Accelerated B.S. in Semiconductor Materials and Devices

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Learn to Power the Future at Kettering.
The Future Runs on Innovation. Learn to Drive It at Kettering.

From AI-driven technology to electric vehicles and high-performance computing, the world is powered by semiconductors—and the demand for skilled professionals has never been higher.

Kettering University’s Accelerated Bachelor of Science in Semiconductor Materials and Devices puts you at the forefront. This high-intensity, industry-driven program delivers the same depth, rigor, and hands-on training as Kettering’s traditional degrees, optimized for those ready to lead in one of the most critical and fastest-growing industries in the world.

Why Study Semiconductors at Kettering?

A High-Performance Path to Industry Leadership

This program is designed for high-achieving students who want to develop deep expertise in physics, materials science, and advanced applications of semiconductors.

It delivers the same technical rigor and 50/50 paid Co-op experience as Kettering’s legacy programs—optimized for the pace of the industry, so you can start working even faster.

Industry-Grade Training from Day One

  • Work with Synopsys EDA tools, the industry standard for semiconductor design and verification used by Intel, AMD, and NVIDIA.
  • Build and test real microchips in Kettering’s Advanced Electronics Labs.

Exclusive Industry Partnerships That Set You Apart

  • Work alongside leading semiconductor companies through Kettering’s industry partnerships.
  • Gain access to advanced research tools and semiconductor materials labs.
  • Apply your knowledge to real-world challenges in chip development and device innovation.

What You’ll Learn

This program develops true industry-ready expertise in semiconductor materials and devices, including:

  • Semiconductor Materials Science – Study next-generation materials, quantum properties, and advanced processing techniques.
  • Quantum Physics & Photonics – Explore the principles behind semiconductor behavior, optoelectronics, and nanotechnology.
  • Electronic Design Automation (EDA) Tools – Gain hands-on experience with Synopsys software, the industry standard for semiconductor modeling and analysis.
  • Semiconductor Processing & Device Applications – Learn about materials synthesis, transistor behavior, and semiconductor device innovation.
  • Computational Modeling & Optimization in Semiconductor Technology – Use advanced computational methods to improve semiconductor performance and efficiency.

Co-op Experience + Career Opportunities

Unlike traditional programs, Kettering students don’t wait until graduation to enter the semiconductor industry—they start working in it from year one.

Co-op from the Start

Graduate with nearly 2.5 years of paid industry experience while earning your degree.

Earn While You Learn

Students in Co-op can earn up to $50,000 over six terms, providing valuable industry experience while helping offset tuition costs.

Industry Integration

Work with leading semiconductor companies before you graduate—so when you do, you’ll already have a résumé that sets you apart.


More about the Co-op Experience

Companies You Can Work With

  • ams OSRAM
  • CTR Electronics
  • Hemlock Semiconductor
  • Jabil Circuit Inc
  • KLA
  • New Eagle
  • RadiaBeam
  • Siemens
  • SK siltron

  • radia beam logo

Careers in Semiconductor Materials & Devices 

With the explosive growth in the global semiconductor industry, Kettering graduates enter high-impact, high-demand careers in:

  • Semiconductor Materials R&D – Developing next-generation materials and processes.
  • Quantum & Photonic Devices – Advancing optoelectronics, photonics, and quantum applications.
  • Semiconductor Manufacturing Development – Enhancing materials synthesis, transistor behavior, and fabrication.
  • EDA & Computational Modeling – Using software to simulate and optimize semiconductor performance.
  • Nanotechnology & Applied Physics – Innovating nano-scale semiconductor structures and applications.
closeup of computer processor

Industry Growth & Salary Outlook

  • The U.S. semiconductor industry is projected to double in size by 2030 (CHIPS Act).
  • Careers in semiconductor science, materials research, and process development offer median salaries ranging from $95,000 – $140,000, depending on specialization and experience (Bureau of Labor Statistics, 2024).

A Hands-On Experience That Sets You Apart

At Kettering, you don’t just study semiconductors—you apply your knowledge in real-world settings.

Applied Learning in Semiconductor Science

  • Conduct hands-on research in semiconductor materials, quantum physics, and photonics using industry-standard lab equipment.
  • Work with environmental scanning electron microscopes (ESEM), X-ray diffractometers (XRD), and photonics labs to analyze and test semiconductor properties.
  • Gain experience with electronic design automation (EDA) tools, including Synopsys software, used by leading semiconductor companies.

Start Ahead. Stay Ahead.

This program moves fast. It demands the best. And it prepares you to lead in an industry where only the most skilled rise to the top.

If you’re ready to push your limits and become a leader in the semiconductor industry, take the first step today.

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