Recruiter's Glossary

Examples: Microstructure • Creep • Extrusion

TEM

Term from Industrial Materials industry explained for recruiters

TEM (Transmission Electron Microscopy) is a powerful tool used to examine extremely small details in materials. Think of it as a super-powerful microscope that lets scientists and engineers see things thousands of times smaller than what a regular microscope can show. In industrial jobs, people use TEM to check the quality of materials, find defects in products, or develop new materials. It's like having X-ray vision that can look inside metals, plastics, or other materials to make sure they're made correctly. When you see TEM mentioned in a resume, it usually means the person has experience working with advanced laboratory equipment and analyzing materials at a very detailed level.

Examples in Resumes

Conducted material analysis using TEM and Transmission Electron Microscopy techniques

Led quality control investigations utilizing TEM imaging for semiconductor materials

Performed failure analysis studies with TEM to identify product defects

Typical job title: "Materials Scientists"

Also try searching for:

Materials Engineer Research Scientist Analytical Scientist Materials Characterization Engineer Quality Control Engineer Failure Analysis Engineer

Where to Find Materials Scientists

Professional Organizations

Job Boards

Professional Networks

Example Interview Questions

Senior Level Questions

Q: How would you approach training new team members on TEM equipment?

Expected Answer: A senior analyst should discuss safety protocols, equipment operation procedures, sample preparation methods, and how they would structure a training program to ensure proper equipment use and data interpretation.

Q: Describe a challenging material analysis problem you solved using TEM.

Expected Answer: They should explain how they identified the problem, chose appropriate analysis methods, interpreted complex data, and communicated findings to non-technical stakeholders.

Mid Level Questions

Q: What steps do you take to prepare samples for TEM analysis?

Expected Answer: Should demonstrate knowledge of proper sample preparation techniques, understanding of how preparation affects results, and awareness of safety procedures.

Q: How do you ensure the accuracy of your TEM analysis results?

Expected Answer: Should discuss calibration procedures, quality control measures, and methods for verifying results through multiple analyses.

Junior Level Questions

Q: What safety procedures are important when working with TEM equipment?

Expected Answer: Should know basic laboratory safety protocols, equipment handling procedures, and emergency response measures.

Q: Can you explain the basic principles of how TEM works?

Expected Answer: Should be able to explain in simple terms how the microscope creates images and what types of information it can provide about materials.