Electrical Engineer Electronics
Resume:
Nasser M. Barkesseh
Address: **** ********* ***** ***, ** 84124 Mail: **********@*****.*** Phone: 734-***-**** PROFESSIONAL SUMMARY
Seasoned Electrical Engineer offering nearly three decades of experience developing designs with strong project management background across engineering professionals. Well-versed in developing technical studies and investigations, efficient and focused on electrical engineering design and applications. Accustomed to leading highly effective multidisciplinary teams to complete the project in alignment with corporate goals. Currently seeking a role as an electrical engineer to design oversight for facility power distribution systems, grounding, lighting, and low-voltage communications. Dedicated passion for electrical engineering with experience in regulatory requirements and knowledge of processes. Strong background in the coordination and interface with other engineering disciplines, as well as in supervising routine and advanced technical work carried out by others on assigned projects and upholding the quality standards of all assigned projects. An unparalleled dedication to providing excellent client service, proactively defining individuals' needs to ensure a positive customer experience. Excellent history of working well with other team members, pitching in to help achieve team goals. CORE COMPETENCIES
System-Level Electrical Design and Integration Schematic Development Process Innovation
Power Systems
Object Component-Oriented Software
Design Process Tool Methodology
LabVIEW
Experiment Design
Electrical Engineering
Extensive AutoCAD Knowledge
Value Stream Mapping
Quality Systems
Feasibility Studies
Test Bench Design Accreditation
Process Validation
Wiring Schematics
Operational Analysis
Continuous Learning
Process Design Program
Sampling Methods
Excellent Organization and Communication
WORK EXPERIENCE
2020 – Present
Electronics Engineer (Hill AFB, UT)
Specialized Technical Field or Research Technology: Systems Engineering S&E Technical Area: Test and Evaluation
Work on the AN/FPS-117 and AN/FPS-124 radar systems, as well as Talon Archer Sensors, for the AEWS (Atmospheric Early Warning Systems) in the SPO (System Program Office) (also called the Early Detection and Identification system).
Update the relevant documents, such as the System Engineering Plan (SEP), Security Classification Guide (SCG), and Operational Base Document (OBD), to reflect these engineering changes.
Manage Risk Working Group for P5 Weapon System to identify and mitigate P5 sustainment and acquisition system risks.
Evaluate safety regulation requirements and safety project compliance with regulations for complex systems and services for Bids and Products/Projects.
Raise risk areas such as unachieved safety objectives, completeness and correctness of the safety analyses and propose adequate mitigations.
Create and maintain a safety culture within a delivery-focused program and product development environment.
Influence key stakeholders to adopt a safety mindset.
Represent the Safety view of programs to all stakeholders (internal and external) of the program and communicate complex technical issues or ideas in a manner appropriate for a non-technical audience
Generate and verify effort estimates related to safety.
Verify local safety management plans to ensure compliance with the organization's safety referential and bid strategy.
Communicate regularly and socialize the Safety discipline to employees. May 2015 – September 2020
Electronics Engineer (Hill AFB, UT)
Specialized Technical Field or Research Technology: Systems Engineering S&E Technical Area: Test and Evaluation
Ranged Threat Systems Branch SPO for the P5 training program to ensure the continued operation of the P5 system.
Updated all P5 system components, including out-of-date hardware and unsupported software.
Interacted with P5 user communities to learn about their needs and took part in verification and validation by observing and evaluating the actions of contractors.
June 2010 – May 2015
Electronics Engineer (Hill AFB, UT)
Specialized Technical Field or Research Technology: Systems Engineering S&E Technical Area: Test and Evaluation
Developed unit test software solutions by studying information needs, studying systems flow, data usage, and work processes.
Investigated areas of uncertainty; followed and promoted the software development lifecycle.
Collaborated closely with other IT groups and customers to define technical deliverables based on customer needs and objectives utilizing standards and industry best practices.
Had an advanced understanding of business complexities, problems, and opportunities and works with business partners to formulate and make technical recommendation options.
Participated in reviewing Business requirements, and creates Detailed Design documentation and other configuration and deployment documentation.
Ensured that detailed documentation, support knowledge, configuration and support process are provided and maintained. June 2010 – May 2015
Electronics Engineer (Southfield, MI)
Specialized Technical Field or Research Technology: Systems Engineering S&E Technical Area: Test and Evaluation
Supported a system for truck fleets to collect data to diagnose the In Vehicle-Based Safety System (IVBSS).
Identified events or failures using data analysis by performing data mining and data modelling tasks using the Microsoft SQL Server 2008 tool.
Managed IVBSS and created SQL script files to meet the needs of users.
Mapped between internal Interface Control Document and SQL database tables (ICD).
Created Lab View software to run the ATP (Acceptance Test Procedure) for the torque-limiting resistors used in the actuators of the C-130 cargo door.
Updated numerous ATPs and used them for internal processes in the manufacturing department. February 1995 – September 2008
Electronics Engineer (Chelsea, MI)
Specialized Technical Field or Research Technology: Systems Engineering S&E Technical Area: Test and Evaluation
Developed a safety procedure to run the charging/discharging cycles while in charge of the hybrid electric vehicle charging station laboratory.
Supported calibration and repair procedures, data acquisition systems, and brake testing.
Developed a calibration procedure for temperature/humidity sensors using the Fluke Metical strategy, as well as an American Association for Laboratory Accreditation (A2LA)-certified calibration procedure for vibrating and DC accelerometers.
Ensured that the instrumented vehicles and test cells were controlled and measured by LabView and Visual Basic-based data acquisition systems. Examples of projects include calibrating and verifying accelerometers on shaker systems, monitoring vehicle speed using Driver Aid speed signatures, reducing faults in mileage accumulators as a result of robotic automated testing, and evaluating vehicle suspension using tyre lead performance tests.
Received the Shainin Greenbelt Certificate for robot failures during powertrain durability tests.
Developed these systems for monitoring vehicle electric signals and controlling test cells: signal monitoring data acquisitions
(Transient Fuel Analyzer), body component and leaf spring performance, and road roughness tests as a freelancer. EDUCATION
Baker College
MBA/ Leadership Studies 2004
Oakland University 1992
PhD. / Systems Engineering
Oakland University 1984
M.S.E.E / Electrical Engineering
University of Texas at Arlington 1981
B.S. E.E / Electrical Engineering
TECHNICAL PUBLICATIONS
Published Paper Title: Transient Fuel Analyzer August 1999 Name of Publication/Journal: 1999 National Instrument Symposium
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