Manufacturing and Process Development - Intern, Graduate

Intel Corporation•Aloha, OR

1d•$89,098 - $89,102•Onsite

About The Position

What if your next project helped power the future of technology? At Intel, you'll do more than learn, you'll contribute. You'll work side-by-side with industry leaders, gain hands-on experience on meaningful projects, and help solve real-world challenges that affect billions of people worldwide. From advanced semiconductor manufacturing to AI-powered innovations, you'll play a role in technologies that redefine how the world works, learns, and connects. What makes Intel unique is the opportunity to see the entire technology lifecycle in action. Unlike many companies where hardware, software, and manufacturing operate separately, Intel brings them together, giving you exposure to everything from research and design to advanced semiconductor manufacturing and global deployment. Whether you're tackling engineering challenges, improving operations, analyzing data, advancing next-generation technologies, or supporting global customers, you'll build valuable skills while contributing to innovations that enable a more sustainable and connected future. Bring your curiosity, make an impact, and see where your ideas can take you at Intel.

Requirements

Currently pursuing a Master’s degree or PhD in Chemical Engineering, Electrical Engineering, Materials Science, Microelectronics Engineering, Mechanical Engineering, Chemistry, Physics, or a related STEM field.
3+ months of educational, research, laboratory, internship, or industry experience.

Nice To Haves

Strong academic performance with a cumulative GPA of 3.0 or higher preferred.
Experience with programming, analytics, modeling, simulation, automation, visualization tools, or design of experiments.
Research, coursework, laboratory work, academic projects, internships, or other relevant technical experiences in semiconductor technology, advanced manufacturing, process development, materials science, chemistry, physics, or related technical fields.
Ability to communicate technical findings and collaborate across project teams.

Responsibilities

Develop semiconductor technologies that power AI, high-performance computing, and advanced devices by applying graduate-level technical expertise to manufacturing and process challenges.
Advance semiconductor processes, technologies, and manufacturing solutions.
Leverage analytics, modeling, simulation, and experimentation to solve complex engineering challenges.
Improve yield, quality, reliability, and performance through data-driven insights.
Partner across engineering and technology teams to accelerate next-generation semiconductor innovations.
Enable safe, sustainable, efficient manufacturing operations.
Build expertise in semiconductor technology, analytics, experimentation, and advanced problem solving at manufacturing scale.