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Engineering Professional

Location:
Nocatee, FL, 32081
Posted:
July 23, 2025

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Resume:

Work History

Engineer

KEN GAULT

Contact

Address

Ponte Vedra, FL 32081

Phone

802-***-****

E-mail

********@*****.***

WWW

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Skills

- Data Analysis

- Manual Testing

- Test Plan Development

- Troubleshooting

- Emotional Intelligence

- Critical Thinking

- Effective Communication

(Verbal and Written)

- Teamwork and

Collaboration

- Adaptability

- AI Literacy

- Cybersecurity

- Sustainability (Green Skills)

- Leadership and Mentorship

Experienced engineering professional with a strong background in electronic testing, troubleshooting, and quality assurance. Collaborative and skilled at interpreting technical documentation. Proven track record of driving process enhancements. Proficient in operating test equipment, consistently delivering high-quality results. Known for reliability and adaptability, excelling in fast-paced, dynamic settings.

Test Engineer

Solar Stik, Saint Augustine, FL

2023-08 -

2025-03

Test Plan Development: Design and execute test

programs for electrical/mechanical systems to

assess performance, reliability, and compliance.

Equipment Setup: Configure test fixtures and

instrumentation for mechanical, thermal, and

electrical testing.

System Testing: Perform functional, stress, and

environmental tests using oscilloscopes, multimeters, and data acquisition systems.

Troubleshooting: Diagnose malfunctions, identify

root causes, and recommend design improvements.

Data Analysis: Collect test data, analyze results, and prepare concise reports on findings and metrics.

Prototype Testing: Evaluate prototypes to ensure

they meet design and industry standards.

Quality Assurance: Inspect test results for

compliance with internal, customer, and regulatory standards (e.g., ISO, UL).

Team Collaboration: Partner with engineers to refine designs and integrate test feedback into

development.

Equipment Maintenance: Maintain and calibrate

test equipment for accurate, repeatable results.

Documentation: Write test procedures and

specifications for engineering records.

Production Support: Aid in transitioning systems to manufacturing and resolving production issues.

Failure Analysis: Investigate component failures and propose durability enhancements.

- Industry Standard

Compliance

Firmware Testing: Validate software/firmware and

assist with updates.

Customer Support: Assist clients with troubleshooting and resolving product issues.

Mentorship: Guide team members and provide

technical training across departments.

ASIC Design Verification Engineer

GLOBALFOUNDRIES, Burlington, VT

2015-07 -

2020-06

Led ASIC and Foundry Design Verification and

release for over 500 products.

Managed New Product Introduction (NPI) processes

from design to release.

Provided technical support to customers for design submissions, ensuring seamless communication and

resolution of issues.

Trained and mentored technicians on validation

techniques, methods, and testing processes.

Documented the entire validation process, tracking all changes and modifications made.

Collaborated in the system design and

commissioning phases, interfacing with clients to

define clear milestones for integration into

development timelines.

Debugged code and identified root causes of issues by analyzing configuration files and logs.

Characterization Engineering

IBM, Burlington, VT

1996-01 -

2015-06

Characterized fabrication processes to ensure

product quality and enhance yield.

Analyzed and correlated various inline and

functional test data, including PLY and FA indicators.

Utilized timeslides and graphical analysis to monitor the entire process flow.

Conducted micromanipulator probing and failure

location analysis in wafer scribe.

Interpreted blueprints, technical drawings,

schematics, and computer-generated reports.

Successfully completed projects by applying

engineering, technical, and maintenance best

practices.

Education

Delivered results on time while adhering to project schedules and maintaining high-quality standards.

Collaborated with engineers during New Product

Introduction (NPI) phases to develop and validate

design changes.

Applied engineering principles to design, develop, and optimize electrical, mechanical, and data

processing systems.

Compiled, processed, and analyzed test data to

drive continuous product quality improvement.

Enhanced product quality by customizing tools and

eliminating process variability.

Electrical Engineering

University of Vermont - Burlington, VT

Professional Development: Program Management

Relevant Coursework: Electronics Theory

Relevant Coursework: Test Engineering

2002-01 -

2006-07

Gained expertise in managing and overseeing

complex projects, including resource allocation,

timeline management, and team coordination.

Studied core principles of electronics, including

circuit design, semiconductor devices, and signal

processing.

Gained hands-on experience in designing,

implementing, and evaluating test plans and

procedures to ensure product quality and

performance.

Associate of Applied Science: Electronics

Technology, Computer Science

Heald Institute of Technology - San Francisco, California 1988-06 -

1990-01

Introduction to Electronics: Fundamentals of

electronic components, circuits, and their

applications.

Digital Electronics: Study of logic gates, binary

arithmetic, and digital circuit design.

Analog Electronics: Analysis and design of analog

circuits, including amplifiers and oscillators.

Accomplishments

Circuit Analysis and Design: Techniques for analyzing and designing electrical circuits, both analog and digital.

Microelectronics: Study of semiconductor devices,

integrated circuits, and their manufacturing

processes.

• Honor Roll

Identified and addressed metal defect

contamination in ultra-thin gate dielectrics, resulting in a 5% yield increase in the wafer production line.

Key team member in designing and implementing a

Statistical Process Control method to evaluate

semiconductor processes using in-line visual

processing, electrical testing, and final functional testing to identify root causes of yield limitations.



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