KHALID JAMIL AZIZI

House# *** Street# *** Sector I-8/4

ISLAMABAD PAKISTAN

Phone # +092 - 051 -4447253, 030*-*******

E-mail (abn0st@r.postjobfree.com), (abn0st@r.postjobfree.com)

Date of birth: 15-04-1960

Academic Qualification:

Msc. Physics Majored in Electronics Department of Physics,

1984 - 1987

University of Karachi, Pakistan. Final year project was CNC machine

for three axis milling machine

Present position:

1st Feb 2000 to present

Senior designs engineer EMSYS Engineering.

Design and development of different electronic controlled products.

Teaching Micro-controller, computer interfacing and electronic designing techniques

to engineering university students.

Design and development of different instruments like Strain gauge amplifier, C.T.

amplifier, Isolation amplifier, and Shunt amplifier, Techo Amplifier, Phase angle

controllers etc. for Pakistan navel ship PNS Moavin.

Design and development computer controlled testing jig for D.C . motor control.

22 May 95 Manager (Electronics & Instrumentation) Peoples Steel Mills

to 5 Jan 00 Ltd. Pakistan

Experience in related field:

Supervision of repair and maintenance of Thyristor based solid state Induction

Furnace (500 Kg. / 1KHz)-375kW

Supervision of repair and maintenance of D.C drive system for main mill motor

drive (1 Maga Watt / 700V-1700A).

Design and development of solid-state D.C drive for Electrode control of Electric

Arc Furnace (9KW/+ 220 VDC.)

Design and development of micro-controller based fault indicator for Electric Arc

Furnace.

Design and development of three phase sine wave inverter 220V/5Kw.

Designed and developed Micro-controller (Intel’s 8751) based modular PLC

including digital inputs, digital outputs, analog inputs and analog Output modules.

Design and development of personal computer based furnace temperature control

system for rolling mill furnace.9 ton/H

Scope of work:

Development of complete system philo sophy and design of complete electrical diagrams,

Designing of circuit, designing of P.C.B’s. Drawings for mechanical system, modification of

old pneumatic Gas and Air valves to motorized valves. Analysis of complete system from

software point of view, commissioning of system and development of complete system

manual.

Linear as well as Switching Power Supplies,

Power Battery Backup System,

Digital Control and Monitoring Systems,

Image Digitizers (Monochrome and Color)

Various Testing Jigs for a variety of Electronics Systems

Project designed and marketed:

1. UPS / Inverters.

2. Power supply for Brinks (Security Systems) Pakistan.

3. Fax protectors.

4. Thyristor controlled D.C Power supply (Three phase 440V) for anodizing plant

(20V/ 6000A), Phase-to-phase ac controller for Aluminum blackening (24V/3000A).

5. Stepper motor based film-exposing system for local industry.

6. 8+200 lines P.C. based EPABX system.

7. Computer plus Micro controller based Mechanical barriers for weighbridge for local

sugar mill.

9. Micro-controller based Reverse osmoses plant control.

10. Micro-controller based UPS.

11. PC. Controlled Robotic Arm.

12. Controller area network using Atmel’s 89c51 micro controller for a textile industry

13. Speed synchronizer card for multiple Dc motors.

University student’s final year projects:

I have supervised several final year engineering projects for Sir -Syed engineering university,

Dawood Engineering University, Hamdard University, Islamic university, Fast University,

Urdu university and N.E.D engineering university. Titles of projects are as under.

1. P.C based furnace temperature control system.

2. P.C based powerhouse monitoring and control system.

3. P.L.C based re-hearing furnace automation.

4. Three - phase sine wave inverter.

5. Micro-controller based home security system.

6. Micro-controller based industrial loop controller

7. Micro-controller based automatic mains failure monitoring and control system.

8. Micro-controller based remotely controlled industrial loop controller.

9. PC based SCADA system.

10. PC based power line communication system

11. Micro controller based SCADA system using FM communication.

12. Micro controller based Mains monitoring and controlling system.

13. Under water vehicle control system using RS 485 network.

14. IR based domestic appliance controller using Atmel micro controller.

15. Embedded SACDA system using wire and GSM as communication media.

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Training’s and courses:

PLC (SIMATIC) course from Voest-Alpine industrial service GmbH Linz /Austria.

Electrical Maintenance Training from Vo est-Alpine industrial service GmbH Linz /Austria.

Organizations served:

Medionics international:

Electro-medical engineer. (Maintenance of Electro-medical equipment.)

Faiyaz Filament:

Electronic engineer. (Maintenance of Polyester fiber production plant)

Peoples Steel Mills:

Manager Electronics.(Installation / maintenance of special alloy plant)

EMSYS engineering:

Senior designs engineer. (CT winch automation for PNS Moawin Pakistan navy)

Expertise in PC based and Embedded Software’s

Assembly language for Atmel series MCS-51 microcontrollers using Keil uVision

MikroC for PIC microcontroller

Flowcode graphical programming for PIC, ARM and AVR family

National Instrument’s Labview programming software

Auto Desk 3Ds MAX

MAC3 for CNC development

EMC2 for CNC development

ORCAD capture and layout for schematic and PCB development.

Siemens PLC STEP 7 and LOGO

Labcenter Electronics Proteus

Projects picture gallery

Furnace automation control in year 1998

This temperature control system was developed to control the

temperature of three zones of a 9 tone re-heating furnace installed

in Peoples Steel Milles Karachi. This system has a PC based

controller and motor driver card to control opining of gas and air

valves installed at furnace. Own designed thermocouple amplifiers

were used to read the temperature of all three zones of furnace.

DC Motor control and simulation JIG (2000)

A Siemens PLC S7-300 based torque regulation system for a Pakistan naval ship PNS Moawin. This PLC

based system was interfaced with own designed field interface

cards for controlling of Thyristor based drive (190kW) for a DC

generator. Shunt amplifiers, CT amplifiers, torque sensor bridge

amplifier, Resolver amplifier were also designed by me. A test

jig was also designed and developed by me to test the control

performance of winch control system.

Engineering student’s projects supervision (since 1987)

I am also engaged in teaching of engineering students and supervision of their

final year engineering thesis projects. I have supervised about 30 different

projects in the field of control and automation, Power electronics,

communication and software development (PC based and embedded).

Computerized instrument tester (2004)

Computer based instrument tester was developed for testing

of a multi output voltages power supply. Tester

automatically reads different voltage with and without load

to test the voltage regulation of power supply. System is

capable of monitoring AC as well as DC power supplies for

voltage and frequency reading. Tester can generate printable

report for the health of power supply under test.

Fuzzy based embedded temperature controller (2006)

A fuzzy based embedded temperature controller was designed to control the temperature of a furnace

for process industry. Controller is capable to controlling the temperature of

different zones of furnace and has a LCD based GUI.

Controller can also communicate with a PC over a serial port

using RS232 and RS485 protocols.

Redundant processor based power control system

Redundant processor based Power Distribution and control System (PDCS) was designed and

developed for controlling different power sources required by an industrial processing unit. PDCS is a

combination of power electronics and embedded control system.

This unit can control and monitor voltages used by industrial

control unit and can communicate with a host computer over

RS485 link for its command and data transfer to the computer.

Optical and Hall Effect based rotation sensor

This sensor system is based on a sensor part using optical (IR) transmitter receiver and hall based

switches to monitor rotation o f a wheel in industrial process. Second part of this system is a rotation

analyzer which receives the signals from sensor and converts the information in

useful data that can be received over a serial link to any computer.

Mechanical (AUTOCAD) concepts of high temperature furnace

AutoCAD design concepts for a high temperature (2000 C)

water cooled furnace for different materials processing. This

furnace uses all elements and power delivering electrodes

based on carbon slabs and also fitted with carbon nuts and bolts.

Mechanical and electrical design of clean power distribution work benches

These power distribution work benches were design and developed for field work stations. These are

all foldable units and can be transported to any location using trucks and mobile vans. Distribution

work benches are equipped with power sockets and all protection units to protect the instruments from

short-circuiting and phase loss. Power analyzer and three phase monitoring are also provid ed for user

information.

High current industrial power controllers

High current power controllers cab used as Cathodic Protection Plants for protection of underground

metallic pipes from corrosion. This unit completely embedded controlled producing firing angle

control to a three phase input supply and controlling a DC voltage at the output. Plant can be

configured as constant current as well as constant voltage power supply. This power supply can be

operated from three controls selected from front panel push buttons i.e. from analog control using

variable pots given at panel, through push buttons and from a remote serial link. Status of the power

controller can be monitored from any remote location with two kilo meters over RS485 and can be

connected as multiple plants using RS485 link.

Labview GUI development

A Tracker Simulator was developed for the training of staff responsible for handling of

communication equipments in the field. This simulator can communicate with master computer to get

its required information and to generate control for master computer program

Tracker Controller. This simulator provides trajectory

programming, manual tracking, Auto tracking, Dish

position display, target location display, event logging and

telemetry feedback display facilities.

3Ds Max modeling

For modeling of products and for mechanical designing of projects

3Ds MAX software provides a good platform to have a discussion

with customers. I can design and develop different models and

mechanical casing in 3Ds MAX.

Training systems for PIC and ATMEL microcontroller

Many training systems have been developed by me and providing trainings in the field of control and

automation, Power electronics and data communication

Product designing

I am involved in products design and development for local industry. My designed products are GSM based

SCADA system, industrial power meters, power analyzers, voltage monitoring systems, Digital data display

systems, Power supplies etc.

Industrial production and proto-typing

Supervision of industrial production and prototyping is another area of my capabilities. From conceptual design,

prototyping, product designing and production of products for industries are my special fields of interest.

CNC retrofitting projects (2004-2011)

Experienced in CNC milling and lath machine retrofitting using MACH3 and EMC2 CNC software’s, using

DC, BLDC motor from Rutex and KND motor drives. Spindle control using VFD’s having interface with

MACH3 software. Generation of complete wiring diagrams development of control strategy of CNC machine

and design and development of PLC control for multi tool control over MODBUS was done for local industry.

Industrial control panels design and develop in year 2012

This project is related to THAR Coal automation for gasifier field. It is Siemens PLC S7-300 based system for

controlling air inlet to the wells of gasifier field from a central statio n over 4-20mA loops. It has two control

stations i.e. Auto panel for automatic operation of the field and Manual panel for manual operation in case of

any failure of automation panel. Manual panel is designed by Delta HMI and own designed embedded

controller based on PIC microcontroller.

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