Process Engineering Intern

What you'll do

• Apply engineering and electrodeposition methodologies to develop features for the SABRE 3D system.
• Test and characterize new or modified process formulations for product development and technology support.
• Set up and run bench-scale experiments in a laboratory environment.
• Operate application lab deposition tools and perform chemistry and material analysis.
• Use metrology tools to measure and characterize wafer deposition performance.
• Compile and organize data and conduct scientific journal research for R&D activities.
• Troubleshoot complex equipment and systems during the development process.
• Utilize modeling and simulation techniques to support process understanding and optimization.

What we're looking for

• Pursuing a Master's or PhD degree in Chemical Engineering, Chemistry, Mechanical Engineering, or Material Science.
• Experience with modeling and simulation techniques such as transport phenomena, electrochemical kinetics, or microstructural evolution.
• Hands-on experience working in a wet laboratory environment.
• Experience troubleshooting complex equipment and systems.
• Knowledge of electrochemistry, specifically regarding copper, tin, tin-alloys, and nickel electrodeposition.
• Solid understanding of grain growth mechanisms and microstructure evolution.
• Practical, hands-on experience in electroplating process development, including bath chemistry, additives, and defect characterization.
• Strong analytical and problem-solving skills to bridge theoretical understanding with practical process development.