The power of collaboration in STEM research and careers

Breakthroughs in STEM rarely happen in isolation. Whether you have worked on a classroom project, participated in a laboratory course, or contributed to a research internship or fellowship, you have likely already experienced collaboration firsthand. In professional STEM settings, those teamwork skills become even more important. Whether developing medical technologies, analyzing climate data, or advancing artificial intelligence, today’s scientific progress depends on teams of researchers, engineers, and specialists working together. For undergraduate students, graduate researchers, and postdoctoral scientists alike, collaboration is an essential skill that can strengthen both research outcomes and career growth.

Why collaboration matters

STEM is built on collaboration. No lab is run by a single scientist; no engineering firm is managed by a single person. Researchers with different expertise work together to solve problems, advance discoveries, and develop new technologies. For example, biomedical researchers may collaborate with data scientists to analyze large datasets, while energy engineers may work alongside chemists and materials scientists to develop more efficient battery technologies and renewable energy systems. Additionally, students and recent graduates selected for ORISE-administered internships, fellowships, or postdoctoral opportunities may benefit from collaborating with mentors and colleagues in a variety of ways, including:

• Gaining insight from subject matter experts across different STEM disciplines.
• Building experience outside your primary area of study.
• Contributing to presentations, publications, and/or research findings.
• Expanding your professional network and learning about potential future career opportunities.
• Developing your professional reputation through team-based research.
• Strengthening your resume/CV with hands-on research and interdisciplinary experience.

Collaborating in research settings

Many collaboration opportunities develop naturally through research labs, internships, fellowships, and classroom teams. Students and early-career researchers may contribute to conference presentations, journal articles, laboratory projects, or interdisciplinary studies.

Collaboration in STEM is increasingly virtual and interdisciplinary. Researchers often work with teams across institutions, states, or countries using digital tools such as Microsoft Teams, Slack, Zoom, GitHub, and shared data platforms. Strong virtual communication and organizational skills can help you succeed in remote research environments.

Expanding your professional network

Building connections outside your immediate academic or workplace environment can introduce you to new perspectives, research areas, and future collaboration opportunities. You may:

• Attend conferences, seminars, or other professional events.
• Join professional STEM organizations.
• Maintain an updated LinkedIn profile - you can read how to take advantage of LinkedIn.
• Reach out to researchers whose work interests you.

Stay open to informal conversations that could lead to future projects and/or opportunities Imagine that you work in a national research laboratory, so you’re surrounded by great minds. You may start chatting with someone about their research while you’re in the lunch line or walking down the hallway. Conversations like these can sometimes lead to valuable opportunities. You can find more information on networking.

How to be a strong collaborator

At its baseline, collaboration is about teamwork, while remaining adaptable and professional.

1. Maintain a growth mindset. This means that you should always remain open to improvement.
2. Ask thoughtful questions and contribute ideas.
3. Communicate clearly and remain open to feedback.
4. Recognize and respect the individual strengths of each team member.
5. Meet deadlines and follow through on responsibilities.
6. Stay adaptable when projects or research directions change.
7. Share credit professionally and celebrate team accomplishments.

Navigating collaboration challenges

Collaboration can also come with challenges, including communication differences, conflicting priorities, or unclear expectations. Addressing issues early, maintaining professionalism, and focusing on shared goals can help teams work through obstacles productively.

Collaboration is key to the scientific process. Without it, think how many discoveries and advancements from the past 100 years we wouldn’t have. And strong collaboration skills can help STEM students and researchers expand their professional networks, strengthen research experiences, and prepare for the team-oriented nature of scientific careers. Learning to collaborate effectively is an opportunity to be a part of something special and an investment in your long-term professional growth.

References: 

• The Importance of Collaboration In STEM | National Inventors Hall of Fame
• The Role of Collaboration in STEM Success | STEMBlazers
• Leadership Resources | Purdue University