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Doctor of Medicine

Preparing Future-Ready Physicians:

Where Every Student Matters

At St. Luke’s Medical Center College of Medicine–William H. Quasha Memorial, students build a strong scientific foundation, learn to reason through clinical problems, and develop the compassion and professionalism essential to patient care.

Our five-year Doctor of Medicine program brings together an integrated curriculum, active and collaborative learning, and progressive clinical experience. Alongside the curriculum, we continue to strengthen a learning environment that supports academic development and student engagement.

From Scientific Foundations to Clinical Practice

The curriculum integrates basic science and clinical medicine with humanism and professionalism, supporting students’ professional identity formation throughout the program. Students progressively apply scientific knowledge and clinical skills while developing ethical judgment, compassion, and respect for human dignity.

The first three years focus on basic science and preclinical studies, with integrative courses that connect scientific principles with clinical situations. The final two years provide full clinical rotations through clerkship and internship.

Year Level Learning Emphasis
Year 1 Basic science foundations and introductory clinical skills, supported by Foundations of Medicine
Year 2 Basic science and preclinical studies, supported by Clinical Evaluation
Year 3 Integration of scientific and clinical knowledge, supported by Clinical Integration
Year 4 Clinical Clerkship: applying knowledge and skills through supervised clinical rotations
Year 5 Internship: strengthening clinical judgment, teamwork, and professional responsibility through supervised patient care

An Integrated, Outcomes-Based Curriculum

Teaching, learning activities, and assessment are aligned with the knowledge, skills, and professional values students are expected to demonstrate. Courses connect basic and clinical sciences with research, medical ethics, and humanities.

Connecting Scientific Foundations with Clinical Practice

Subjects are taught with connections across disciplines, helping students understand body systems as a whole and apply medical science to clinical conditions. Three integrative courses guide this progression:

Year 1 · Foundations of Medicine Year 2 · Clinical Evaluation Year 3 · Clinical Integration
Understand and apply Examine and reason Integrate and plan
Apply basic science to clinical scenarios while developing foundational skills in history-taking and physical examination. Develop clinical skills through patient encounters, connecting patient findings with scientific knowledge and diagnostic reasoning. Build on earlier patient encounters to assess clinical problems, refine diagnostic reasoning, and develop management plans.

Research Across Five Years

Our integrated research curriculum provides a structured continuum that guides students through sequential milestones, from developing research questions to conducting studies, analyzing data, and communicating findings.

Year Research Milestone
1 · Build foundations Preventive and Community Medicine I: Learn epidemiology, health determinants, and key statistical concepts, and develop a research proposal addressing a public health concern.
2 · Conduct and present

Preventive and Community Medicine II: Conduct the research study and share findings at the Annual Research Forum.

Basic Science Research: Explore research methods, integrity, safety, and biomedical technologies.

3 · Appraise and design Clinical Research: Undertake critical appraisal of medical literature, develop essential skills for conducting high-quality research.
4 · Implement Service Learning I: Conduct the research following ethics approval.
5 · Analyze and communicate Service Learning II: Analyze data and complete the final manuscript.

Primary Care Across the Curriculum

Primary care education is woven throughout the five-year curriculum, connecting scientific foundations, clinical learning, and an understanding of patients within their families, communities, and health systems.

In alignment with the national direction toward universal health care, this emphasis prepares students to contribute to equitable patient care, healthcare improvement, and leadership wherever they practice.

Active Learning That Connects Knowledge with Practice

Our teaching approaches engage students in independent study, collaborative discussion, clinical problem-solving, and team-based decision-making. Blended learning combines onsite and online activities, with opportunities for feedback and reflection.

Onsite and Online Interactive Lectures

Lectures incorporate clinical examples, questions, active-learning breaks, and real-time feedback. Students explain their reasoning, discuss clinical questions with peers and faculty, and apply key concepts to patient scenarios. These exchanges help clarify understanding and address learning gaps.

Parallel Cohort Sessions

Students work in smaller, synchronized cohorts through structured learning activities. Sessions combine closed-book clinical correlation with guided AI-assisted exploration using the Institution’s AI platform, supporting independent reasoning and critical evaluation of information.

Team-Based Learning (TBL 2.0)

Building on the College’s earlier TBL approach, TBL 2.0 strengthens individual preparation, peer accountability, and immediate feedback. Teams work through clinical problems and map diagnostic approaches, developing collaboration and shared decision-making.

Faculty Collaboration for Better Learning

Teachers collaborate across disciplines and across the basic science, preclinical, and clinical phases of the program to develop innovative teaching approaches, strengthen connections between courses, and address learning gaps. This collaboration supports continuity as students progress from scientific foundations to clinical practice.

Student feedback, faculty collaboration, and regular review of teaching practices guide ongoing improvements in the curriculum and learning environment.

Clinical Training in a Community of Care

Clinical clerkship and internship immerse students in the healthcare environment of St. Luke’s Medical Center, with advanced facilities and opportunities to learn from patients from all walks of life. Experiences with private and Social Service patients reinforce the principle that every patient deserves the same commitment to quality, dignity, and compassionate care.

Community rotations and rotations in government health institutions broaden students’ understanding of patient care across different settings, populations, and health systems. Through supervised clinical experiences, students apply their knowledge, learn across disciplines, and work with healthcare teams.

Elective clinical rotations offer opportunities to explore areas of interest and potential career paths within St. Luke’s Medical Center and at local and international training institutions. The College helps students plan elective placements in coordination with host institutions, aligning available opportunities with students’ learning goals and career interests.

Responsible AI Use

AI stewardship is embedded in the curriculum. Students learn to use AI thoughtfully, evaluate its outputs critically, and remain accountable for their reasoning. Teaching emphasizes accuracy, ethical practice, privacy, and the appropriate limits of AI in learning and patient care.​

Professional Identity

Becoming a physician involves developing sound judgment, ethical conduct, accountability, and compassionate relationships with patients and colleagues. Throughout the program, students are encouraged to reflect on their experiences, seek and use feedback, and take an active role in their own professional development.

Collaboration is also central to medical practice. Where appropriate, interprofessional education creates opportunities for learners from different health disciplines to learn with and from one another, supporting coordinated patient care.

Where Every Student Matters

Since Academic Year 2023–2024, the College has been guided by the concept of mattering—helping students feel recognized, valued, and significant as individual learners. This institutional commitment continues to shape how we listen to students, understand their learning needs, and strengthen the support available to them.

Introduced in Academic Year 2025–2026, our Adaptive Learning Environment continues to evolve, bringing together approaches to teaching, learning, and student support that encourage active participation and help students navigate the demands of medical education.

Through our Adaptive Learning Environment, support is proactive, and seeking help is actively encouraged. Students have access to:

  • Academic advising helps students review their progress, identify learning needs, and develop strategies to address academic challenges.
  • Mentoring offers guidance on professional development and navigating the demands of medical school.
  • Guidance counselling provides support for personal concerns and well-being.
  • Informal coffee breaks and structured focus group discussions create opportunities to connect, share experiences, and provide feedback on learning and student life.

A Culture of Care

We continue to build a culture in which seeking help is encouraged and students’ perspectives inform meaningful improvements. Aligned with St. Luke’s Culture of Care, our goal is to help each student feel supported as a learner and as a person throughout the demands of medical school.

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