Sarah Mitchell
42 Banksia Lane
Thornleigh, NSW 2120
+61 2 9481 5347 | sarah.mitchell.eng@gmail.com
https://www.linkedin.com/in/sarahmitchell-engineer

PROFESSIONAL SUMMARY

Results-driven Associate Product/Test Engineer with hands-on experience in product validation, test development, and quality assurance. Proven ability to design and execute comprehensive test strategies, analyze failure modes, and collaborate with cross-functional teams to enhance product reliability and manufacturing yield. Skilled in leveraging automation tools and version control systems to streamline testing processes and ensure robust production support.

WORK EXPERIENCE

Associate Product / Test Engineer
Precision Electronics Solutions, Sydney, NSW
June 2023 – Present

• Develop and execute test plans for new product introductions, ensuring compliance with qualification testing standards and customer specifications
• Design automated test scripts and frameworks using Jenkins to reduce manual testing time by 35% and improve test coverage across multiple product lines
• Perform root cause analysis and failure mode and effects analysis (FMEA) on defective units, identifying design weaknesses and recommending corrective actions that improved product reliability by 18%
• Collaborate with product engineering teams to implement poka-yoke mechanisms in test fixtures, reducing operator error rates and enhancing first-pass yield
• Maintain detailed documentation of test procedures, failure analysis reports, and bug tracking using internal systems, ensuring traceability and continuous improvement
• Support production teams by troubleshooting test equipment issues and providing technical guidance to resolve yield-limiting defects

Test Engineering Intern
Integrated Microtech Industries, Melbourne, VIC
January 2023 – May 2023

• Assisted in the development of functional and qualification test procedures for electronic assemblies and components
• Conducted software testing and validation activities, documenting defects and collaborating with development teams to resolve issues
• Utilized Git and Concurrent Versions System (CVS) for version control of test scripts and documentation
• Supported yield improvement initiatives by analyzing test data and identifying trends in product failures
• Participated in design reviews and provided input on testability and manufacturability considerations

Quality Assurance Technician
Advanced Manufacturing Systems, Brisbane, QLD
June 2021 – December 2022

• Performed incoming inspection and testing of electronic components and subassemblies to ensure adherence to quality standards
• Executed routine and ad-hoc testing protocols, documenting results and escalating non-conformances to engineering teams
• Assisted in failure analysis activities by isolating defective units and preparing samples for further investigation
• Maintained calibration records and ensured test equipment compliance with industry standards
• Contributed to process improvement projects focused on reducing defect rates and enhancing production efficiency

EDUCATION

Bachelor of Science in Electronic Engineering
University of Technology Sydney, Sydney, NSW
Graduated: May 2021

Relevant Coursework: Digital Systems Design, Circuit Analysis, Embedded Systems, Quality Control and Reliability Engineering, Software Engineering Fundamentals

TECHNICAL SKILLS

Test & Product Engineering: Test Development, Qualification Testing, Failure Analysis, FMEA, Production Support, Yield Optimization, Poka-Yoke Implementation

Software & Tools: Git, Jenkins, Concurrent Versions System (CVS), Bug Tracking Systems, Software Testing Frameworks

Technical Expertise: Electronics, Electronic Engineering, Reliability Engineering, Software Testing

Communication: Written Communication, Technical Documentation, Cross-functional Collaboration

CERTIFICATIONS

• Certified Quality Engineer (CQE) – In Progress
• IPC-A-610 Acceptability of Electronic Assemblies

PROJECTS

Automated Test Framework Development
• Led the design and implementation of a Python-based automated test framework integrated with Jenkins for continuous integration testing of firmware updates
• Reduced regression testing cycle time from 3 days to 8 hours, enabling faster product releases

Yield Improvement Initiative
• Analyzed production test data to identify recurring failure modes in a high-volume product line
• Collaborated with design and manufacturing teams to implement design changes and process improvements, resulting in a 12% increase in manufacturing yield