Author: Andrei Bilog M.Sc., CAPM

When students think about succeeding in college, they usually imagine studying harder, reading more textbooks, or memorizing lecture slides. But in reality, some of the most important professional skills in healthcare and biotech are built outside the classroom—during office hours, tutoring sessions, and mentorship conversations.

These spaces are where students learn how to ask better questions, think critically, communicate scientifically, and build professional relationships. In many ways, they function as informal training grounds for the kinds of collaboration and problem-solving that define real-world science and healthcare careers.

Research consistently shows that students who seek academic help—whether through tutoring, office hours, or mentorship—tend to develop stronger learning strategies and achieve better academic outcomes (Li, 2023). (PMC)

But despite these benefits, many students still avoid these opportunities.

A common misconception is that office hours are only for students who are struggling. In reality, office hours are one of the most effective ways to deepen understanding and build relationships with instructors.

Studies have shown that participation in office hours can improve academic performance and engagement with course material (Gabow, 2025). (Taylor & Francis Online)

More importantly, office hours train students in a skill that becomes essential in healthcare and biotech careers: scientific communication.

When you walk into office hours and ask a question, you're practicing how to:

These are exactly the same skills scientists use when discussing experiments with principal investigators or when clinicians consult colleagues about patient care.

I often tell my students that office hours are basically a rehearsal for professional life.

When I was a student, I didn't always realize how valuable these conversations were. Sometimes I went just to clarify one small concept from a lecture. But those conversations often turned into discussions about research opportunities, career paths, or how to think about problems in a scientific way.

Those moments mattered more than I realized at the time.

Tutoring is another resource that students frequently overlook.

Yes, tutoring can help improve grades. But its real value lies in strengthening learning processes, not just memorization.

Tutoring sessions allow students to actively talk through concepts, which improves comprehension and knowledge retention (American Partnership for Student Success, 2023). (partnershipstudentsuccess.org)

In STEM fields like biology, biotechnology, and healthcare, this matters because many concepts are interconnected.

For example, understanding enzymes isn't just about memorizing definitions. You need to connect ideas like protein structure, thermodynamics, reaction kinetics, and physiological regulation.

When students explain these concepts out loud during tutoring sessions, they begin organizing their knowledge more effectively.

Interestingly, tutoring programs also benefit the tutors themselves. Studies show that peer tutoring and mentoring programs help tutors develop leadership, communication, and problem-solving skills—abilities that are critical for future healthcare professionals and researchers (van der Merwe et al., 2025). (PMC)

Teaching others is one of the fastest ways to deepen your own understanding.

Mentorship plays an even larger role in long-term academic and career success.

Research across STEM disciplines consistently shows that mentoring relationships improve academic achievement, persistence in scientific fields, and long-term career satisfaction (National Academies of Sciences, Engineering, and Medicine, 2019). (nationalacademies.org)

Mentorship helps students develop something that textbooks cannot provide: scientific identity.

Students begin to see themselves as researchers, clinicians, or scientists when they interact with mentors who guide them through real-world challenges.

In fact, mentorship programs in STEM have been shown to increase retention and persistence in scientific careers by strengthening students’ sense of belonging and professional identity (Ravishankar et al., 2024). (PMC)

For students pursuing healthcare or biotech careers, mentorship can provide guidance on:

These insights are difficult to find in textbooks or lecture slides.

They usually come from conversations.

Healthcare and biotech industries are collaborative by nature.

Whether you work in a hospital, pharmaceutical company, or research lab, your job will involve:

Office hours, tutoring, and mentorship are essentially practice environments for these professional behaviors.

Students who take advantage of these resources are not just improving their grades—they are learning how to function in professional scientific environments.

And those habits compound over time.

As someone who now teaches anatomy and physiology, I see this pattern every semester.

The students who regularly come to office hours, attend tutoring sessions, or ask thoughtful questions during lab are often the same students who later:

It’s rarely because they are the “smartest” students in the room.

It’s because they are the ones who engage.

I know this because I’ve been on both sides—first as a student trying to figure things out, and now as an instructor watching students grow.

Sometimes the difference between struggling and succeeding is simply deciding to ask one question.

If you're a student in healthcare or biotech, think of office hours, tutoring, and mentorship not as emergency resources—but as skill-building tools.

These conversations may only last 10–20 minutes.

But they can shape the way you think, learn, and build your future career.

Sometimes the most important learning in college happens in the quiet conversations after class.

Disclaimer: This article was assisted by AI-based language tools (ChatGPT, OpenAI) for drafting and organization. All content was reviewed by the author, and all claims are supported by peer-reviewed sources.

Aikens, M. L., Sadselia, S., Watkins, K., Evans, M., Eby, L., & Dolan, E. (2016). A social capital perspective on the mentoring of undergraduate life science researchers. Life Sciences Education, 15(2).

Gabow, A. A. (2025). Effects of office hours on the academic performance of undergraduate students. Cogent Education.

Li, R. (2023). College students’ academic help-seeking behavior and academic success. Frontiers in Psychology.

National Academies of Sciences, Engineering, and Medicine. (2019). The science of effective mentorship in STEMM. National Academies Press.

Ravishankar, S., et al. (2024). Empowering STEM students: A university-wide mentorship program to support student persistence. Education Sciences.

van der Merwe, W., et al. (2025). Empowered to lead: The effect of mentoring and tutoring interventions on leadership development. Education Sciences.