Mohammed Albaqshi

P: 503-***-**** E: adhal9@r.postjobfree.com linkedin.com/in/mohammed-albaqshi

SUMMARY

Electrical Engineer with courses in power systems, control systems and renewable energy. Experienced in power system design, remote control systems, and computer aided design (CAD). Enthusiastic about building modern power systems infrastructure and products for transportations and commerce using automated controls and artificial intelligence. (Eligible to work in the US).

PROFESSIONAL & TECHNICAL SKILLS

Communication: Friendly costumer service, Presentation of ideas to upper management, Written Communication.

Hardware: Power supply, signal generator, digital multimeter, oscilloscope, 3 phase AC supply, 3 phase AC Ammeter, 3 phase wattmeter, Circuit design, Circuit construction, Soldering, Troubleshooting, Testing.

Programming: LT Spice, C/C++, Matlab, Altera Quartus, Python, LabVIEW, Power world, AutoCAD, Comos, Solidworks.

Languages: Proficient in Arabic & English.

Applications: Microsoft Word, PowerPoint, Excel, Bluebeam, Visio(flowcharts), pdf editor.

Main college courses: AC and DC steady state and transient circuit analysis, Capacitance, inductance and transformers, Bode plots, Filters, Laplace, Transforms and Fourier Series, Maxwell’s Equations, Transmission Lines, Flux, Potential, OP Amps, BJT’s, FET’s and Diodes, Digital circuits and hardware, Analog design, Control system design and communication systems, Power systems analysis, modeling & simulation, power electronics & conversions, power protection, power distribution, substation design and sag calculations.

EXPERIENCE

Ampcus/Siemens, Tualatin, OR September 2019 – Present

Substation/Electrical Project Engineer (Traction Power Substation)

Manage interdisciplinary Engineering designs for traction power substation (TPS) design including SCADA, civil, and commissioning ensuring that projects are delivered on time.

Design, develop, test and modify AC and DC switchgear including feeder protection breakers, transformers, disconnect switches (Negative Grounding Devices), and rectifiers using AutoCAD, Comos, Bluebeam, and Solidworks.

Develop factory & site test procedures and create schematics for AC and DC switchgear including feeder protection breakers, transformers, disconnect switches, and rectifiers.

Design and modify single line, control schematics, elevation drawings, wiring diagrams, interconnection wiring details and Control Cable Schedule for TPS.

Create as well as check designs, drawings and documentations to ensure they are complaint with customer requirements and guidelines based on contractual agreement.

Liaise with vendors to obtain parts test results to ensure that parts used in an equipment design are complaint with IEC, and IEEE test standards as well as contractual guidelines.

Attend interface meetings with other contractors for the coordination between intradisciplinary activities.

Discuss engineering submittals with customers for approval & re-submission.

Design and build training modules containing PLCs, SITRAS MDC Relays, power units (PU), central prosses units (CPU), input and output modules (digital and analog), and communication module.

Issue IFC Drawings to the Manufacturing team & do necessary co-ordination

Perform CT/PT sizing calculations, battery sizing calculations & heat Load Calculations.

Perform production/integration testing for AC & DC Switchgear Equipment’s

FST/Hitachi/Intel, Hillsboro, OR May 2019 – September 2019

Field Service Engineer (semiconductor)

Performing on-site service and repair Semiconductor Processing Equipment. Troubleshooting equipment problems, maintain records, coordinate with peers, supervisor(s) and customers to minimize equipment downtime and interruptions.

Ordering and installing parts and respond to emergency service calls. Performing upgrades and modifications to equipment as needed. Mechanical aptitude, manual dexterity and ability to lift/carry heavy objects.

Using Personal Protection equipment and proper industry safety procedures when working with one or more dangerous element or conditions such as chemicals, electric currents or high voltage, moving mechanical parts, and radiation.

TECHNICAL COLLEGE PROJECTS

RC Lawn Mower September 2017 – June 2018

Worked collaboratively with a teammate to successfully design a RC lawnmower

Designed a RC, gas powered lawnmower by utilizing Radio Frequency Remote Control for vehicles

Programed a C-based algorithm to ensure safety and efficiency of operation

Developed the project documentation; created project budget and timeline

Multi-Function Robot February 2019 – March 2019

IR remote Bluetooth, automatic line following

Used IR sensors to give feedback to controller

Used an Arduino to control the motors and the sensors

Invertor February 2019 – March 2019

Designed a DC volt to an AC volt using power MOSFET’s, an Arduino Uno, and BJT’s

EDUCATION

Oregon Institute of Technology (Oregon Tech), Klamath Falls, OR Graduated in March 2019

Bachelor of Science in Electrical Engineering, Oregon Tech GPA: 3.63 (Cum Laude)

Math minor and Renewable Energy Engineering courses Completed in March 2019

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