Throughout my career in immunology, academia, and biotechnology, I have learned that some of the most important advances rarely come from one person working alone. Scientific expertise is essential, but modern biotech challenges are too complex to be solved within a single discipline. The most promising ideas often emerge when people with different backgrounds, experiences, and ways of thinking come together around a shared problem.
Building multidisciplinary teams has therefore become one of the most important parts of my work. Whether working in an academic laboratory, helping build a biotechnology company, or leading research and development programs, I have seen how different perspectives can turn a good idea into something much stronger. I have also learned that simply putting talented people in the same organization does not automatically create an effective team. Collaboration requires purpose, trust, communication, and strong leadership.
Start With a Shared Mission
The first lesson I have learned is that successful multidisciplinary teams need a clear reason for working together. People from different scientific and professional backgrounds will naturally have different priorities. An immunologist may focus on biological mechanisms, while an engineer may be thinking about how to build a practical system. A clinician may be focused on patient needs, while a business leader may be thinking about development strategy and resources.
These perspectives are all valuable, but they need to be connected by a common mission. In biotech, that mission should ultimately be linked to creating meaningful improvements in human health. When people understand the larger purpose behind their work, they are more likely to appreciate how their individual contributions fit into the broader effort.
A shared mission also helps teams navigate disagreements. Different opinions are inevitable, and they can actually strengthen decision making when everyone remains focused on the same objective.
Respect Different Forms of Expertise
One of the great advantages of a multidisciplinary team is that no one person has to understand everything. The challenge is creating an environment where people respect expertise that is different from their own.
Scientists can sometimes become focused on their particular area of knowledge. That is understandable because deep expertise is necessary for meaningful research. However, breakthrough innovation often happens at the boundaries between disciplines. A biological problem may require an engineering solution, while an engineering challenge may be solved by understanding biology more deeply.
I have found that strong teams encourage people to explain their thinking rather than assume everyone already understands it. This creates opportunities for learning and helps prevent teams from becoming divided into separate groups that work independently.
Respect does not mean everyone has to agree. It means recognizing that different perspectives can make the overall scientific program stronger.
Communication Is a Scientific Tool
Good communication is often treated as a management skill, but I believe it is also a scientific tool. When people communicate clearly, they are better able to identify assumptions, explain problems, and recognize connections between different areas of research.
This becomes especially important when teams are working across disciplines. Scientists may use terminology that is unfamiliar to engineers, clinicians, or business professionals, and vice versa. Taking the time to explain concepts in common language can prevent misunderstandings and improve decision making.
Leaders have an important role in creating this environment. Meetings should provide space for questions, disagreements, and discussion rather than simply being opportunities to report progress. Some of the most useful conversations can happen when someone asks a basic question that causes the team to reconsider an assumption.
Build Teams With Complementary Strengths
When building a multidisciplinary organization, I do not believe the goal should be to hire as many highly accomplished people as possible. The goal should be to create a group whose strengths complement one another.
A team filled with people who have nearly identical backgrounds may have tremendous expertise but still lack the range of perspectives needed to solve complex problems. I prefer to think about what capabilities are missing and how different people can contribute to a larger system.
This also applies to personality and working style. Some people are naturally focused on generating new ideas, while others are particularly good at turning those ideas into practical plans. Some enjoy solving immediate technical problems, while others naturally think about long-term strategy.
Strong teams benefit from these differences when they are managed effectively.
Create Space for Healthy Disagreement
Scientific progress depends on questioning ideas. A team where everyone agrees all the time is not necessarily a healthy team. In fact, a lack of disagreement can sometimes mean that people are reluctant to challenge assumptions.
I want scientists and colleagues to feel comfortable saying when they believe something will not work or when they see a potential problem. The key is creating a culture where disagreement is directed toward the science rather than toward individuals.
Healthy debate can expose weaknesses in a strategy before they become expensive problems. It can also produce better ideas by forcing people to examine their reasoning more carefully.
The leader’s role is not to eliminate disagreement. It is to make sure disagreement remains constructive and focused on the mission.
Give People Ownership
Another important lesson is the value of giving talented people real responsibility. Multidisciplinary teams work best when individuals understand that their expertise is trusted and that they have an important role in shaping the direction of the program.
Micromanagement can limit innovation. Scientists need room to explore, test ideas, and make decisions within their areas of responsibility. At the same time, ownership needs to exist within a framework of accountability.
Clear objectives and expectations allow people to operate independently while remaining aligned with the broader strategy. When people feel genuine ownership of their work, they are more invested in the outcome.
Learn From Setbacks Together
Biotechnology is filled with uncertainty, and every development program will face setbacks. Experiments may not produce the expected results, technologies may prove more difficult to develop than anticipated, and strategic priorities may need to change.
Multidisciplinary teams can be particularly valuable during these moments because different perspectives can help identify new paths forward. A scientific setback may reveal a manufacturing opportunity, a clinical challenge may change how a research program is designed, or an unexpected result may lead to a completely different hypothesis.
The most productive teams do not spend their energy assigning blame. They focus on understanding what happened and deciding what can be learned from it.
Keep the Team Connected as It Grows
Growth creates another challenge. A small biotech team can communicate naturally because everyone knows one another and understands what others are doing. As a company expands, that becomes more difficult.
New systems and processes become necessary, but they should support communication rather than replace it. Leaders need to maintain opportunities for people to interact across departments and understand the broader direction of the organization.
Culture can become fragmented as companies grow if teams lose sight of the larger mission. Maintaining strong communication and shared goals helps prevent that from happening.
Looking Ahead
The future of biotech will require even greater collaboration. Emerging areas such as cell therapy, regenerative medicine, immunology, and engineered biological systems bring together scientific questions that cannot be addressed by one discipline alone.
As these fields develop, multidisciplinary teams will become increasingly important. The organizations that succeed will not simply be those with the best technology. They will be those that can bring together talented people and create an environment where their combined expertise produces something greater than any individual contribution.
Closing Thoughts
Building multidisciplinary teams has taught me that successful innovation is ultimately about people as much as technology. Scientific knowledge provides the foundation, but collaboration allows that knowledge to be combined in new and productive ways.
The best teams I have been part of have shared several qualities. They had a clear mission, respected different forms of expertise, communicated openly, challenged ideas constructively, and gave people the freedom to take ownership of their work. Most importantly, they remained focused on the purpose behind the science.
Biotechnology presents some of the most difficult challenges in modern medicine, but it also offers extraordinary opportunities. By bringing together people with different skills and perspectives, we can create stronger organizations, ask better questions, and develop innovative solutions that have a real impact on patients.