Curriculum Vitae – Muhammad Azhar

P.E., P.Eng., C.Eng., MIET, MIEE

Current Address: House No. 572/A, Railway Colony,

Joint Road, Quetta, PAKISTAN

Tel. 92-332*******

Email: adf9uf@r.postjobfree.com

SUMMARY OF WORK EXPERIENCE

Muhammad Azhar is an Electrical Engineer having professional experience of over 20-years in electric power utilities and infrastructure development works for Asian and North American utilities. He has an extensive experience in power transmission & distribution network planning & analysis. He has also been involved in design & engineering of numerous high voltage substations, transmission lines & medium voltage distribution systems. His key qualifications & experience are summarized below:

Acquired M.Sc. & M. Eng. degrees in Electrical Engineering & Energy Planning and professional engineering licences P.Eng. from Canada, CEng from UK and P.E. from USA

Carried out & supervised various load & generation interconnection studies by using the state-of-the-art analytical tool “PSS/E” for British Columbia Transmission Corporation (BCTC) – Canada, BP Alaska – USA and Water and Power Development Authority (WAPDA) – Pakistan

Carried out power system studies by using PSS/E for Master Plans of Water & Power Development Authority

(WAPDA) – Pakistan, BP Alaska – USA and Jubail and Ras Al-Khair – Saudi Arabia

Designed and prepared scope of work & technical specifications for various medium voltage (34.5kV & 13.8kV) underground & overhead distribution lines for Saudi ARAMCO & RC Jubail – Saudi Arabia.

Designed and prepared scope of work & technical specifications for various high voltage (115kV to 765kV) substations and & overhead & underground transmission lines for various utilties.

Designed/Reviewed Design of power supply connections for pump stations, lift stations, industrial plants and centralized cooling plants.

Muhammad Azhar is currently working as Consulting Engineer. KEY AREAS OF EXPERTISE

Power transmission and distribution system planning and analysis

Preparation and evaluation of request for proposal/ bid documents

Design of high voltage substations, overhead transmission lines, underground cables and distribution system

Power transmission & distribution system design for industrial, commercial & residential infrastructure projects EDUCATION RECORD

Degree Name Of

University

Dates of

Attendance

Honours/Divisions

Received

B.Sc. Electrical

Engineering

University of Engineering and

Technology, Lahore, Pakistan

1982 – 1986 83% Marks

(Completed with Distinction)

M.Sc. Electrical

Engineering

University of Engineering and

Technology, Lahore, Pakistan

1989 – 1993 73% Marks

M. Eng. Energy

Planning and Policy

Asian Institute of Technology, Bangkok,

Thailand

1993 – 1994 GPA – 3.8 out of 4.0

(Excellent in Thesis)

PROFESSIONAL ENGINEERING LICENCES

Sr. No. Organization Membership/

Certification

Member

Number

Date

Issued

1 Professional Engineers Ontario (PEO), Toronto, Canada P. Eng. 100******-** May 2010 2 Professional Engineers Ontario (PEO), Toronto, Canada C of A 100******-** Dec 2010 3 Assoc. of Prof. Engineers & Geologists (APEGA), Alberta, Canada P. Eng. 138290 05 Oct 2011 Curriculum Vitae – Muhammad Azhar Page 2 of 7

Sr. No. Organization Membership/

Certification

Member

Number

Date

Issued

4 Engineering Council, England, UK CEng 632353 26 Apr 2016 5 State Board for Engineering & Land Surveying, New York, USA P.E. 097773 11 May 2017 6 Board of Professional Engineers. Texas, USA P.E. 133214 30-Jan-2019 BECHTEL CERTIFICATIONS:

Sr. No. Title of Certification Date

Issued

1 Senior Engineer 03 Jun 2013

2 Engineering Group Supervisor 09 Jul 2015

3 Engineering Specialist 06 Jun 2016

4 Engineering Manager 13 Mar 2017

COMPUTER APPLICATIONS

Power system simulator for engineering (PSS/E) of PTI, USA (expert user)

ETAP power station of Operation Technology Inc., USA

Microsoft project for project planning and management.

Microsoft office (extensive use of MS Word, Excel and PowerPoint)

Sag-10 for windows for sag and tension calculations for overhead transmission lines (extensive use) INTERNATIONAL EXPERIENCE

Pakistan, Thailand, Saudi Arabia, Canada, USA, India, Cambodia EXPERIENCE RECORD

Dates

(From – To

Name and Address of

Organization

Type of

Organization

Position

Held

Tasks and Duties

Mar 2019 – Present Paktech Consulting

Engineers, Lahore, Pakistan

Consulting

Company

Engineering

Manager

Project and business management.

Evaluation of power demands of industrial,

residential and commercial facilities.

Study and evaluation of power supply

connections of industrial, residential and

commercial facilities.

Preparation of project scope and technical

specifications of high voltage sub-stations

and transmissions lines.

Design and engineering of high voltage

overhead transmission lines, underground

power cables and medium voltage power

distribution systems.

Feb 2009 – Mar 2019 Bechtel

Global Incorporation – USA

Jubail Industrial City

Saudi Arabia

Contracting

Company

Project

Engineer

Power system interconnection studies for

connection of new residential & industrial

substations ranging from 115kV to 380kV

levels with SEC network

Power network studies for master plan for

Jubail and Ras Al-Khair Industrial Cities

Monitoring and providing technical

guidance to design consultants for

formulating contract packages

Preparation of scope of work for new

substations and transmission lines

Bid evaluation and construction support for

high voltage power substations &

Curriculum Vitae – Muhammad Azhar Page 3 of 7

Dates

(From – To

Name and Address of

Organization

Type of

Organization

Position

Held

Tasks and Duties

transmission lines including review of

design & project technical specifications

Nov 2007 – Feb 2009 SNC Lavalin T&D

Montreal,

Quebec, Canada

Consulting

Engineering

Company

Power

System

Specialist

Power system network studies for

generation & load interconnections by

using PSS/E

Power system upgradation & reinforcement

studies for meeting increased power

demand

Preparation of project technical

specifications, scope of work and design

memos for 765kV substations and

transmission lines

Mar 2000 – Oct 2007 Saudi Technologists

Consulting Engineers

Al-Khobar

Saudi Arabia

Consulting

Engineering

Company

Lead

Electrical

Engineer/

Engineering

Manager

Consulting

Company

Engineering

Manager

Feb 1998 – Feb 2000 Water and Power

Development Authority

WAPDA House

Lahore

Pakistan

Electricity

Utility

Transmission

Line Design

Engineer

Design of 132kV & 220kV transmission

lines including preparation and evaluation

of bid documents

Tariff study for National Transmission &

Despatch Company (NTDC) for allocating

tariff for the generation and distribution

companies

Aug 1994 – Jan 1998 Powergrid Consultants

Company Limited

Bangkok

Thailand

Consulting

Engineering

Company

Power

System

Group

Manager

Power system planning & analysis including

project feasibility studies and

implementation plans

Design of high voltage substations,

transmission lines and distribution systems

including preparation of technical

specifications & bid documents

Preparation of technical and price

proposals for power sector projects

Jun 1987 – Jan 1993 Water and Power

Development Authority,

WAPDA House

Lahore

Pakistan

Electricity

Utility

Transmission

Planning

Engineer

Power system modeling and analysis including

load flow, short circuit and stability studies by

using PSS/E for network consisting of 500kV,

220kV, 132kV and 66kV transmission system

and catering demand of about 15,000MW for:

Bulk transmission system planning for new

power plants including transmission system

reinforcement and up-gradation

Medium term project planning for sub-

transmission system expansion and re-

enforcement

Short term operational planning and system

performance

PROFESSIONAL EXPERIENCE - PROJECTS COMPLETED/ONGOING 2009 – 2018 BECHTHEL INCORPORATION – USA

Evaluation of power demand and 115kV power supply connection for Saudi ARAMCO Facility (Maritime Yard) in Ras –Al-Khair Industrial City.

Evaluation of power demand and 230kV power supply connection for Saudi ARAMCO Facility (SATORP) in Jubail Industrial City.

Evaluation of power demand and 115kV power supply connection for Ras –Al-Khair Industrial Port.

Power networks studies for JIC & RIC including interconnection with SEC network for master plan of Jubail Industrial City (JIC) – October 2010 and Ras Al Khair Industrial City (RIC) – March 2011 Curriculum Vitae – Muhammad Azhar Page 4 of 7

Power interconnection studies for connections of substations for Jubail Commercial Port (115/13.8kV, 67MVA), Mardumah 20BD (115/13.8kV, 200MVA), Jubail University College 24BD (115/13.8kV, 134MVA), Eastern Corridor 38CD (34.5/13.8kV, 78MVA), Al-Reggah 18BD (115/13.8kV, 200MVA) and Jubail Airport (34.5/13.8kV, 25MVA) with SEC power network

Power interconnection studies for connections of three (3) 380/115/33kV substations (1,000MVA each) at RIC with SEC power network

Power interconnection study for 115kV overhead and underground transmission lines (120MVA) from RIC substation-2 to Maritime Yard

Power interconnection study for 115kV underground power cables (100MVA) from 8AB substation to Cooling Plant in Economic Center at Mardumah Bay

Project technical specifications, scope of works, design calculations & drawings, bid evaluation, construction support and design change notices for the following high voltage substations, transmission lines, underground cables and distribution system projects:

Jubail-2 230/34.5kV sub-2 (600MVA) and associated 230kV OHTLs for satge-2 of Jubail-2 – Completed

Jubail-2 115/34.5kV sub-4 (100MVA) and associated 115kV underground cables for satge-2 of Jubail-2 – Completed

Jubail-2, 230/34.5kV sub-3 (600MVA) and associated 230kV OHTLs for stage-3 of Jubail-2 – Completed

Expansion of 115/13.8kV substations: Deffi 19BD (additional 67MVA) and 43BD (additional 40MVA) – Completed

Addition of various 34.5kV and 13.8kV power feeders for industrial and community areas – Completed

Roadway lighting for Jubail – Dammam expressway (about 60kms) – Completed

Two 34.5kV switching stations, CC1-1 and CC1-2 (25MVA each) for Stage-1 of Jubail-2 – Completed

Two 34.5kV switching stations, CC2-1 and CC2-2 (25MVA each) for Stage-2 of Jubail-2 – Completed

Mutrafiah substation 21BD (115/13.8kV, 200MVA) including three (3) 115kV underground feeders – Completed

Community Substation 8AB (380/115kV, 500MVA) including two (2) double circuit 380kV OHTL – Completed

Jubail University College substation 24BD (115/13.8kV, 134MVA) including two (2) 115kV UG feeders – Completed

Jubail Commercial Port substation (115/13.8kV) including two (2) 115kV UG feeders

RIC substation-1 (380/115/33kV, 1000MVA) including incoming 380kV OHTLs in Ras Al-Khair Industrial City

RIC substation-2 (380/115/33kV, 1000MVA) including incoming 380kV OHTLs in Ras Al-Khair Industrial City

RIC substation-3 (380/115/33kV, 1000MVA) including incoming 380kV OHTLs in Ras Al-Khair Industrial City

Mardumah substation 20BD (115/13.8kV, 200MVA) including two (2) 115kV UG feeders

Al-Reggah substation 18BD (115/13.8kV, 200MVA) including two (2) 115kV UG feeders

Expansion of 115/34.5kV substation 15BC (capacity increase from 67MVA to 100MVA) including 3rd 115kV cable

Expansion of 115/34.5kV substation-4 in Jubail-2 (capacity increase from 100MVA to 200MVA)

Relocating SEC 380kV transmission lines in Ras Al-Khair Industrial City (around 15km)

115kV underground power cables to supply cooling plant for Economic Center at Mardumah Bay (100MVA)

Relocating/raising 115kV, 230kV and 380kV overhead transmission lines in Jubail-1 at new roads and rail crossing

Relocating/raising 115kV, 230kV and 380kV overhead transmission lines in Jubail-2 at new roads and rail crossing

115kV double circuit overhead and UG power lines to supply Maritime Yard in Ras Al-Khair (120MVA)

Two 33kV switching stations (each 25MVA) including incoming 33kV cable in Ras Al Khair Industrial City

Expansion of 38CD 34.5/13.8kV substation (capacity increase from 28MVA to 78MVA) including 34.5kV cables

Power supply arrangement for sea water pump station (SWPS) project in Ras Al-Khair Industrial City

Power supply arrangement for sanitary waste treatment plant (SWTP) in Ras Al-Khair Industrial City

Power supply arrangements for cooling plant for JUC and JIC in Jubail Industrial City 2007 – 2009 SNC-LAVALIN INCORPORATION (T&D DIVISION), MONTREAL, QUEBEC, CANADA

Carried out transmission and distribution system planning, up-gradation and reinforcement studies including load flows, short circuit and motor starting for BP Alaska Incorporation, USA for following projects:

Transmission network plan for peak demand increase from 169MW to 458MW in Stage-1 and 973MW in Stage-2 of Prudhoe Bay Power System with export/import of 200MW to Kuparuk and 100MW to Milne Point areas in the vicinity

Load interconnection study for connection of ZPAD (11.6MW) with Greater Prudhoe Bay (GPB) power system at GC2 69kV Substation

Carried out transmission and distribution system planning, up-gradation and reinforcement studies including load flows, short circuit and motor starting for British Columbia Transmission Corporation (BCTC), Canada for following projects:

Curriculum Vitae – Muhammad Azhar Page 5 of 7

Appraisal study to evaluate the transfer capacity of 287kV and 230kV interconnection to meet the ultimate demand of 493MW of Fort Nelson development at 430km from the BCTC main grid

Load interconnection impact study for Morrison Mine (27MW) connection at 138kV Babine substation

Load interconnection impact study for Copper Mountain Mine (51MW) connection at 138kV SCO substation

IPP interconnection study for Babine Green Energy (23MW) connection at tap-off point on TPY – GLN 138kV line

IPP interconnection study for Tsilhqot’in Power Project (70MW) connection at SCK230 substation

IPP interconnection study Babine Green Energy (12 MW) connection at tap-off on 25.2kV BRN25F53 feeder

IPP interconnection study for Cheslatta Green Energy (12 MW) connection at tap-off on 25.2kV BRN25F52 line

Definition stage load interconnection study for Mount Milligan Mine (88MVA) connection at Kennedy 500/230kV

(KDS230) substation

Load increase study for Endako Mine (46MW additional + 30MW existing load) from GLN substation in BCTC system

Definition stage load interconnection study for Prosperity Mine (126MW) connection at mid-point of KLY230-SCK230 transmission line

Carried out energization study for 400kV interconnection from Al-Zour (Kuwait) to Al-Fadhili, Ghunan, Qurayyah and Salwa (Saudi Arabia) to Al-Jasra (Bahrain) and to Doha-South (Qatar) for Gulf Corporation Council Interconnection Authority (GCCIA):

Prepared project/equipment technical specifications, scope of work, design calculations, design memos, schedule of quantities and drawings for Uttar Pradesh Power Transmission Corporation Ltd. (UPPTCL) of India for the EPC contract of 765/400kV substations at Unnao and Anpara-D

Reviewed project/equipment technical specifications, scope of work, design calculations, and drawings for the following EPC contracts:

Gulf Corporation Council Interconnection Authority (GCCIA): 400kV substations at Al-Zour (Kuwait), Al-Fadhili, Ghunan, Qurayyah and Salwa (Saudi Arabia), Al-Jasra (Bahrain) and Doha-South (Qatar) including Back-to-Back HVDC facility at Al-Fadhili (Saudi Arabia)

Reliance Energy & Dhirubhai Ambani group of India: 765kV & 400kV switchyard for ultra-mega power project at SASAN 2000 – 2007 SAUDI TECHNOLOGISTS CONSULTING ENGINEERS, AL-KHOBAR, SAUDI ARABIA

Designed following major overhead transmission lines (OHTLs) with OPGW including plan and profile drawings, interface details and design calculations:

380kV OHTL to integrate Qurayyah-2 P/P by making in & out at Shedgum – Faras T/L (90km)

380kV OHTL to integrate Qurayyah-2 P/P by making in & out at Ghunan – Shedgum T/L (45km)

380kV OHTL from SWCC – MYASPP intertie point to SSPP (6.5km)

115kV OHTL from SSPP to SS9I (6.1km)

380kV double circuit OHTL from Al-Fadhili 380/230kV substation to Abu Hadriyah 380/115kV BSP (44km)

Replacement of OGW with OPGW of 115kV OHTL from Juaymah power plant to Rahimah sub-81 (16km)

132kV T/Line from Riyadh to Macca between substation 8070 to 8077 (115km)

Designed following major underground (UG) power with fiber optic cables including plan and profile drawings, interface details at substations and design calculations:

115kV power and fiber optic cables from SS3C to SABIC substation (3km)

115kV double circuit power cables from Jubail south west 230/115kV substation to 115/34.5kV substation 45BC (4km)

115kV power cables from Jubail community 230/115kV substation to 16BD (8.5km)

115kV power cables from substation 17BD to 16BD (5.5km)

115kV power cables from substation16BD to transition tower near Abu Ali causeway (3.5km)

69kV power cables from transition tower to Al Maha sub (10km) including OPGW on existing 69kV OHTL (3.5km)

69kV underground power and fiber optic cables for Rakaha BSP – Khobar Al Sahellia substation (2.6km)

69kV underground power and fiber optic cables for Thuqba BSP – Bayonia substation #2 (3km)

69kV underground power and fiber optic cables for Dammam power plant – Royal Palace substation (10.5km)

Designed and prepared scope of work, technical specifications and request for proposal (RFP) documents for the following major 380kV and 115kV substations including equipment layouts, main and protection single line diagrams, grounding & lightning protection systems, various equipment sizing calculations:

Expansion of industrial port 115/34.5kV substation 15BC including 3rd 115kV feeder from Jubail south east substation

Reinforcement of north east 115/13.8kV substation 43BD (capacity increase from 67MVA to 107MVA

Power supply to SAUDI ARAMCO'S Khursaniyah producing and gas facilities – Abu Hadriyah 380/115kV BSP

Reinforcement of Fadhili 380/230kV substation (addition of 380kV Cross-bay No. 7) Curriculum Vitae – Muhammad Azhar Page 6 of 7

Power substation 16BD for Jalmudah including (115/13.8kV, 134MVA) including 115kV power cables

Retrofitting of additional 13.8kV switchgears at existing 115/13.8kV substation 17BD & 19BD in Jubail community area

Retrofitting of 115kV switchgears at 230/115kV substation 7AB in Jubail community area

Sea water cooling project “115kV Interconnection of SWC-1 and SWC-2” to change supply from 34.5kV to 115kV

Industrial substation 45BC and (115/34.5kV, 50MVA) including 115kV power cables

Designed and prepared request for proposal (RFP) documents including plan & profile drawings, interface details, design calculations, technical specifications, structure lists, selection of conductor, ground wires & towers, construction scope of work and cost estimate for the following 34.5kV and 13.8kV overhead and underground distribution projects as per RC, SEC and Saudi ARAMCO’s standards:

Saudi ARAMCO’s Khurais field 34.5kV overhead distribution system of 27- distribution loops (830km total length) from 5-115/34.5kV substations to Khurais, Abu Jifan and Mazalij

Road lighting for Jubail- Dammam highway from King Faisal road to police check post near Dammam airport (60km)

Reinforcement of power distribution system in community areas by adding various 13.8kV power feeders

Reinforcement of power distribution system in industrial areas by adding various 34.5kV power feeders

Power supply for Jubail Industrial College and Print shop (13.8kV substation & 13.8kV feeders) in Jubail Industrial City 1998 – 2000 WATER AND POWER DEVELOPMENT AUTHORITY (WAPDA), LAHORE, PAKISTAN

Designed various 132kV transmission lines including plan & profile drawings and sag & tension calculations

Prepared and evaluated bid documents for Turnkey contracts of following 132kV & 220kV transmission lines:

220kV double circuit OHTLs (twin bundle) Ghazi Barotha – Nowshera Industrial – Shahibagh

220/132kV Nowshera industrial substation and extension at 220kV Shahibagh substation

500kV OHTL Muzaffargarh – Gatti (280 km)

132kV OHTLs: Kasur Old – Khuddian, F/F Rahim Yar Khan – II (I/O Khanpur – Rahim Yar Khan), F/F Warsak Road Peshawar (I/O Warsak – Shahibag), F/F Jhang – II (Jhang I – Jhang II)

Carried out Tariff Study for NTDC to allocate tariff for the generation and distribution companies 1994 – 1998 POWERGRID CONSULTANT CO. LTD., BANGKOK, THAILAND

Prepared technical specifications, calculations, schedule of quantities, drawings and bid documents for the following HV substations, transmission lines and distribution systems:

115kV main transformer station (160MVA), 115kV underground power feeders and temporary utility systems including road lighting, telephone and 24kV distribution systems for second Bangkok international airport

115kV OHTL Chang Rai – Fang (93 km) in northern Thailand

Development of construction standards design of electrical underground cable system for 22kV, 33kV and 115kV transmission system under PEA service areas outside Bangkok metropolitan

Managed and coordinated the design and engineering services project “EGAT (Thailand) – TNB (Malaysia)

300kV HVDC interconnection transmission system in Thai territory (24 km) for bi-directional power transfer of 300MW up-gradable to 600MW in future”

Prepared project feasibility studies and implementation plans for the following power sector projects:

EGAT – investment program support project for four (4) generation and five (5) transmission system development projects (IBRD partial credit guarantee operation)

EGAT – transmission grid reinforcement project including transmission system for strengthening power supply for greater Bangkok and transmission system for evacuation of IPPs power (IBRD financed project)

MEA – metropolitan distribution project for up-gradation and reinforcement of transmission and distribution system in Bangkok (IBRD financed project)

PEA – distribution dispatching center project (stage-1) with one (1) management center and five (5) regional distribution dispatching centers (IBRD financed project)

PEA – transmission and distribution system up-gradation and reinforcement project in south of Thailand (IBRD financed project)

1987 – 1993 WATER AND POWER DEVELOPMENT AUTHORITY (WAPDA), LAHORE, PAKISTAN

Carried out transmission system interconnection studies including load flow, short circuit and stability studies by using power system simulator (PSS/E) for the following bulk transmission system planning projects:

Addition of 500kV transmission system (1000km) to disburse, 1,300MW private power generation at Hub near Karachi Curriculum Vitae – Muhammad Azhar Page 7 of 7

Addition of 500kV transmission line (900km) to disburse 880MW power generation at 500kV Jamshoro grid station

Addition of 220kV double circuit transmission line (100km) to disburse 440MW private power at Uch in Baluchistan

Addition of 500kV transmission line (200km) to enhance reliability in industrial and commercial areas in Lahore

Addition of 500kV grid station and associated transmission lines to enhance reliability in the capital city of Islamabad

Addition of 500kV transmission line (100km) to disburse 1,200MW Hydropower at Ghazi Brotha in northern Pakistan

Addition of 500kV transmission lines (200km) and grid station to disburse 600MW power generation at Sahiwal

Addition of 220kV transmission line (75km) to enhance reliability and disburse additional power from Kotaddu plant

Addition of 500kV transmission system (1200km) to disburse 3,600MW from imported coal power plant at coastal area near Karachi

Alternative transmission facilities of 750kV and 500kV HVAC and 400kV HVDC (800km) for 1,000MW power import from Tajikistan to Pakistan

Addition of 220kV and 132kV transmission facilities from the national grid to feed auxiliary load (40MW) and to disburse 400MW from Chasma nuclear power plant

Carried out secondary transmission system up-gradation and improvement studies including load flow, short circuit and stability studies for the following medium term project planning projects for sub-transmission system expansion and re-enforcement:

Installation of capacitors to improve voltage profiles at 132kV & 66kV transmission & 11kV distribution systems

Utilization of maximum Hydropower (MW) by installation of capacitors at 220kV & 132kV transmission system

Addition of 220kV grid station at Daudkhel to enhance reliability & improve voltage profile in Sargodha area and vicinity

Addition of 220kV transmission line (250km) and grid station to enhance reliability & voltage profile in Baluchistan area

Addition of 220kV, 132kV and 66kV transmission lines & grid stations to meet future 5 year energy and power demand

Reinforcement & upgradation of 132kV & 66kV transmission lines & grid stations to enhance reliability & voltage profile

Addition of 220kV double circuit transmission line (250km) to meet demand of industrial area of Vehari near Multan

Carried out operation planning and system performance studies including load flow, short circuit and stability studies for the following short term operational planning and system performance works:

Failure of whole WAPDA power system due to fault at 500kV major grid station “Gatti 500kV” near the load centers

Breakdown of 500kV transmission line by voltage collapse due to system overloading on 500kV lines from thermal power plants to load centers

Data collection and system modeling for load flow, short circuit and stability studies carried out for master power plan in collaboration with Acres International of Canada

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