[2027 Summer Internship] Phoenix

About the Role

ASM is seeking talented and passionate early career graduates to join our team of experts in the semiconductor engineering space for the 2027 Summer Internship program. We offer exciting roles that engage with advanced technologies and contribute to the growing semiconductor ecosystem, working with leading chip manufacturers to drive innovation.

Available Positions On Offer

• Process Engineer

• Advance next-generation semiconductor technology by running experiments, process qualifications, and hardware evaluations.

• Solve engineering challenges by troubleshooting advanced equipment, analyzing process data, and driving improvements in manufacturing performance and reliability.

• Gain hands-on experience with cutting-edge tools while collaborating with engineers, technicians, and operators.

• Support customer demonstrations, technology evaluations, and continuous improvement initiatives.

• Work hands-on with advanced deposition technologies like ALD, PEALD, PECVD, and epitaxy to develop next-gen devices.

• Software Engineer

• Develop advanced software for industry-leading semiconductor technologies.

• Drive the operation of sophisticated semiconductor equipment.

• Collaborate with a global team of software engineers.

• Contribute to next-generation semiconductor equipment control software and automation technologies.

• Mechanical Engineer

• Design and engineer semiconductor products using mechanical design, simulation, and analytical problem-solving techniques.

• Build detailed 3D CAD models and engineering drawings while supporting prototype development and production readiness.

• Investigate technical challenges through troubleshooting and failure analysis.

• Partner with engineering, sourcing, manufacturing, suppliers, and customers.

• Electrical Engineer

• Design electrical systems, controls, and hardware for advanced semiconductor equipment.

• Develop sub-assemblies, integrate system components, and customize solutions.

• Drive innovation through design reviews, engineering change projects, testing, and performance validation.

• Collaborate across global teams to solve complex technical challenges.

• QA Engineer

• Troubleshoot software, hardware, and control system challenges impacting manufacturing equipment.

• Drive product quality and reliability by testing new software releases, identifying bugs, validating fixes, and enhancing automated regression testing.

• Gain hands-on experience with software simulators and real production tools.

• Support product installations, training, and technical problem-solving at customer sites.

• Product Intelligence

• Apply data science, AI, and machine learning to drive innovation in semiconductor equipment and process technology.

• Develop predictive models to improve product performance, process stability, and manufacturing outcomes.

• Utilize statistical analysis, experimentation, and hardware characterization data.

• Communicate insights and recommendations across cross-functional teams.

• Field Process Engineer (FPE)

• Work directly with leading semiconductor companies to solve technical challenges and optimize processes.

• Support new product introductions, equipment installations, and process development.

• Collaborate with global teams across engineering, product management, sales, and customer support.

• Build customer partnerships, identify new opportunities, and improve user experience.

• Field Service Engineers (FSE)

• Troubleshoot and maintain advanced semiconductor equipment.

• Work directly with leading semiconductor manufacturers.

• Opportunities for travel and customer-facing interaction.

Key Responsibilities

• Advance next-generation semiconductor technology.
• Solve real-world engineering challenges.
• Gain hands-on experience with cutting-edge tools.
• Make a measurable impact on the semiconductor industry.
• Develop advanced software for semiconductor technologies.
• Design and engineer semiconductor products.
• Build detailed 3D CAD models and engineering drawings.
• Design electrical systems, controls, and hardware.
• Drive product quality and reliability.
• Apply data science, AI, and machine learning.
• Develop predictive models for product performance.
• Troubleshoot and maintain advanced semiconductor equipment.

Requirements & Tech Stack

• Advanced deposition technologies: ALD, PEALD, PECVD, epitaxy.
• 3D CAD models.
• Data science, AI, machine learning.

Qualifications

• Relevant majors for Field Service Engineers: Mechanical Engineering, Electrical Engineering, Mechatronics, Physics, and Engineering Technology backgrounds.