Scientist – Thermal Management Materials

To qualify for the Scientist – Thermal Management Materials position with our client, you should possess a PhD or MS in Materials Science, Engineering, Chemistry, or Physics. Candidates with a Bachelor’s degree who have significant industry experience will also be considered. A strong background in powder metallurgy, thin film deposition, and material characterization is essential.

As a Scientist – Thermal Management Materials, your primary responsibilities include conducting R&D on advanced thermal management materials, innovating manufacturing processes, and utilizing advanced testing techniques. You will work collaboratively with cross-functional teams to drive product enhancements while managing engineering projects and supporting customer interactions.

In your role as a Scientist – Thermal Management Materials, you will utilize advanced analytical testing techniques including SEM/EDX, metallography, XRF, thermomechanical analysis, and optical profilometry. Mastering these methods will be key to evaluating the performance and quality of thermal management materials.

Absolutely! This role offers tremendous opportunities for professional growth through participation in industry conferences, collaborations with external research labs, and chances to publish your findings. Your contributions will not only enhance your skills but also shape the future of material technology.

As a Scientist – Thermal Management Materials, you can expect a competitive salary of $91,000 - $105,000 and a comprehensive benefits package. This includes medical, dental, and vision coverage, a 401(k) plan with employer matching, and flexibility with scheduling to ensure a healthy work-life balance.

When answering this question, focus on specific projects where you developed or tested thermal management materials. Discuss the types of materials you worked with, the methodologies you applied, and any significant outcomes or improvements that resulted from your work.

You should highlight your proficiency in techniques relevant to the Scientist – Thermal Management Materials role, such as SEM/EDX, XRF, and thermomechanical analysis. Provide examples of how you've used these techniques in past projects to assess material properties.

Discuss your method for identifying areas for process improvement, including how you gather data, analyze performance metrics, and collaborate with cross-functional teams. Provide a specific example where your innovation led to enhanced material performance or cost efficiency.

Provide examples of projects where you've collaborated effectively with teams from Quality, Engineering, Business Development, or other departments. Highlight how you navigated differing perspectives to achieve project goals and contributed to product advancements.

Discuss your experience conducting failure mode analysis, emphasizing how you identify potential failure modes, assess their impact, and implement solutions. Provide a specific example to showcase your critical thinking and problem-solving skills.

Address a few challenges you've encountered, such as scaling up production or meeting specific performance criteria. Explain how you tackled these challenges, what solutions you implemented, and what you learned from the experience.

Illustrate your understanding of quality assurance processes by discussing the testing protocols you implement, including materials characterization techniques. Emphasize your commitment to continuous improvement and quality control.

Explain how you incorporate customer feedback into the material development process. Discuss how understanding customer needs can influence research priorities, design decisions, and final product offerings.

Provide insights into your hands-on experience with DOE, emphasizing the importance it plays in systematic experimentation. Discuss any projects where you've utilized DOE to optimize processes or materials development.

Reflect on the company's mission, values, and cutting-edge work in thermal management materials. Share your enthusiasm for contributing to innovative projects and being part of a team that leads in technological advancement in the manufacturing sector.