#stem schools

[uafairbanks]

Three UAF undergrads win Alaska Space Grant research fellowships.

[uafairbanks]

Raising the 2018 ice arch.

[stemxpert]

Building Future Innovators: The Role of STEM Centres & Partnerships

Education today is not just about learning facts from books; it is about applying knowledge to solve real challenges. STEM Centres have emerged as active learning hubs where students explore science, technology, engineering, and mathematics through hands-on activities. These centres encourage children to think differently, question boldly, and create fearlessly. They shift students from being passive learners to becoming confident innovators ready for the future.

Why STEM Centres Matter in Modern Learning

In a rapidly developing technological world, students need more than theoretical knowledge. STEM Centres allow them to experiment with robotics, coding, electronics, and models to understand how things truly work. When students touch, build, and test their ideas, they gain a deeper understanding that textbooks alone cannot provide. This interactive environment cultivates logical thinking, creativity, and an engineering mindset at a very young age. It fills classrooms with excitement where curiosity becomes the driving force of learning.

The Impact of Strong STEM Partnerships

Partnerships are the real strength behind successful STEM Centres. When schools collaborate with technology experts, industries, and innovation companies, students gain valuable exposure to real-world advancements. These partnerships ensure that children are not only learning concepts but also discovering how those concepts are used in careers such as robotics engineering, computer programming, sustainable technology, and space innovation. Through expert guidance and updated resources, students begin to see a future shaped by their own potential and imagination.

Empowering Teachers to Inspire Innovation

Teachers play a crucial role in transforming education. STEM Centres support educators by training them in modern techniques so they can guide students through projects, encourage experimentation, and help them think critically. Instead of traditional one-way teaching, teachers become facilitators who motivate learners to discover solutions on their own. This change not only enhances the classroom experience but also builds a school culture where innovation feels natural and achievable.

Creating Future-Ready Students

Every project inside a STEM Centre helps children understand that mistakes are stepping stones to success. They learn to communicate, collaborate, and approach challenges with confidence. These experiences prepare them for the future where technology and innovation will be at the heart of every profession. Students begin to dream big while developing the skills needed to turn those dreams into reality.

STEM-Xpert’s Commitment to Better Learning

The transformation in education becomes meaningful when the right support reaches schools and students. That is why STEM-Xpert works closely with institutions to set up advanced STEM Centres, build learning partnerships, and train educators as future-ready facilitators. By strengthening STEM education, STEM-Xpert ensures that every child receives the opportunity to innovate, create, and lead with confidence.

[uafairbanks]

Friday Focus: A tradition of collaboration

I’ve never experienced a more collaborative place where the all employees, faculty, staff and students genuinely want to see each other thrive and succeed.

[uafairbanks]

Explore our strong petroleum engineering program.

[co301d-blog]

Morning Pages 4/27

“..Something strikes you when you move to America and travel around the world: Every education system on Earth has the same hierarchy of subjects. Every one. Doesn’t matter where you go. You’d think it would be otherwise, but it isn’t. At the top are mathematics and languages, then the humanities, and at the bottom are the arts.” - Ken Robinson  

Based off of my personal experience attending a STEM school, I can accurately say that the arts are being squashed out by STEM subjects. Students were not influenced to take a music, art, or drama class. Students were expected to be taking high (and when I say high I mean Calc 3 [which I did take in HS]) levels of math and science, but were advised to stay away from the arts. I had a counselor actually tell me once that my time would be better spent in an engineering class rather than a drama class. Stupid me, I listened to him. I took engineering classes all four years, and was (in my opinion) subtly brainwashed to think that I wanted to be an engineer. Even though, I hate math, and to be doing engineering for the rest of my life would be miserable. For those of you that have never take Calc 3, AP Physics, Advanced Coding, and a capstone engineering class in which your entire grade rests on one thing that you build, I can promise you that it is miserable. I would have much rather spent my time taking an extra English class, or a drama class, but all of the teachers and advisors were paid off to tell us to pursue engineering. 

I feel that my arts education was severely lacking. I mean I took one class that could be considered and “art” class, even though students needed to take 2 “art” classes in order to graduate. My school bent that rule; if you were in engineering, you didn’t have to take any “art” classes. Which, in my blunt opinion, is bull shit. On top of that, when I started school there, our drama program was one of the best ones in CO, and our drama teacher was highly sought after. But after we were converted into a STEM school, our “art” teacher was fired so that we could hire a retired NASA engineer. After that, our drama department was so terrible, they might as well have done away with it. 

Students benefit highly from “art”, and it is very sad that it is not valued as such.

[wilneida]

Feeling generous? Support a STEM project at DonorChoose.org today

A Pew report found that:

"Teachers of the lowest income students are more than twice as likely as teachers of the highest income students (56% v. 21%) to say that students’ lack of access to digital technologies is a “major challenge” to incorporating more digital tools into their teaching."

Funding at schools is not going to get any better for the foreseeable future.  Visit www.donorschoose.org and search for technology and applied learning to find what technology school projects you can support in your area.