Mentoring Philosophy

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​My mentoring philosophy centers on Structured Independence, a framework in which trainees pursue evidence-based ideas with active oversight, open dialogue, and continuous feedback to support their transition to independent scientific leadership.

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Key Mentoring Practices & Laboratory Culture

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• Weekly Technical Meetings: Dedicated group meetings to review raw data, troubleshoot problems through open research dialogues, generate plans to push projects toward publication, and discuss literature.

• Keeping Up with Literature: A dedicated Teams-based group channel to share new literature and developments in nanopore sensing and related fields. To encourage deep engagement with the literature, the group sets a key milestone for doctoral students: writing a review article on solid-state nanopore sensing.

• Quarterly Progress & IDP Reviews: Structured quarterly evaluations aligned with an Individual Development Plan (IDP) to track long-term research milestones, technical competencies, grant writing, and career trajectories. This is a safe space for students and trainees to discuss goal misalignments, communication gaps, and expectation gaps, as well as the progress and effectiveness of solutions proposed in previous meetings. All students and trainees are encouraged to maintain a 'live IDP document' and update it after each meeting.

• Hierarchical Mentorship & Junior PI Roles: To foster an inclusive environment across career stages, senior doctoral students are entrusted with mentoring undergraduate researchers. This structure gives undergraduates close, daily guidance while training PhD candidates in team management, delegating experiments, and inclusive leadership. Senior graduate trainees are empowered to drive projects from the ground up with undergraduate mentees, co-author publications together, and step into co-corresponding author roles to prepare for independent research careers.

• Empowering Undergraduate Researchers: We aim for all undergraduate researchers to develop true independence and lead their own research tracks. Trainees initially undergo rigorous training in instrumentation, data acquisition, and experimental practices, followed by direct shadowing of senior laboratory personnel. Thereafter, they are assigned dedicated individual projects. Our goal is to ensure these next-generation scientists cultivate the scientific rigor, and confidence needed to pursue high-level research ideas, co-author peer-reviewed publications, and successfully transition into advanced scientific careers.

• Transparent Communication: We maintain a dedicated Teams communication platform for real-time technical troubleshooting and open idea exchange. Unless otherwise noted, I'm usually easily accessible through this channel.

• Frequent Informal Meetings: One-on-one check-ins with all students to review research plans, address experimental hurdles, and discuss personal matters. These morning conversations (typically on a daily basis) are designed to foster open dialogue without micromanagement, helping catch errors early, make course corrections, and align research goals.