The manufacturing industry is facing a significant challenge: a growing talent gap at the entry level. At the heart of efforts to bridge this gap is the Center for Design and Manufacturing Excellence (CDME) at Ohio State University, which is pioneering innovative programs that equip students with the skills and experience needed to thrive in modern manufacturing environments.
A Hands-On Approach to Workforce Development
The CDME is redefining how students transition from education to industry by prioritizing hands-on learning. Their unique approach ensures that students are not only academically prepared but also job-ready through real-world projects and collaborations with industry partners.
As Nathan Ames (Executive Director at the CDME) puts it:
“Our center’s mission is to advance U.S. manufacturing competitiveness, and we believe the way to do that is through both technology and workforce development. One thing I often echo through the center is: you can’t fake real. If we’re going to work on a project, it has to be real— with deadlines and customers who get mad if you don’t deliver. That’s what really allows us to train students the way industry wants them.”
The CDME’s training model integrates:
- Practical Experience: Students work directly on manufacturing projects, using cutting-edge technology and equipment.
- Industry Partnerships: Companies engage with students early, ensuring their skills align with workforce demands.
- Problem Solving Focus: Students learn to address real manufacturing challenges, with some guidance from experienced professionals, preparing them for immediate impact in their careers.
How the CDME Prepares Students for Success
One of the key elements of the CDME’s success is their ability to place students in a work-based learning environment where they interact with clients and apply their knowledge in real settings. The goal is not just to teach theory but to instill confidence and competence in manufacturing roles.
By collaborating with industry partners, they ensure that students gain practical, hands-on experience in advanced manufacturing technologies.
Key strategies include:
- Mentorship Programs: Students receive guidance from industry experts who help shape their career paths.
- Project-Based Learning: Participants take part in real manufacturing projects, solving practical problems alongside professionals.
- Job Readiness Training: The program emphasizes both technical and soft skills, ensuring students can communicate effectively and adapt to workplace environments.
In addition, Dimitri Papazoglou (Principal Engineer), when asked about the types of roles that CDME working students typically transition into after working at the CDME, he shared:
“What’s really cool about the CDME— and something we try to highlight a lot— is that when our students graduate, they typically have two to four years of industry experience. So they don’t enter companies as traditional entry-level engineers. Instead, they step into more mature, junior-level roles, which is incredibly valuable for them.”
Keeping Additive Manufacturing Relevant for Industry Needs
As additive manufacturing continues to evolve, the CDME ensures its programs stay at the cutting edge. John Middendorf (Director of Additive Manufacturing) is deeply involved in the industry, regularly attending conferences and staying informed about the latest trends and challenges. He highlights some of the biggest hurdles facing the industry, which will shape the next decade:
“The main challenges are qualification and throughput. While they won’t be fully solved, I believe we’ll see significant progress over the next decade. Additive manufacturing will expand into more applications, and with the help of new standards, advanced analytics, and AI, we’ll make substantial headway in overcoming qualification hurdles. We’re working on several programs addressing these challenges, and I’m optimistic about where we’ll be in the next 10 years.”
The center continually updates its technologies to reflect the latest advancements in 3D printing and digital manufacturing, based on client needs.
The CDME’s stays ahead of the curve by:
- Investing in New Technologies: Regular updates to machinery and software ensure students are learning with industry-standard tools.
- Engaging with Companies: Direct input from businesses helps tailor training to meet real-world needs.
- Developing Specialized Skills: Training covers not just 3D printing but also material science, design optimization, and post-processing techniques.
Ensuring a Sustainable Talent Pipeline for Industry: a Model for Universities and Companies
The CDME’s approach serves as a model for other universities and businesses looking to develop a stronger manufacturing workforce. By fostering collaboration between education and industry, they are helping to close the skills gap while creating valuable opportunities for students and employers alike.
Through strategic partnerships, the CDME connects trained professionals with forward-thinking employers, ensuring a sustainable talent pipeline for the industry.
Universities interested in adopting a similar model can look to the CDME as an example of how to create an impactful, industry-aligned training program. Likewise, businesses seeking skilled talent can benefit from partnering with the CDME to engage with students early and develop a future-ready workforce.
For more insights into how the CDME is shaping the next generation of manufacturing professionals, visit their website or listen to the full episode of the 3D People Podcast.
Want to Support or Collaborate with the CDME?
If you’re interested in supporting the work being done at CDME, or exploring potential collaboration opportunities, Executive Director, Nathan Ames, welcomes outreach and has generously shared his contact information below:
Email: ames.21@osu.edu
Phone: (+1) 614-292-6570
Visit the CDME for more information about the work they do: https://cdme.osu.edu/
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