Process Engineering Intern - Fall

As a Process Engineering Intern at Atomic Semi, your main responsibilities include designing experiments in collaboration with our experienced process engineers, pushing wafers, and analyzing experimental data. You will engage in hands-on work, utilizing various tools to drive next steps in our innovative semiconductor fabrication process.

To apply for the Process Engineering Intern position at Atomic Semi, you should be pursuing a Bachelor's Degree or higher in engineering. Additionally, hands-on experience in a cleanroom environment and familiarity with wafer fabrication and metrology tools are highly desirable, along with a solid understanding of theoretical semiconductor processes.

Yes, prior experience in a cleanroom or semiconductor lab is important for the Process Engineering Intern role at Atomic Semi. This hands-on experience helps you quickly acclimate to our work environment and contributes to your understanding of the wafer fabrication process.

As a Process Engineering Intern at Atomic Semi, you'll engage in exciting projects focused on rebuilding chip fabrication processes. Your work will often involve designing experiments, utilizing fabrication tools, and contributing to the development of innovative semiconductor technologies that are at the core of our mission.

While the Process Engineering Internship at Atomic Semi is primarily for the fall term, strong performers may have opportunities for future full-time employment. Your contributions and growth during the internship could pave the way for a successful career with us!

When answering, emphasize the role of cleanroom protocols in maintaining the purity of wafers and the overall integrity of the fabrication process. Discuss the potential risks of contamination and how following stringent procedures ensures high-quality results.

Share specific tools you've worked with such as etchers, deposition tools, and patterning equipment. Highlight your familiarity with their operations and any relevant projects that demonstrate your skills in using these tools effectively.

Describe your methodical approach to troubleshooting, like identifying the problem, gathering data, and testing potential solutions. Providing a detailed example from past experiences will enhance your answer.

Express your excitement for innovations, such as miniaturization and increased functionality. Discuss how you believe startups like Atomic Semi can push the industry boundaries and the role you see yourself playing in that future.

Select a project that showcases your problem-solving abilities, teamwork, and technical knowledge. Discuss the project's objectives, the obstacles you faced, and how you achieved successful outcomes together with your team.

Mention any programming languages, particularly Python, and detail how you've used them for data processing or analysis in your coursework or projects. Emphasize any relevant tools that will aid in your role.

Explain your organizational strategies for managing time, such as setting deadlines, creating checklists, and being proactive in communicating with your team. Use examples to illustrate your ability to balance tasks effectively.

Share your genuine interest in semiconductor engineering and any specific areas you’re passionate about, such as material science, device design, or fabrication techniques. Your enthusiasm will reflect favorably.

Highlight Atomic Semi's innovative approach to semiconductor technology and its hands-on working culture. Mention how the company's mission aligns with your career goals and values, and express your eagerness to contribute to their vision.

Discuss strategies you employ to keep updated, such as reading industry journals, attending conferences, or participating in online forums. This illustrates your commitment to continuous learning in the field.