A company pays an engineer to go to a middle school for Career Day. The engineer speaks about rockets for forty-five minutes. The kids clap. Everyone takes a photo. The company states this on LinkedIn.
That’s not a partnership. That’s a press release.
These partnerships have nothing to do with real STEM collaboration. They’re messier, slower and much harder to photograph. But they actually work. And the difference between something that does and doesn’t work is one question most STEM companies never think to ask: what do the teachers need?
Not how the company wants to be marketed. Not what was environmentally good enough on a sustainability report. What do the people who get into classrooms five days a week actually need in order to teach science better?
As it turns out, the answer is rarely free t-shirts.
Here’s a scenario that plays out in schools nationwide. A big company writes a check. The school buys equipment. No one trains the teachers how to use it. Three months later, a $4,000 3D printer gathers dust in a closet because the only teacher trained to operate it moved to another building.
Sound familiar? It should. The schools have a closet full of overpriced STEM gear that nobody ever touches.
The problem isn’t money. The issue is that most corporate STEM initiatives come from marketing departments rather than educators. They’re designed around what looks good on a screen, not what teaches well. And the companies that screw this up aren’t bad companies. They’re simply asking the wrong people the wrong questions.
The companies that have it figured out? They first sit down with teachers. Not administrators. Not school board members. Teachers.
The American Association for the Advancement of Science conducted a survey of more than 160 STEM educators through their initiative, Science ATL. The message was loud and clear. Teachers don’t want one-time visitors. They want long term relationships with STEM professionals that last through an entire school year. They want someone who comes in September and is still there in May.
The most effective model involved one teacher and one STEM professional working together for a year, including at least eight visits to the classroom. In their first year, 32 partnerships in nine Atlanta-area school districts served about 4,500 students.
That’s minuscule compared with the scale of a national ad campaign. But those 4,500 students had someone real, from a real business, standing by their teacher’s side, answering questions that weren’t on a script. That is bigger than any billboard could be.
And teachers also state something that should make every corporate STEM director squirm: send training, not equipment. A review article published in the International Journal of STEM Education reviewed 25 independent research articles, all of which led to similar conclusions. Teachers value collaborating with peers, a great curriculum, district support and professional development a lot more than donated hardware.
Nobody photographs professional development. Probably explains why so many skip it.
The National Math and Science Initiative, which was launched in 2007 with $125 million from ExxonMobil (and the backing of Lockheed Martin, BAE Systems, Texas Instruments and others (Philanthropyroundtable.org), didn’t write checks alone. They also scaled up investment in teacher training.
The outcome was tough for anyone to argue with. AP qualifying scores in math and science soared by as much as 72 to 85 percent at partner schools in year one. By year three, those scores came in nearly triple. African American students attending NMSI schools were 69 percent more likely to graduate with a bachelor’s degree. Hispanic students, 83 percent more likely. As of 2023, the program served 2.9 million students and utilized over 72,000 trained teachers across approximately 1,800 school sites.
That’s what you get when companies invest in humans rather than things.
Northrop Grumman took a similar tack, investing $297 million in STEM education over a decade for underserved communities (Northropgrumman.com). Their programs have included yearlong immersive training for Title I school teachers through the National Science Teaching Association’s Scaling Up for STEM initiative. They also collaborated with VEX Robotics reaching 20,000 competition teams in over 45 countries.
But here’s the detail that transforms a marketing play into an actual partnership: Northrop Grumman kept showing up. Year after year. Not for a single event. Not for a photo. For a decade.
Back in 1992, Lockheed Martin and the University of Central Florida did something different. Rather than an annual grant that would eventually run out, Lockheed Martin gave a $1 million endowment, which the state matched with $500K. Its interest supported teacher development. Permanently.
That one decision set in motion more than 30 years of training for over 650 teachers to become STEM leaders. More than 150 of those teachers were specifically trained to work in Title I schools, the ones that need the most help and tend to get the least. A peer-reviewed article published in the journal Education Sciences in 2021 described the ongoing impact of the partnership.
Now, think about that for a second. One investment. Three decades of impact. No annual fundraising galas. No renewal negotiations. Just steady, quiet, continuing support that survived every CEO and every board member and every budget cycle gone by.
The vast majority of Fortune 500 corporate STEM programs won’t survive a single leadership change. This one survived three decades of them.
Companies and schools speak nothing alike, which is one reason STEM partnerships fail. A defense contractor’s concept of “project-based learning” is not the same as a fourth-grade teacher’s concept of “project-based learning.” At all.
That’s where intermediaries come into play. More than 100 STEM Learning Ecosystems now exist around the country, creating linked networks of schools and companies, museums, universities and community groups. These ecosystems were specifically identified in the $52 billion CHIPS and Science Act of 2022 as eligible for National Science Foundation funding. They were ranked as the No. 1 strategy for community-level STEM improvement by the federal Committee on STEM Education.
Project Lead The Way is in over 12,200 schools nationwide, including all 50 states, serving over 116,000 trained teachers and more than 100 corporate partners. A 2016 report from Texas State University found that students in PLTW programs scored higher in state math tests and pursued STEM degrees at greater rates than their peers.
These intermediaries succeed because they translate. They take what companies can provide and reconfigure it into something schools can actually use. Even well-meaning partnerships fail without that translation layer.
Here’s something uncomfortable. Students’ interest in STEM careers has actually declined, a 2025 survey of 54,000 students in grades 8 through 12 conducted by the organization STEMconnector found, even as awareness of such careers had improved since 2020.
Read that again. Students are more aware of STEM careers than ever before. And fewer of them want one.
Awareness campaigns alone aren’t enough. Posters don’t change minds. Career Day visits don’t change minds. The rest can be helpful but the only thing that changes minds is sustained, authentic contact with real professionals doing real work on real problems.
That means engineers in classrooms. Not once. Regularly. It means teacher externship programs, such as those in Iowa, Alabama and Colorado, that embed teachers inside companies for weeks so they can carry real industry experience back to their students. Alabama’s 2025 program deployed 43 teachers in 21 school systems. Iowa offers a stipend of $5,500 along with graduate credits. Colorado has assigned teachers to quantum computing companies and Buckley Space Force Base.
These programs work because they change what teachers know, and that changes what teachers teach, and that changes what students believe is possible.
So how can you tell whether a STEM partnership is the real deal or just another very expensive photo opportunity? Just ask one question: what happens after the cameras stop rolling?
If the answer is, “nothing until next year’s event,” it’s not a partnership. It’s a transaction.
If the answer is “the engineer comes back next Tuesday, and the week after that, and the week after that, because she’s been paired with a ninth-grade physics teacher who’s redesigning a unit on materials science and needs someone who actually works with composites,” then we’re doing something real.
The companies that do understand this are creating something that is much more than public relations. They’re creating a workforce that will solve problems whose names have not yet been invented. And they are doing it the only way it really works: by simply asking teachers what they need, and then staying long enough to provide it.
→ Long-term, year-round partnerships between STEM professionals and classroom teachers
→ Providing teacher training and professional development over equipment donations
→ Growth pipelines of talent with authentic industry interface
The companies revolutionizing STEM education don’t write the biggest checks. They’re the ones that keep coming back.
The future is bright, but it starts with a real partnership between industry and education, says Mentis Sciences. Hypersonic materials, defense technology, aerospace engineering, advanced composites. They need the right people with the willingness to make an effort. www.mentissciences.com
