What are the responsibilities and job description for the Mechanical Test Engineer position at Qnity?
Are you looking to power the next leap in the exciting world of advanced electronics? Do you want to help solve problems that drive success in the rapidly evolving technology and connectivity landscape? Then bring your problem-solving, passion, and creativity to help us power the next leap in electronics.
At Qnity, we’re more than a global leader in materials and solutions for advanced electronics and high-tech industries – we’re a tight-knit team that is motivated by new possibilities, and always up for a challenge. All our dedicated teams contribute to making cutting-edge technology possible. We value forward-thinking challengers, boundary-pushers, and diverse perspectives across all our departments, because we know we play a critical role in the world enabling faster progress for all. Learn how you can start or jumpstart your career with us.
We are seeking a highly skilled Mechanical Engineer with deep expertise in test development for Thermal Interface Materials (TIMs) and more general Heat Transfer Systems. In this role, you will lead the design, development, and validation of advanced test methodologies to characterize thermal, mechanical, and long‑term reliability performance. You will collaborate closely with R&D, product engineering, and global test operations to deliver accurate, repeatable, and industry‑leading evaluation methods for next‑generation heat transfer technologies.
Key Responsibilities
#Cleveland,OH
#Wilmington,DE
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Qnity is an equal opportunity employer. Qualified applicants will be considered without regard to race, color, religion, creed, sex, sexual orientation, gender identity, marital status, national origin, age, veteran status, disability or any other protected class. If you need a reasonable accommodation to search or apply for a position, please visit our Accessibility Page for Contact Information.
Qnity offers a comprehensive pay and benefits package. To learn more visit the Compensation and Benefits page.
We use Artificial Intelligence (AI) to enhance our recruitment process.
At Qnity, we’re more than a global leader in materials and solutions for advanced electronics and high-tech industries – we’re a tight-knit team that is motivated by new possibilities, and always up for a challenge. All our dedicated teams contribute to making cutting-edge technology possible. We value forward-thinking challengers, boundary-pushers, and diverse perspectives across all our departments, because we know we play a critical role in the world enabling faster progress for all. Learn how you can start or jumpstart your career with us.
We are seeking a highly skilled Mechanical Engineer with deep expertise in test development for Thermal Interface Materials (TIMs) and more general Heat Transfer Systems. In this role, you will lead the design, development, and validation of advanced test methodologies to characterize thermal, mechanical, and long‑term reliability performance. You will collaborate closely with R&D, product engineering, and global test operations to deliver accurate, repeatable, and industry‑leading evaluation methods for next‑generation heat transfer technologies.
Key Responsibilities
- Design and develop advanced test methods to evaluate the thermal, mechanical, electrical, rheological, and reliability performance of heat transfer technologies.
- Establish, optimize, and validate test protocols using equipment such as TIM testers, thermal test vehicles, thermal analyzers, mechanical compression systems, rheometers, and environmental chambers.
- Develop and implement automated test sequences and instrument interfaces to improve testing throughput, repeatability, and data integrity.
- Lead thermo‑mechanical modeling efforts to support test development and correlate laboratory results to real‑world application conditions.
- Evaluate interactions between TIMs and system interfaces, including heat spreaders, heat sinks, power modules, and IGBT/SiC‑based packages.
- Investigate anomalous or unexpected test results through root‑cause analysis and implement corrective actions.
- Analyze large and complex datasets to extract key performance metrics and establish statistical confidence in results.
- Prepare high‑quality technical documentation, including standard operating procedures (SOPs), engineering reports, and test specifications.
- Partner with materials scientists, design engineers, and product managers to support material formulation and product development decisions.
- Support customer validation testing and application‑specific performance evaluations.
- Transistor experience a plus.
- Train laboratory technicians and global test teams on new test methods, equipment, and best practices.
- Experience with phase-transition heat transfer technologies like heat pipes and vapor chambers is a plus.
- Bachelor’s degree with 3 years of experience, or a Master’s degree, in Mechanical Engineering, Materials Science, or a related discipline.
- Hands‑on experience in thermal and/or mechanical testing, preferably involving TIMs, polymers, adhesives, or electronic packaging materials.
- Experience with thermal test systems, mechanical test equipment, and environmental or reliability testing.
- Strong foundation in heat transfer, solid mechanics, and materials behavior.
- Proficiency in data analysis and statistical tools such as Python, MATLAB, Minitab, or equivalent.
#Cleveland,OH
#Wilmington,DE
Join our Talent Community to stay connected with us!
Qnity is an equal opportunity employer. Qualified applicants will be considered without regard to race, color, religion, creed, sex, sexual orientation, gender identity, marital status, national origin, age, veteran status, disability or any other protected class. If you need a reasonable accommodation to search or apply for a position, please visit our Accessibility Page for Contact Information.
Qnity offers a comprehensive pay and benefits package. To learn more visit the Compensation and Benefits page.
We use Artificial Intelligence (AI) to enhance our recruitment process.