JAMIL KHAN, P. Eng. ON * Hoyle Dr. Brampton, ON, L6P1J4

Cell: 647-***-**** Email: acunsg@r.postjobfree.com

OBJECTIVE

Seeking a position as ’’Electrical Engineer’’ that requires engineering knowledge in the area of electrical field

CAREER SUMMARY

Extensive design experience with load calculations, illumination, voltage drop, short circuit, grounding/lightning protection calculations and sizing of equipment (feeders/cables), circuit-breakers, transformers and generators

Design, erection and commissioning of 220KV, 132KV & 66KV transmission line, sub-station and grid station; lighting and fire protection design as per NFPA standard

Knowledge of electrical design requirements for industrial, commercial, residential, health care, institutional/recreational/entertainment

Electrical project evaluation, installation and maintenance for Grid/sub-station

Load calculation, preparation of tender specification, implementation & commissioning

Experienced in power electrical designing, transmission, distribution & sub-station

Excellent time management and problem solving skills

Power generation- Thermal, Gas turbine, nuclear power, hydro. electric experience

Basic Knowledge of PLC logic ladder. Transformer designing consideration cooling media, core to avoid eddy current losses, specially losses calculation.

Prepared design of O/H and U/G service connection as well as calculation of load.

Calculation of time period of work and estimated cost of material.

Certify the drawing as a registered professional engineer.

AFILIATION

Registered Professional Electrical Engineer, Ontario, Canada 2009

ACADEMIC QUALIFICATION

Bachelor Degree in Electrical Engineering

EXPERIENCE

BOMBARDIER, AEROSPACE, Electrical Engineer, Toronto, 2005-2016

Ten years of extensive experience working with BOMBARDIER Aerospace in engineering and design

Prepare technical specification, proposals, bids and evaluation of bids, issue recommendation towards the contract: determine technical choices, conduct engineering studies and implementation of projects related to aerospace: collect data and develop scope for designing and engineering details for equipment and new installation

Make engineering calculations in connection with field and office assignments

Ensure compliance with safety requirements and standards procedures

Perform highly specialized design, research and analysis on a project-by-project basis and advise on code compliance: planning of projects, operation and maintenance, quality control

DEPUTY PROJECT MANAGER HYDRO.PAKISTAN 2000-2005

Design, Erection and Commissioning of 220KV/132KV overhead/underground trans mission line interconnected ring system of 11 grid stations

The technical specification covers the survey, design, manufacture, factory test

Design consideration ambient temperature, relative humidity, soil thermal resistivity: warning tape must be laid over backfilling of sand

EXECUTIVE ENGINEER Substation HYDRO.PAKISTAN 1995-2000

Designed 11KV/400V distribution network with ring main system

Power distribution transformer selected was oil immersed, naturally cooled, 3 phase indoor type

The transformers were 11/0.415KV, 50Hz of different ratings

The incoming and outgoing circuit breakers were vacuum type with a rupturing capacity of 350 MVA 11 KV, 630 Amps

Initial symmetrical short circuit current was calculated; duration of the short circuit was taken as 1 second

EXECUTIVE ENGINEER DESIGN GRID PROJECTS 1986-1995

Design, erection and commissioning of 132 KV turnkey grid stations

132 KV metal enclosure installed, SF6 insulated indoor type incorporated a double bus bar ring system

Rated voltage 132KV, max: working voltage 145KV, rated frequency 50HZ, breaking current 31.5KV, rated bus bar current 2500A, impulse withstand voltage 650 KV

The rated breaking current of the installation within a time of 200ms and that the total trip time of the first- stage protection is less than 150ms

The CB must satisfy all aspects of IEC 56 and all other applicable regulations

EXECTIVE ENGINEER GENERATION / PROTECTION 1981-1986

The protective relays are to be divided into two groups such as group 2 for in represents the back up of group 1

There are different types of protection such as over current, earth fault, differential protection, overload protection, earth leakage protection, buchholz protection (transformer tank & tap changer.

Fault analysis as tripping of different types of relays; setting of the relays must be checked periodically as per stages of relays: stage 1 of low time setting as compared to stage 2

During analysis of fault we can find out the impedance (distance relay) with respect to distance of the fault

COMPUTER SKILLS

MS-office (word, excel, power point), Auto Cad, Internet, ETAP, MKS Power solution.

Operating Systems: Windows 98, 2000

Others: Various engineering software

REFERENCES WILL BE AVAILABE UPON REQUEST

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