Jawad Ali Khan is an electrical engineer with over 5 years of experience working for ZTE Corporation in Pakistan. He holds a BS in Electrical Engineering and has experience in roles such as Customer Support Technical Engineer, Core Transmission Engineer, and worked on projects restoring transmission systems and upgrading PTCL's DWDM network. He is proficient in software like CORBA, Netnumen U31, E300, and has completed projects on wireless power transfer and a wind speed data recording system.

1. Jawad Ali Khan PEC no: ELECT/43920
House no 212/33, Street 17-B, Gulbahar no 2, Peshawar, Pakistan | 0092 332 9284 987 | jawadalikhan6@gmail.com
Skype: jawadkhan6127
Objective
Looking for a position of Electrical Engineer (Electronics or Communication) in an Electronics and Telecom company
where my managerial, inter-personal and technical skills be utilized to achieve organizational goals with the least
available resource. A dedicated team player who can be relied upon to help your company achieve its goals.
Education
BS-ELECTRICAL ENGINEERING | JUNE 2014 | NUCES-FAST
· Major: Electronics
· Minor: Programming in C and C++, Digital Signal Processing, Computer Logic Designing, μ- Processor Interfacing,
Feedback Control Systems, Electro-Mechanical Systems
· Related Final Year Project: Wind Speed Data Recording System for Remote Areas
HIGHER SECONDARY SCHOOL CERTIFICATE | APRIL 2010 | EDWARDES COLLEGE SCHOOL
· Major: Pre-Engineering
· Minor: Physics, Chemistry, Mathematics,
SECONDARY SCHOOL CETRICATE | MAY 2008 | EDWARDES COLLEGE SCHOOL
· Major: General Science
Minor: Physics, Chemistry, Mathematics, Computer Science

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Experience
CUSTOMER SUPPORT TECHNICAL ENGINEER | ZTE CORPORATION, PAKISTAN | SEPTEMBER 2016-PRESENT
Responsibilities includes:
 Technical assistance to the Customer
 L3 Maintenance of the Customer's Optical Fiber Network of Longhaul Transmission
 Maintaining the spare parts record for the L3 support
CORE TRANSMISSION ENGINEER | ZTE CORPORATION, PAKISTAN | JULY 2014-MAY 2016
Maintenance of PTCL Transmission projects, OSNR Maintenance, MSP configuration, testing of faulty boards, version
upgradation of the cards, maintenance of PTCL project are the routine tasks after successful nationwide completion of
project. The key role during projects was assignment of SUCCESSFUL COMPLETION OF ACCEPTANCE TESTS.
Responsibilities includes:
 Installation, Commissioning, Integration and successful completion of Provisional Acceptance Test (PAT) for
PTCL Backbone Transport Network and Lahore Metro Transport Network.
 Working as Team Lead for the execution of Project PTCL 40 to 80 Lambda Expansion in Lahore Metro DWDM
Transport Network.
 Operation and maintenance of Transport Network nodes installed for PTCL in Central Region.
 Integration of new systems with old systems for up-gradation of lambdas.
 Worked on different health check activities like software version up-gradation of on-site installed equipment.
 Maintenance of PTCL Long-haul and Lahore Metro SDH/DWDM Network.
 Trouble shooting of installed network elements i.e. Cisco Switches, Routers and Firewalls.
 To restore and take the backup of various working databases i.e. Oracle & SQL Server.
 Addition of new modules to the existing system like CTI servers, Web Servers and IVR Servers.
 Testing and debugging of the software, report the errors and enhancing performance as per the end user’s
requirement
 Data security and error free migration to new platforms
Projects
RESTORATION OF TRANSMISSION SYSTEM AT LAHORE (EGERTON ROAD PTCL EXCHANGE) AFTER FIRE INCIDENT
AND UPGRADATION OF PTCL LAHORE SHORT-HAUL SYSTEM
On September 28th, 2014, fire broke out in PTCL Egerton Road Exchange due to which all the services on transmission
system were suspended. In this project, the lost transmission system of Egerton Road was restored.
The project, along with Egerton Road Restoration, included 40x80 lambda for Lahore PTCL Metro System.
The responsibilities in Project included:
1- Pre- project Planning.
2- Site Surveys.
3- Strategy making for Project Implementation.
4- Supervision of Installation Phase.
5- Commissioning and Configuration of the Systems
6- Old amplifiers upgradation (NOC Activities).
7- Integration of new systems (L+ band) with old systems (L band) (NOC Activities).
8- Optimization of two rings (NOC Activities).
9- Successful completion of PAT
The job also included assurance of constant OSNR and BERs

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PTCL DWDM 40X80G LAMBDA'S UPGRADATION OF PTCL LONGHAUL NETWROK
In this project of PTCL, ZTE is providing PTCL with DWDM equipment for the multiplexing different wavelengths and then
transmit to the client by cascading ZXONE8000 with SDH (Synchronous Digital Hierarchy) Rack. The main operation of
DWDM is based on the Multiplexing and De- Multiplexing phenomena. There are two cards installed in the ZXONE8000
named as ODU (Optical De- multiplexing Unit) and OMU (Optical Multiplexing Unit) which are used for multiplexing and
demultiplexing processes. Two way traffic is collected at ODU which separates the desired traffic from the multiplexed
traffic and passes the remaining traffic to OMU with the data that has to be transmitted with previously received data. The
traffic is then sent to the next site in the ring.
POWER TRANSFER THROUGH DIRECT INDUCTION (WIRELESS)
This project was the semester project, on individual basis, when we were taught course of ELECTROMAGNETIC THEORY.
Our instructor assigned us to implement what we studied in the course. I selected to work on the wireless power transfer.
The main idea was derived from the working principle of transformer i- e Mutual Induction between primary and
secondary coils. The given task was simulation based but however, I continued working on it as soon as semester was
over. Results were obtained with almost 10% error but range was up to few centimeters
WIND SPEED DATA RECORDING SYSTEM FOR REMOTE AREAS (FINAL YEAR PROJECT)
This project was a fine combination of analog and digital electronics. This project was designed so as to fulfill the
requirements of the current energy crisis in Pakistan. The function of the project is to decide whether an area is suitable
for installation of Wind Power Generation System. Yearly data is recorded for the specific area and data is sent to the
monitoring room via GSM for analysis by experts. Also EEPROM is used on major basis for storage purpose in case GSM is
crashed.
Hands-On Softwares
 CORBA
 Netnumen U31
 E300
 DEV- C++
 MATLAB
 PLC (Programmable logic Controller)
 ModelSim - Verilog/VHDL
 MicroWind
 DSCH
 Dreamweaver
 Keil
 μ- visionArduino
 LAB View

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Reference
MUHAMMAD NOUMAN KHAN
Regional Project Manager, ZTE Pakistan
Email: muhammad.nouman.khan@z te.com.cn
Contact number: 0092 301 5226633
MALIK FAHAD HASSAN
Chief Engineer NM&O, ZTE Pakistan
Email: fahad.hassan@z te.com.cn
Contact number: 0092 314 5145226