Materials Science and Engineering
Two researcher wearing full heat protective gear pour liquid metal into a container.
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Metallurgical Engineering Trades Apprenticeship and Learning (METAL)

Michigan Technological University stands as the operator and administrator of a HUB within the Metallurgical Engineering Trades Apprenticeship and Learning (METAL) ACENet program in collaboration with Institute for Advanced Composites Manufacturing Innovation (IACMI).

MTU’s pivotal role involves enrolling schools for METAL training integration, procuring essential equipment, supporting METAL spokes, forming a cadre of certified instructors, and organizing in-person, one-week boot camps. Michigan Technological University aims to deploy the METAL program, utilizing existing networks and partnerships. Additionally, MTU is developing sustainability plans to ensure the continuity and growth of the METAL program beyond the contract period.

Curriculum

Take a look at what the METAL program offers:

Online Component

  • Free
  • Self-paced
  • Takes around 8.5 hours to complete
  • MUST be completed before you are eligible to participate in the bootcamp

13 Lessons Covered

  1. Introduction to metalcasting
  2. Metalcasting processes
  3. Metallurgy and heat treatment: Parts A-C
  4. Nonferrous metals and alloys (aluminum and copper based alloys)
  5. Cast irons
  6. Steels
  7. Introduction to casting design and modeling
  8. Additive manufacturing (3-D printing) techniques for casting
  9. Introduction to forging and rolling processes
  10. Melting processes
  11. Introduction to post processing
  12. Introduction to mechanical properties and testing
  13. Careers in METAL

In-person Component

  • Free
  • Instructor-led
  • 32 hours of instruction
  • Hosted at Michigan Technological University
  • Open to participants ages 18+

6 Activities Conducted

  1. Casting design: solidification modeling/flow modeling
  2. Mold making/preparation: process and mold materials
  3. Metallurgy and heat treatment: casting, forging, rolling
  4. Aluminum casting
  5. Post processing
  6. Brass casting

Summer Youth Program (SYP) | Apply Now

  • Exloring Materials Through Chemistry
  • Metal Casting: Forge Your Future

Introducing METAL

At Michigan Tech, we believe in education that makes a difference. METAL combines academic excellence with industry engagement to help you build the skills, confidence, and connections to thrive in a vital and growing field. Prepare to solve real problems. Prepare to make your mark. Take your first step into a high-impact industry with the Metallurgical Engineering Trades Apprenticeship and Learning (METAL) program. Designed for curious minds and hands-on learners, this program offers a unique opportunity to explore the science and application of metallurgy, casting, and forging—fields critical to the future of American manufacturing.

Start with a self-paced online course developed by faculty from Michigan Tech. You’ll build a strong foundation in metallurgical principles, guided by expert instruction and supported by interactive learning tools. Whether you're new to the field or sharpening your skills, this flexible format allows you to learn at your own pace while gaining essential knowledge for the next phase of the program.

Why Was the METAL Program Developed?

The metalcasting and forging industries are facing a critical shortage of skilled workers—a challenge with direct implications for the strength and resilience of the U.S. defense supply chain. The METAL program is stepping up to meet that challenge head-on.

Backed by the Department of Defense and led by the Institute for Advanced Composites Manufacturing Innovation (IACMI), METAL is designed to rebuild and strengthen the talent pipeline in these essential sectors. Through targeted education and hands-on training, the program equips individuals with the in-demand skills needed to succeed—and lead—in the field of metallurgy.

METAL isn't just about filling jobs. It’s about building a workforce ready to power innovation, ensure national security, and shape the future of American manufacturing.

After completing the online training, take your learning further with a week-long, in-person bootcamp. This immersive experience brings theory to life through hands-on projects, lab work, and real-world problem-solving. You’ll work side-by-side with industry professionals, gaining practical skills and insider insights that translate directly to the workplace.

The METAL program isn’t just about education—it’s about transformation. As the U.S. casting and forging workforce continues to shrink, METAL is meeting the challenge head-on by preparing the next generation of metallurgical professionals to lead with innovation and integrity.

Meet the Instructors and Staff

Alex Glover

Alexandra Glover

  • Assistant Professor, Materials Science and Engineering

Josh Mueller

Joshua Mueller

Assistant Professor, Materials Science and Engineering

Paul Sanders

Paul Sanders

  • Patrick S. Horvath Endowed Professor of Materials Science and Engineering

Isabella jaszczak

Isabella Jaszczak

  • Research Engineer I, Materials Science and Engineering

Pete Jaszczak

Pete Jaszczak

  • Lab Associate, Materials Science and Engineering

Rodney Wakeham

Rodney Wakeham

Communications Specialist

METAL Bootcamp Registration

When submitting this form, you are aware of the following conditions:

  1. Online Training Requirement: Participants must complete the online training prior to attending the in-person session.
  2. Spot Availability: Due to limited spots, submitting this registration form does not guarantee final enrollment. 

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