As a PhD student and instructor with a background in both the hard and soft sciences, I often reflect on the path that brought me here. Much of my growth as a researcher and educator came not from staying in one lab throughout my undergraduate years, but from exploring a variety of research environments. Each lab offered its own set of methodologies, expectations, and cultures. This variation in experience proved invaluable—not only to my academic skillset but also to my understanding of ethical research practices and team dynamics. For those working in municipal government and management, particularly those guiding undergraduate interns or collaborating with academic institutions, there is a significant takeaway: encouraging diverse lab experiences can lead to more competent, ethical, and adaptable researchers entering the public sector workforce.

The Importance of Cross-Disciplinary Exposure

During my undergraduate years, I participated in research across different disciplines, from biology wet labs to psychology-based interview studies to public policy deception experiments. Each lab demanded different skills and introduced me to distinct research cultures. In one biology lab, for instance, I learned the value of precision and consistency through repeated pipetting and data logging. It was rigorous and detail-focused, which helped me develop patience and technical discipline.

Later, in a behavioral science lab, I was trained in qualitative research methods, including how to conduct and code interviews. The contrast between the two labs was striking. While the biology lab emphasized replicability and control, the behavioral science lab focused on nuance and context. This shift in emphasis opened my eyes to how different research traditions handle evidence, uncertainty, and interpretation.

These differences are not just academic—they have practical implications for municipal management. Working in public health, transportation planning, or community engagement often requires synthesizing insights from both hard data and human-centered inquiry. Research conducted in various contexts must bridge technical rigor with community responsiveness. Employees who have experience across lab types are better equipped to do so.

Understanding Lab Culture and Ethical Practice

One of the most valuable lessons I learned through varied lab experiences was how lab culture can affect research ethics. In one lab, I noticed a high-pressure and disorganized environment where results and deadlines were prioritized over ethics and process. At the time, I didn’t question it. But after joining a second lab that encouraged open discussion of null results and emphasized transparency, I began to see how the first lab’s culture may have contributed to questionable research practices.

This awareness was deepened by my engagement with tools and concepts from the Open Science movement, which promotes transparency, data sharing, and reproducibility across scientific disciplines. For example, studies have shown that psychological research using preregistration—a practice championed by Open Science—results in less biased reporting and stronger methodological integrity¹. By moving between labs, I developed a critical eye for practices that aligned with or diverged from these principles. This experience is directly relevant to any organization concerned with public trust. Whether managing water quality testing or community surveys, transparent procedures and ethical standards are essential.

Learning to Work in Diverse Teams

Each lab I joined had its own leadership style. One was hierarchically structured, with a principal investigator making all major decisions. Another was more collaborative, where graduate students and undergraduates worked closely and shared ownership over projects. These dynamics taught me how to adapt my communication style and manage conflicts constructively. I also learned how different leadership approaches affected morale, creativity, and efficiency.

This is particularly relevant for collaborative organizations, where team structures can vary widely. From city engineers to public librarians, professionals must often navigate team environments with shifting roles, limited resources, and complex stakeholder relationships. Research suggests that leadership style significantly impacts team performance and ethical behavior in private and public sector settings². My early exposure to these dynamics prepared me to contribute thoughtfully to multidisciplinary teams, both in academia and during research internships.

Becoming Methodologically Versatile

Through my varied research experiences, I became familiar with a wide range of methodologies. In wet labs, I learned to handle biological samples and use lab equipment. In interview-based studies, I developed skills in qualitative coding and thematic analysis. In deception studies, I gained insight into experimental design and ethical review processes. This methodological range helped me identify which tools suited my personal strengths and research questions.

Professionals and students dealing with data—whether in urban planning, housing policy, or public safety—benefit from a similarly broad methodological toolkit. For example, quantitative GIS mapping might be used in transportation planning, while interviews and focus groups might be more effective for community needs assessments. Encouraging undergraduate researchers to explore these methods early on can help build a pipeline of adaptable, skilled professionals ready to serve in leadership capacities.

Strategies for Encouraging Diverse Research Experience

For advisors and graduate students who supervise undergraduate research assistants or coordinate with academic partners, there are several strategies to promote well-rounded research training:

Rotation Programs: Encourage undergraduate researchers to rotate through different departments or research teams. This mirrors how medical residencies expose trainees to various specialties before they choose one.
Interdisciplinary Collaborations: Partner with local universities to host joint research projects that involve both technical and social science components. This allows students to apply diverse methods to real-world municipal challenges.
Mentorship Across Fields: Facilitate mentorship from professionals in different departments. For example, a student interested in environmental policy might benefit from guidance by both a civil engineer and a community organizer.
Ethics Training: Provide access to workshops or resources on research ethics and transparency. This not only strengthens the quality of research but fosters a culture of accountability and trust.

Clarifying Career Goals

Trying different lab environments did more than sharpen my skills—it helped me figure out what kind of work environment suited me best. Some labs were fast-paced and competitive, others more reflective and collaborative. By experiencing both, I was able to make a more informed decision when selecting my PhD program and advisor. I knew I wanted a mentor who valued transparency, supported cross-disciplinary work, and encouraged ethical rigor—values I had learned to prioritize through experience and exposure.

Ultimately, varied undergraduate research experience fosters a kind of professional maturity that benefits not just the student, but the institutions that they go on to serve. It cultivates ethical awareness, methodological versatility, and a nuanced understanding of team dynamics.

Chambers, Christopher, and Marcus Munafò. “Trust in Science: The Need for Transparent Research Practices in Government and Academia.” Nature Human Behaviour 2, no. 9 (2018): 543–545.
Fernandez, Sergio, and Hal G. Rainey. “Managing Successful Organizational Change in the Public Sector.” Public Administration Review 66, no. 2 (2006): 168–176.

From Pipettes to Policy: The Value of Varied Undergraduate Research