How Choice and Teamwork are Building Better Health Professionals

Exploring the implementation of self-directed collaborative selectives in pre-health professional education

The Pre-Health Puzzle

Imagine a classroom of future doctors, dentists, and physician assistants. They have different dreams, different strengths, and different ways of learning. Yet traditional education often teaches them the same way, at the same pace, using the same methods. This one-size-fits-all approach has long troubled educators, especially as healthcare becomes more complex and specialized.

How do we prepare students not just to memorize facts, but to become engaged, self-motivated professionals capable of navigating a rapidly evolving field?

The answer may lie in an innovative approach taking root in forward-thinking institutions: self-directed collaborative selectives. This educational model combines two powerful ideas—giving students choices in their learning while having them work together—to create healthcare professionals who are better prepared, more engaged, and more likely to succeed in their chosen careers 1 .

What Are Self-Directed Collaborative Selectives?

At its core, this educational approach brings together two key concepts that transform how students learn.

Self-Directed Learning

Instead of passively receiving information, students take charge of their education. They identify what they need to learn, find resources, and evaluate their progress 2 .

Autonomy Ownership

Collaborative Learning

Students work in groups, explaining concepts to each other, debating ideas, and solving problems together 9 . This mirrors real healthcare teams.

Teamwork Communication

Selectives

Short, focused courses or experiences that students choose based on their interests and career goals 1 . These offer personalized educational paths.

Choice Customization

When combined, these three elements create a powerful educational experience. Students choose learning activities that reflect their interests while working with peers to deepen their understanding—mirroring the real-world collaboration required in modern healthcare 2 .

A Real-World Laboratory: The Duke MBS Program

In 2015, Duke University launched an innovative Master of Biomedical Sciences (MBS) program designed to help students become stronger applicants for health professions schools 1 . What made this program different was its incorporation of self-directed collaborative selectives as a core component.

1/3

of students from populations historically underrepresented in STEM

1/3

from other underrepresented backgrounds (low-income, first-generation, rural)

How the Selectives Worked

Students worked closely with advisors to choose 4-credit worth of selectives from an array of options across Duke University 1 . The possibilities were remarkably varied:

  • Practicum Experiences: Hands-on work in clinical research, community engagement, or mentored research
  • Cross-Disciplinary Courses: Classes from the School of Law, Global Health Institute, or Bioethics program
  • Specialized Skills: Training in medical informatics or documentary studies
  • Global Health Opportunities: Interprofessional trips to Honduras 1

This flexibility allowed students to explore different aspects of healthcare while developing both specialized knowledge and broad perspectives.

The Experiment and What It Revealed

The Duke program essentially created a natural experiment: Could this flexible, student-driven approach actually produce better outcomes than traditional methods? The results, tracked over three graduating classes, were striking 1 .

Participation Patterns: Where Did Students Choose to Focus?

The data below shows how students distributed across different selective options over three years:

The data reveals interesting trends. Interest in "Planning for Health Professions Education" and "Fundamentals of Learning" grew substantially, suggesting students valued preparation for both the practicalities of applying to professional schools and understanding how learning works.

Measuring Success: Outcomes That Matter

The most compelling evidence came from tracking what happened after students completed the program. Despite entering with lower average MCAT scores and undergraduate GPAs than typical medical school matriculants, an impressive 76% of graduates who applied to health professions programs were admitted 1 .

76%

of graduates who applied to health professions programs were admitted

18-21

graduates worked in research during their gap year after graduation

Beyond admissions, the program created a valuable pipeline for research talent. Eighteen graduates from the first class and twenty-one from the second worked in research during their gap year after graduation, with most employed in Duke's research programs 1 .

Why This Approach Works: The Science of Learning

The success of programs like Duke's isn't accidental. Research in educational psychology helps explain why combining choice with collaboration produces such powerful results.

The Power of Owning Your Education

When students choose what they learn based on their interests and goals, they tap into intrinsic motivation—the drive that comes from within rather than from external rewards 2 .

Learning as a Team Sport

Collaborative learning creates natural opportunities for "peer tutoring"—when students explain concepts to each other 9 . This develops crucial skills for healthcare professionals.

Building Bridges Between Disciplines

The selectives model intentionally breaks down academic silos. This cross-training becomes increasingly valuable as healthcare becomes more interdisciplinary.

The Scientist's Toolkit: Implementing Self-Directed Collaborative Selectives

What does it take to create this educational model? The key resources go beyond traditional classroom materials:

Advisory Support System

Guides students in selecting appropriate learning paths aligned with their goals 1 .

Cross-Departmental Partnerships

Provides diverse learning opportunities across different disciplines and schools 1 .

Structured Reflection Opportunities

Helps students process and articulate what they've learned from their experiences 2 .

Flexible Time Blocks

Allows students to engage in substantial projects or courses outside core requirements 6 .

Assessment Framework

Evaluates both student learning and program effectiveness through multiple measures 1 .

5

Key Resources for Implementation

Looking Forward: The Future of Health Professions Education

The success of self-directed collaborative selectives at Duke and other institutions offers a compelling vision for the future of health professions education. This approach does more than just improve test scores or admissions rates—it develops professionals who are adaptive, engaged, and prepared for the complexities of modern healthcare 1 .

Case Study: Oakland University

At the Oakland University William Beaumont School of Medicine, educators implemented a collaborative self-directed learning course focused on COVID-19 2 . Medical students worked in teams to identify knowledge gaps and create educational resources about the pandemic.

The results demonstrated that students gained not just knowledge about the virus, but a better appreciation for the ongoing process of self-directed learning that will be essential throughout their careers 2 .

2015
Duke MBS Program Launch

Implementation of self-directed collaborative selectives begins

2016-2018
Program Evaluation

Tracking of student outcomes across three graduating classes

2020+
Expansion & Adaptation

Similar approaches implemented at other institutions like Oakland University

Inclusive Education

Perhaps most importantly, this model makes education more inclusive by honoring different learning styles, backgrounds, and career aspirations. By giving students both choice and support, flexibility and structure, independence and community, we create learning environments where many different kinds of future healthcare professionals can thrive 1 .

As healthcare continues to evolve, the ability to learn collaboratively and direct one's own professional development may become the most vital skill we can teach. The early evidence suggests that self-directed collaborative selectives offer a powerful way to build this foundation, creating not just better applicants, but better future caregivers, innovators, and health leaders.

References