Opinion: Engineering internships fuel growth for students, companies

Theresa Odun-Ayo

Across our community, something important and encouraging is happening. Local engineering companies are hiring record numbers of interns from Missouri State University’s engineering program. 

On the surface, this looks like a simple workforce trend, but it is something much more powerful: a value-creating pipeline that strengthens students, companies and the regional economy. 

The value of engineering interns
Internships and co-ops are often described as “learning experiences” for students. That is true but incomplete. Today’s engineering interns are not just observers or assistants. They contribute real, measurable value while they are still in school.

Students design systems that save hours of labor, write code and analyze data that improves manufacturing yield, and build prototypes of future development. They arrive with strong fundamentals, modern technical tools and a problem-solving mindset shaped by rigorous coursework. Companies invest time mentoring them, and in return, they gain productive team members who are eager, capable and current with emerging technologies.

The benefits continue after graduation. Students who complete internships enter the workforce with a level of professional readiness that cannot be taught in a classroom alone. The National Association of Colleges and Employers reports that students who complete paid internships receive more job offers and higher starting salaries than those who do not.

For employers, this means lower training costs, faster onboarding and better retention as they get more effective engineers from day one. Internships have also become one of the most reliable recruiting tools. The Society for Human Resource Management notes that internships reduce hiring risk and recruiting expenses while improving long-term employee retention. Many internships quietly function as extended job interviews. Companies get to evaluate technical skills, communication styles and work ethic over months not hours. Students can assess company culture and career fit. When both align, the result is a stronger, more stable workforce.

A win-win 
The companies that hire the most interns also tend to be the ones growing the fastest. While growth depends on many factors, access to a steady stream of capable engineering talent is clearly one of them. Interns allow teams to take on projects that might otherwise be delayed, explore new ideas and scale operations more confidently.

The partnership between the university and local industry extends beyond internships. Each year, senior engineering students complete capstone design projects – real engineering problems proposed by real organizations. Nationally, the American Society for Engineering Education has documented that industry-sponsored capstone projects frequently result in deployable systems and process improvements, not just classroom exercises. 

In our community, several of these projects have become working solutions: automated test fixtures, data-collection systems, energy-efficiency improvements and tools that streamline manufacturing and operations. These are not theoretical exercises; they are practical systems designed, built and implemented by students under faculty supervision.

This model benefits everyone. Companies receive fresh thinking and tangible solutions. Students gain experience tackling engineering challenges. And the community gains innovation capacity that might otherwise be out of reach.

As an educator and program director, I see this ecosystem up close. Engineering education works best when it is tightly connected to the world it serves. Industry provides context, relevance and urgency. Universities provide foundational knowledge, ethical grounding and long-term thinking.

National engineering organizations agree. The National Academy of Engineering has emphasized that close collaboration between universities and industry is essential for producing engineers who are ready to contribute immediately to the workforce. Together, these partnerships form a pipeline that converts potential into productivity. This pipeline is also a powerful tool for retaining talent locally. When internships build strong professional ties, students are more likely to stay after graduation.

Research has found that university-industry collaboration plays a major role in regional economic growth and innovation capacity. Supporting this system requires ongoing commitment: from companies willing to mentor, from universities willing to adapt curricula and from communities willing to invest in education. The return on that investment is clear. We are not just training engineers. We are building companies, strengthening innovation and shaping our region’s future workforce.

In engineering, we often talk about closed-loop systems; systems where outputs feed back into inputs, improving performance over time. Our local internship ecosystem is exactly that kind of system. Students create value for companies. Companies strengthen students. And together, they drive growth that benefits us all.

Theresa Odun-Ayo is the director of the Missouri State University/Missouri S&T cooperative engineering program. She can be reached at todunayo@missouristate.edu.