: In this mode the camera takes photos of on different locations during its rotation 3. HQ control: User can use left right keys to control the motor on which camera is mounted via serial communication. On different known locations the PIR sensor is placed which when activated turns on the alarm and camera rotates to that know location.

Design of Low Power Forest Fire Detection System Using Wireless Sensor Network

The Objective was to develop a Low Power Forest Fire Detection System using Wireless Sensors. The Basic Purpose of that system is to measure forest Fire in terms of Temperature, Pressure, and Rain Fall. There are two main modules that is used in our project are the Monitoring Area Module and the Forest Area Module. The Forest Area Module detects Forest Fires in terms of temperature, Pressure and Rain Fall and Sends the Data to Monitoring Area where Web Base Data is designed to Process and Initiate the Control Commands to Actuators or Human Beings.

PING PONG Game Implementation using Verilog HDL and its RTL Diagram Design using Xilinx Spartan 3

The point was to Design a PING PONG Game using Verilog HDL in which the whole system is designed on Xilinx ISE Simulator and Personal

Computer. Spartan 6 Kit is used as Hardware Device to implement this Game in real time Environment.

Design of CORDIC Algorithm for Sin/Cosine Wave Generation using Verilog HDL, Xilinx Spartan 3 FPGA Kit

A CORDIC Algorithm (Coordination Rotation Digital Computer] is the Most modern Digital Algorithm Used to Generate many Signals and

Mathematical Operations. Sin/Cosine Wave is generated using this Method which is very important in Analogue and Digital Communication.

The Algorithm is programmed with Verilog HDL and Implement in Real time using Spartan 3 Kit and Software Xilinx 10.1.

Pan Tilt Camera Mechanism using a joystick

The objective was to develop microcontroller software that enables user to control the speed of a pan tilt mechanism using an analog joystick.

Design Analysis of OFDM using Optic System Software for Wireless Communication

The Objective was to implement an Algorithm OFDM/OFDMA (Orthogonal Frequency Division Multiplexing and multiple Accesses) for new 3G

Communication. Its Analysis is done using Software Optic system

Wall Follower Robot

A Wall Follower Robot that uses a Micro-Controller and IR Range sensors to guide its self through a maze. On its route it must pot different colored

balls in respective boxes using a color sensor

FINAL YEAR PROJECT [FULL FUNDED AND SPONSORED BY NATIONAL ICT R&D, Pakistan] Project: SPY Robot with 2D Mapping and Live Video Transmissions

Detail: A spy rover that can be sent to the suspicious place with IP camera and video transmitter and can help us to build the map of that location

using sonar sensors and send the map to the remote area through wireless network. We can also monitor the area using our own private network. The

rover will be controlled wirelessly from the remote area. The rover has ability of intelligent decisions. If we are afraid of losing control wirelessly the

robot can be set to the auto mode it will perform its predefined task and will come back to the origin and will be connected to our private wireless

network. Gyroscope will help to find the position of rover and to map the building. Such kind of robot can help security agencies to monitor suspected

places and to carry out more successful raids at difficult place with the minimum chances of loss of precious lives.

PUBLICATIONS Generating a Modulating Signal using New Algorithm Called CORDIC Algorithm to reduce Cost, Power and Enhance the Efficiency and to implement

the Whole System on FPGA (In Progress)

Design of Low Power Forrest Fire Detection System using Wireless Sensor Network to Compensate the Deficiencies in Original Market System and to

Design new Maximum Power Point Tracking Algorithm to improve efficiency of Solar Batteries (In Progress)

NATIONAL AND LOCAL LEVEL ACHIEVEMENTS/AWARDS a. Graduate Assistantship/Lab Engineer Plus Full Funded Master of Electronic Engineering Scholarship Award in GIK Institute

b. Winner of National ICT (Information and Communication Technology) Research and Development Scholarship Holder Student from Ministry of

Pakistan from 2010 to 2014th

for Full Funded Education and Final Year Project in B.sc Electronic Engineering.

c. Silver Medalist in Electronic Engineering Department.

d. 3rd

position in 6h IEEE Annual Engineering Project Exhibition 2014 Held at University College of Engineering and Technology Bahawalpur

CERTIFICATES a) 3

rd Position Winning Award in 6th IEEE Annual Engineering Project Exhibition 2014

b) PEC Workshop on CPD Framework for Professional Development of Engineers

c) IEEE Workshop on Embedded System Design using FPGAs and Microcontrollers

d) Workshop on Lab view serial interfacing with Real time Application

e) IEEE Workshop on High frequency Structure Simulator(HFSS)

HOBBIES & INTERESTS Embedded Systems, Control Engineering and Robotics Programming Mixed Marital Arts Gaming

PERSONAL DETAILS Father's Name : Muhammad Jafar

Date of Birth : 15 Feb, 1992

Religion : Islam

Marital Status : Single

Nationality : Pakistani

Languages : English (Good), Urdu (fluent), Punjabi (fluent), Pashto (Normal)

References

Available Upon Request