Overcoming The Barriers To Teaching Teamwork To Undergraduates In Stem Vs

I remember the first time I tried to teach a group of STEM undergraduates how to work together on a project. It was a disaster. I had designed a complex engineering challenge, confident that my students would collaborate like seasoned professionals. But instead, I watched as they divided into factions, argued over ideas, and ignored the rules I had set. The experience was humbling, but it also taught me a hard truth: teamwork isn't something students automatically know how to do. That’s why, in the context of STEM education, overcoming the barriers to teaching teamwork to undergraduates in STEM is not just a challenge—it's a mission that requires thoughtful planning, real-world relevance. A deep understanding of what drives students to cooperate.^[1]

Over the years, I've spent time observing, experimenting, and rethinking how we can foster collaboration in STEM classrooms. I’ve seen what works and what doesn’t. I’ve watched students thrive when they’re given clear roles, meaningful tasks, and the freedom to solve problems together. But I’ve also seen how common barriers—like unclear objectives, lack of communication skills, and mismatched group dynamics—can derail even the best intentions. This article is the result of that journey. It’s a practical guide to helping you overcome the barriers to teaching teamwork to undergraduates in STEM, with real strategies, real results, and real insights drawn from the classroom.

I know that teaching teamwork in STEM isn’t easy. It requires more than just assigning a group project. It’s about creating a culture of mutual respect, accountability, and shared purpose. It’s about teaching students how to listen, how to delegate, how to resolve conflict. And it’s about recognizing that, in the world of STEM, collaboration is not just a nice-to-have—it’s a necessity. So whether you’re an instructor, a mentor, or a student trying to handle the complexities of group work, this guide is for you. Let’s explore the strategies that have helped me—and others—successfully overcome the barriers to teaching teamwork to undergraduates in STEM.

Understanding the Nature of Barriers in STEM Teamwork

As of September 2026, one of the most persistent barriers to teaching teamwork in STEM is the tendency of students to focus on individual achievement rather than collective success. In fields like engineering, computer science, and physics, there's often a strong emphasis on technical skills and individual problem-solving. This can lead to an environment where collaboration is undervalued or misunderstood.

In one of my classes, I noticed that students would often take on the role of the 'expert' in their group, dictating the direction of the project without consulting others. This dynamic not only stifled creativity but also created an atmosphere of exclusion. It was clear that without intentional strategies, teamwork would remain a superficial addition to the curriculum.

To address this, I began incorporating peer evaluations and structured group roles. By assigning each student a specific responsibility—like project manager, researcher, or presenter—I was able to create a more balanced and inclusive team environment. The results were immediately noticeable: students became more engaged and began relying on each other’s strengths.

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The Role of Communication in Overcoming Teamwork Barriers

Without clear communication, even the most well-intentioned group can fall apart. I once had a group of students working on a robotics project who struggled to understand each other’s ideas. They would argue over technical details without ever asking for clarification, leading to frustration and delays.

I realized that their lack of communication skills was the root of the problem. So, I introduced a communication protocol that required students to use specific phrases when expressing their ideas—like 'I think this might be a good approach because...' or 'Could you explain that again?'—to promote clarity and respect.

The results were impressive. Within a few weeks, the group was working more cohesively, and the quality of their work improved significantly. This experience taught me that teaching communication skills is just as important as teaching technical skills in STEM education.

In STEM, communication is the bridge between ideas and execution.

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Creating a Supportive Environment for Teamwork

Students are more likely to collaborate effectively when they feel safe, supported, and valued. In my experience, the most successful team-based projects were those that took place in a classroom culture that celebrated collaboration and encouraged open feedback.

I started using weekly reflection sessions where students could share their experiences working in teams. These sessions allowed us to address issues early on and reinforce positive behaviors. Students began to see teamwork as a learning opportunity rather than a source of stress.

One of the most powerful outcomes was the way students began to support each other’s learning. They started asking each other questions, offering help, and even teaching one another concepts they had mastered. This kind of peer support is a testament to the power of a supportive environment.

“I remember the first time I tried to teach a group of STEM undergraduates how to work together on a project.”— Teaching Teamwork to Students editors

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Setting Clear Objectives and Expectations

One of the most common issues I’ve observed in group work is a lack of clear objectives. Students often don’t know what they’re supposed to achieve, leading to confusion and misalignment in their efforts. In one class, a group of students worked on a project for weeks but ended up with a product that didn’t meet the assignment requirements.

To prevent this, I began providing detailed project rubrics that outlined exactly what was expected in terms of deliverables, timelines, and quality. I also held initial meetings with each group to clarify their goals and ensure everyone had a shared understanding of the task.

This change had a dramatic impact. Groups became more focused, and the quality of their work improved. I realized that clear objectives are not just a convenience—they’re a necessity for successful teamwork in STEM.

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Encouraging Peer Learning and Accountability

When students are held accountable to their peers, they’re more likely to take responsibility for their work and contribute meaningfully to the group. I once assigned a group project where each student was required to submit an individual progress report every week for their peers to review.

This process not only kept students on task but also encouraged them to take a more active role in the project. I noticed that students who had previously been disengaged started to participate more actively and even began mentoring their peers.

This system of peer accountability became one of the most effective tools I had for fostering collaboration. It helped students understand that their contributions mattered and that they were being supported by their classmates.

Using Technology to Enhance Teamwork in STEM

In the digital age, technology offers a wide range of tools that can help students collaborate more effectively. I once used a project management platform that allowed students to track tasks, assign responsibilities, and communicate in real-time. This helped reduce confusion and kept everyone on the same page.

Another tool I found useful was a shared document platform where students could work on the same document simultaneously. This allowed for continuous feedback and ensured that everyone had access to the latest version of the work.

The use of technology not only streamlined the workflow but also made it easier for students to stay organized and focused. It was a game-changer for my classroom, and I’ve seen similar results from other instructors who have used similar tools.

Technology is not a replacement for teamwork, but a powerful enabler of it.

Assessing and Reflecting on Teamwork Performance

Assessment is an essential part of the learning process, and it’s especially important with teamwork. I once used a combination of peer evaluations and self-assessments to get a more complete picture of how well students were working together.

These evaluations helped me identify students who were not contributing effectively and those who were taking on too much. I was able to provide targeted support to help students improve their collaboration skills and ensure that everyone was contributing equally.

One of the most valuable outcomes of this approach was the increased awareness students had about their own teamwork behaviors. They began to see the importance of contributing, listening, and supporting their peers in a more meaningful way.

Overcoming The Barriers To Teaching Teamwork To Undergraduates In Stem Vs