Systems Engineering Intern (Summer 2025)

As a Systems Engineering Intern at ASM, your primary responsibilities will revolve around engaging with hands-on engineering projects in the semiconductor industry. You'll assist in programming for robotics, contribute to control systems, and utilize imaging techniques across various applications. By collaborating with experienced engineers, you’ll apply your knowledge to real-world challenges, enhancing both your skill set and the projects you're involved in.

To apply for the Systems Engineering Intern position at ASM, you should be currently enrolled in a full-time Master’s or PhD program in Electrical, Mechanical, Mechatronics Engineering, or Computer Science. Strong foundations in control systems, robotics programming (Python, C++, MATLAB, or LabVIEW), and proficiency in image processing are crucial for success in this internship.

You can expect to gain valuable hands-on experience working on innovative projects related to semiconductor technology during your Systems Engineering Internship at ASM. You'll have the opportunity to learn from industry-leading engineers, develop crucial problem-solving skills, and make impactful contributions that shape the technological landscape. Networking opportunities and exposure to cutting-edge technologies are also key benefits of this internship.

Yes, the Systems Engineering Intern position at ASM is open to international students; however, it's essential to consult with your school's international office regarding your eligibility to work 40 hours per week on-site. Ensure you meet all necessary requirements before applying to make the process smoother.

To apply for the Systems Engineering Intern position at ASM, visit the company's careers page and follow the application instructions. Be prepared to submit your resume, a cover letter, and any applicable project portfolios or academic transcripts that showcase your relevant skills and experiences. Make sure your application highlights your passion for technology and your willingness to contribute to the semiconductor industry's future.

When answering this question, provide specific examples of projects or coursework where you used programming languages like Python, C++, MATLAB, or LabVIEW. Highlight any particular challenges you faced in those projects and how you overcame them. Frame your experience in relation to the skills ASM is looking for, such as automation or control systems.

Explain your understanding of control systems and their importance in semiconductor technologies. Discuss examples of how control systems are used in devices that ASM develops, such as sensors or robotics. Focus on integrating theoretical knowledge with practical applications to demonstrate your comprehension.

Share your method for prioritizing tasks based on deadlines and project significance. You could mention using tools like Gantt charts or task management software. Emphasize the importance of communication with team members to align on project goals and ensure timely completion.

Provide a specific instance where you faced an engineering problem, focusing on the steps taken to analyze and resolve it. Emphasize your problem-solving skills and teamwork, particularly how you sought help from peers or used research resources to reach a solution.

Discuss your strategies for staying informed about semiconductor technology advancements, such as reading industry journals, following relevant online forums, attending webinars, or participating in related workshops. Mention your enthusiasm for continuous learning and how this passion translates into practical applications for your potential role at ASM.

Articulate your genuine interest in the semiconductor industry, perhaps discussing recent trends or breakthroughs. Highlight what specifically attracts you to ASM, such as its innovative patents or commitment to sustainability. This showcases your knowledge and alignment with ASM's values.

Share a specific example that highlights your experience collaborating with individuals from different backgrounds or disciplines. Focus on the benefits of diverse perspectives and how they led to innovative solutions in your project, aligning with ASM's commitment to diversity and inclusion.

Identify key skills that are crucial for the role, such as technical expertise in control systems, analytical thinking, effective communication, and teamwork. Provide examples of how you've demonstrated these skills in your academic or project work.

Describe a proactive approach by discussing your plans for assessing the situation, communicating with your team, and identifying potential solutions. Emphasize the importance of teamwork and collaboration in resolving timeline issues to keep the project on track.

Discuss the significance of innovation in driving advancements in technology and enhancing product performance. Reflect on how innovations contribute to the development of smarter, more efficient devices that shape everyday life, reinforcing your interest in ASM's mission.