Electrical Engineering Engineer

Taher Alharbi

**** ***** ********** ****** ***# *13, Wichita KS 67226

Cell: 316-***-****

********@*****.*** (Preferred)

Objective

Electrical engineer and dedicated team player with extensive knowledge of electrical engineering concepts and a creative aptitude for a new product design and development. Relevant Skills

Microsoft Office

Microsoft Project

Pspice

PowerSIM

LabView

C and C++ Programming

Matlab/Simulinks

Experience

SiriusXM Radio Satellite

Software and Validation Engineer

Farmington Hills, MI

Windmil

Mathcad

PSCAD transient analysis software

ATP transient analysis

Project Management

Working with interdisciplinary team

Leadership skills

August 2013 to December 2013

Performed performance assurance inspections, scheduled maintenance, and electrical safety inspections on OEM products.

Informed supervisors of the status of repairs, scheduled inspections, and unusual equipment situations

Assisted with special projects as assigned and contribute to the development of others through night shift events.

Made recommendations to laboratory management regarding service strategy Tested OEM products against specifications and requirements using Smite, Mimosa and Pleiades software

Experience in wire harness manufacturing, and executing test plans Education

Wichita State University

Master of Science: Electrical Engineering

Wichita, KS, USA

GPA: 3.81

University of Michigan

Bachelor of Science: Electrical Engineering

Dearborn, MI, USA

GPA: 3.23

Senior Design:

Designing a controlled power generator using Wind Turbine and Solar systems: AC/DC, Boost, Buck, and Buck-boost converters, PID controllers, and DC/AC inverter Electromagnetic Compatibility EMC:

Understanding of EMI and EMC issues in product development and design Understanding of shielding, cable selection types and usage, and PCB trace routing Dec 2016

Dec 2013

Understanding of regulations relating to emissions and potential hazards such as: international codes, standards and regulations such as IEEE, UL, CE, FCC part 15 Designing a Power Factor Correction Circuit, Fly back converter Designing a white line follower robot:

Active and passive electronic components and programming microprocessor Automatic control system:

Ability to model and analyze dynamical systems described by differential equations Ability to relate time domain performance measures such as rise, settling time, and overshoot to frequency domain characterization of the system.

Ability to analyze systems for stability and to design controllers using more than one technique: root-locus and/or bode-plots.

Designing FIR and IIR filters

Designing different types of filters: Low Pass, High Pass, and Band Pass Designing different electronic circuits: Ability to select appropriate power devices such as Op-amps and comparators, Diodes, thyristors, power MOSFETs, and IGBTs, for specific applications Designing a security system: using combinational logic design, flip-flops, sequential network design Honors and Distinction

Wichita State University Honor

University of Michigan Honor

Awards

The Charles Wheatstone Award for outstanding graduating post-graduate Dec.11, 2016 Training courses

Business Techniques for Engineers:

management finance, accounting, organization behavior, program and project management, product design and manufacturing balance, entrepreneurship and leadership. CATIA V5 Assembly Design:

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