Capstone projects provide an excellent opportunity for students from different academic disciplines to work together on solving real-world problems. By their very nature, many of society’s most pressing issues cut across disciplinary boundaries and require diverse perspectives and skillsets to address. An interdisciplinary approach through capstone projects can mirror the types of collaborative work environments students will find after graduation. It also fosters important 21st century skills like communication, teamwork, and systems thinking that will serve students well regardless of their future career paths.
When students from programs like engineering, business, public health, environmental studies and more come together on a capstone project, it creates the potential for truly innovative solutions. For example, a team may develop new environmentally-sustainable technologies, evaluate their economic and business case, model impacts on public health and design effective communication strategies to promote adoption. The combination of technical knowledge with social science and policy insights leads to more holistic proposals that have a greater chance of real-world implementation.
The integration of multiple disciplines enriches the learning experience for students as well. It exposes them to different methods, theories and ways of conceptualizing problems. Their own assumptions are challenged as they consider issues from new perspectives. Communicating and finding common ground with peers from other programs also builds interpersonal skills. Students learn there is no single right answer, but rather well-reasoned solutions emerge through respectful dialogue and accommodation of diverse viewpoints.
An interdisciplinary structure requires more coordination to ensure students have opportunities to tap into each other’s knowledge and that projects reflect the full range of relevant issues. The payoff is well worth the extra planning in terms of the quality and feasibility of outcomes. Some strategies that institutions have used successfully include:
- Setting clear interdisciplinary goals and structuring projects, timelines and assessments accordingly. This provides a framework for integration without being overly rigid.
- Purposefully mixing students from varied backgrounds into cross-functional teams instead of allowing self-selection into disciplinary silos. Random assignment or matching based on complementary skillsets and interests can maximize diversity.
- Bringing in external advisors, community partners or subject matter experts from industry as “interdisciplinary guides” to mentor teams. These guides can point students to insights outside their home disciplines.
- Providing educational and social activities to help students from different programs get to know one another informally early in the capstone process. This lays the groundwork for effective collaboration once projects commence.
- Promoting a culture where students feel empowered to respectfully question assumptions and proposed solutions in the spirit of improving outcomes, rather than to “win” an argument or protect their home discipline’s turf.
- Publicly disseminating the most impactful capstone results to showcase for the wider university and external communities successful models of interdisciplinary problem-solving. This incentives high quality work.
Done right, interdisciplinary capstone projects can be transformative learning experiences for students and a wellspring of innovative solutions to pressing real-world issues. By bringing diverse perspectives together in a structured yet flexible framework, these projects mirror the integrated approach increasingly demanded in today’s complex problem space. Many universities have reaped benefits by making interdisciplinary collaboration a hallmark of their capstone programs.
Andrew Stroud