Introduction to Translational Science

U-M Free Access Enrollment Options

What You'll Learn

Understand the role of translational science in moving scientific discoveries into applications for improving human health.
Understand the importance of addressing health disparities and inequities in translational science
Explore career opportunities within the in-demand field of translational science

4 Modules

12 Hours

3 hrs per module (approx.)

Rating

About Introduction to Translational Science

Translational science is the process of turning observations in the laboratory, clinic, and community into interventions that improve the health of individuals and populations. In this course, you’ll learn about the role of translational research in moving scientific discoveries into applications for improving human health. With an understanding of the four stages of translational research, you’ll be able to assess team roles for each stage and explain the importance of rigorous research, responsible conduct of research, and the differences between them. Finally, you’ll learn about career opportunities within the in-demand field of translational research.

This is an ideal introduction for undergraduate or graduate students interested in the practical application of their research to improve the health of their community.

This is the first course of five in the “Translational Science” series.

Skills You'll Gain

What You'll Earn

Certificate of Completion:: Certificates of completion acknowledge knowledge acquired upon completion of a non-credit course or program.

Experience Type: 100% Online
Format: Self-Paced
Series: Translational Science
Subject: Health
Platform: Coursera

Welcome Message

Welcome to Introduction to Translational Science, the first course in the Translational Science series. This course introduces the full spectrum of translational science and why it matters for improving health and communities. Designed for researchers and community members alike, you will explore how research moves from discovery to real-world impact, building confidence in understanding research processes, collaboration, and community-engaged approaches.

This abbreviated syllabus description was created with the help of AI tools and reviewed by staff. The full syllabus is available to those who enroll in the course.

Course Schedule

Module 1: Introduction to Translational Science

Reading: Welcome to Introduction to Translational Science
Reading: Pre-Course Survey
Reading: Syllabus
Reading: Acknowledgments
Reading: Pre-test and Post-test Instructions
Graded Assignment: Pretest-What is Translational Research?
Reading: What is Translational Research?
Video: What is Translational Research?
Reading: Translational Research in Practice: An Introduction
Reading: How to Use Your Course Workbook
App Item: Examples of Translational Research
Reading: (Optional but recommended) The Research Clinic

Module 2: Becoming a Translational Scientist

Reading: The Fundamental Characteristics of a Translational Scientist
App Item: How do the fundamental characteristics of a translational scientist apply to you?
Video: What is Team Science? Why is it Important?
Video: Choosing Translational Science as a Career Path: T1 Research
Video: Choosing Translational Science as a Career Path: T2 Research
Video: Choosing Translational Science as a Career Path: Clinical Research
Video: Choosing Translational Science as a Career Path: T3 Research
Video: Choosing Translational Science as a Career Path: T4 Research
Reading: How to Do Team Research
Reading: Lack of Transparency & Sample Size, Outliers and Exclusion Criteria
App Item: Rigor and Reproducibility

Module 3: Diversity, Mentorship, and Research Excellence

Reading: Why Diversity Helps to Produce Stronger Research
Reading: How Diversity Makes Us Smarter
Reading: Mentorship in Research
App Item: The Importance of Mentorship in Research
Reading: Individual Development Plan (IDP) Overview
App Item: Individual Development Plan (IDP) Draft

Module 4: Community-Engaged Research

Video: Community Engaged Research
Reading: Examples of Interviews
App Item: Research Career Paths: Translational Scientist Interview
Reading: Course Wrap-up
Reading: Post- Course Survey
Reading: Keep Learning with Michigan Online
Reading: Attribution Page

Grading Policy

Learners must earn an overall course grade of 80% to pass and must score between 80–100% on each graded item. Two quizzes are worth 45% of your final grade, and peer review is worth 55%.

Vicki Ellingrod

Dean

Course content developed by U-M faculty and managed by the university. Faculty titles and affiliations are updated periodically.

Beginner Level

No prior experience required

Individuals

This experience is available to individual learners on the following platforms:

U-M Community

Students, faculty, staff, and alumni of the University of Michigan get free access.

Organizations

Special pricing and tailored programming bundles available for organizational partners.

4.1

9 Ratings from Coursera

Most Recent Reviews

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April 17, 2025

Course Review: Introduction to Translational Science Course Overview: The "Introduction to Translational Science" course provides a comprehensive foundation for understanding the essential concepts, methodologies, and applications in translational science. Designed for students, researchers, and professionals interested in the bridge between basic science and clinical applications, the course delves into the process of translating laboratory research into real-world medical solutions. Content: The course covers a wide range of topics essential for those involved in the translational science field. Key concepts explored include the definition of translational research, its phases (T1-T4), and its significance in improving patient care and public health outcomes. The course emphasizes the interplay between basic research, clinical trials, regulatory processes, and commercialization of medical innovations. The modules are well-structured and progressively build on each other, starting with an introduction to the basic science and moving towards more complex issues such as regulatory approval, ethics, and commercialization. This gradual approach allows learners to develop a clear understanding of the challenges and considerations in bringing new treatments to market. Teaching Methods: The course utilizes a combination of lectures, case studies, and practical examples to illustrate key concepts. The inclusion of case studies is particularly useful for understanding the real-world application of translational science. Furthermore, the course encourages critical thinking by presenting complex scenarios that highlight the hurdles and opportunities in translational research. Engagement and Accessibility: The course is highly engaging, with interactive discussions and opportunities for students to apply what they have learned. The online format is accessible and well-organized, with clear instructions and easy-to-follow resources. There is ample support for students, including access to course facilitators and a range of reading materials to supplement learning. Practical Application: One of the strongest aspects of the course is its focus on the practical aspects of translational science. By discussing the full lifecycle of a scientific discovery—from bench to bedside—the course offers students a comprehensive view of the process, equipping them with the knowledge to participate in or manage translational research projects in the future. Strengths: Clear Structure: The course is logically organized, making it easy for participants to follow and build their knowledge step by step. Relevant Content: The course provides up-to-date information about translational science, its challenges, and its applications in modern medicine. Engaging Teaching Methods: The use of case studies and real-world examples is highly beneficial in illustrating the complexities of translating science into practice. Practical Insights: The course successfully integrates theoretical knowledge with practical insights into the translational process. Areas for Improvement: While the course is comprehensive, it could benefit from more interactive elements, such as live sessions or discussions with experts in the field. This would help students engage more deeply with the material and provide an opportunity for direct interaction with professionals working in translational science. Conclusion: Overall, the "Introduction to Translational Science" course is an excellent resource for anyone looking to understand the translation of scientific research into clinical and real-world applications. It provides a well-rounded overview of the field and equips learners with the tools to navigate the complex process of translational research. Whether you’re a student, researcher, or professional looking to expand your knowledge in this area, this course is a valuable resource.

Introduction to Translational Science

What You'll Learn

About Introduction to Translational Science

Skills You'll Gain

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Michigan Online
For You

About Introduction to Translational Science

Skills You'll Gain

What You'll Earn

Individuals

U-M Community

Organizations

Michigan OnlineFor You

Michigan Online
For You