Biology College Credit

Careers across science, medicine, and beyond share a common foundation: understanding how life works at the cellular level. This course earns you college credit from Georgetown University while taking you beyond textbook depictions of cells. Explore how cells actually organize, function, and break down, and how cutting-edge discoveries are reshaping our understanding of disease and treatment. Through applied analysis, you'll develop the scientific reasoning skills to assess whether this field aligns with your future goals.

Program Dates

Multi-length courses available throughout the year

Eligibility

For students ages 18 and up

College Credit Course Fees

$3,995

Enrichment Course Fees

$1,895

What's the Difference Between Our College Credit and Enrichment Courses?

Both enrichment and college credit–bearing options feature engaging online lessons and instructional support. College credit–bearing courses include additional coursework and offer the opportunity to earn academic credit upon successful completion. Some course content overlaps across both options, so students are encouraged to choose the format that best aligns with their academic or professional goals.

College Credit Courses
$3,995

Length of Course: Multi-length course options

Instruction & Activities: 128 hours

Grading: Letter grade

On Your Own Schedule: ✔️

Academic Support: ✔️

Final Project: ✔️

College Credit Hours: ✔️

Certificate of Completion: Georgetown Transcript

Enrichment Courses
$1,895

Length of Course: 1-, 2-, or 4-weeks

Instruction & Activities: 20-30 hours

Grading: Pass/Fail

On Your Own Schedule: ✔️

Academic Support: ✔️

Final Project: ✔️

College Credit Hours:

Certificate of Completion:✔️

Understanding Cells and the Discoveries Reshaping Biology

How Scientists Build and Break Knowledge

Explore cells as the fundamental unit of life and how scientists build paradigms from observations. Research a biological paradigm shift and argue, using Kuhn's framework, whether it constitutes a scientific revolution.

The Structure and Function of Living Cells

Learn how organelles define cell biology and how diseases result from disrupted cellular functions. Investigate a real exception to cell size rules and design your own cell for a specific purpose.

Seeing Cells Through a Scientific Lens

Discover the various microscopes used and how new technologies are transforming our understanding of cell structures. Produce a scientific description of a live cell observation and explain a microscopy concept using evidence-based analogies.

Blobs, Globs, and a Shift in Scientific Thinking

Uncover the forces behind biomolecular condensates and how this discovery is reshaping our understanding of cell organization. Engage with the Brangwynne scientific paper and argue whether the discovery aligns with Kuhn's model of scientific revolution.

Connecting Cell Biology to Human Disease

Examine how disruptions to cell functions contribute to cancer, neurological disorders, and viral infections. Analyze a current scientific paper on biomolecular condensates and argue how this research may shape future treatments.

Your Path Into Biology and Beyond

Create an evidence-driven paper arguing where biology currently stands in Kuhn's cycle of scientific revolution. Build transferable skills that apply across careers in biological research, medicine, public health, science policy, and beyond.

What You Gain From This Experience

  • Perspective on career paths in biological research, medicine, public health, science policy, and related fields.
  • A deeper understanding of how cells organize, function, and break down beyond what textbooks typically represent.
  • Experience reading and interpreting real scientific papers and microscopy data used by working biologists.
  • Insight into how disruptions to cell function contribute to cancer, neurological disorders, and viral infections.
  • Practice constructing evidence-based arguments using Kuhn's framework of scientific revolution and paradigm shifts.
  • The opportunity to earn official college credit from Georgetown University through graded coursework and projects.

Male student taking an online course on his laptop

What Sets This Program Apart

A Capstone Project With Real-World Relevance

  • Take a position on whether biology is currently undergoing a paradigm shift, supported by course readings and scientific literature.
  • Distill your argument into a formal abstract, practicing the communication standards used in real scientific publishing.

Instructional Guidance And Mentorship

  • Receive feedback from TAs as you develop arguments, interpret scientific papers, and refine your capstone project.
  • Strengthen your ability to communicate complex biological concepts and construct evidence-based arguments with expert guidance throughout the course.

Flexible Learning With Clear Expectations

  • Engage with online coursework designed to support steady progress alongside work, school, or other responsibilities.
  • Complete assignments and the Final Capstone Project on a structured timeline that supports independent planning.

Apply Now for the Next Available Course

Course Designed by Georgetown University Faculty

Heidi Elmendorf | Biology Course Instructor | Georgetown University

Heidi Elmendorf, Ph.D.

Associate Professor of Biology

Professor Elmendorf has been a faculty member in the Department of Biology at Georgetown University for 24 years. She also teaches for Georgetown’s Community Scholars Program; the Education, Inquiry & Justice minor (a program she now directs); the Summer High School Sessions Program; and the DC Jail through Georgetown's Prisons and Justice Initiative. She’s also an infectious disease researcher and a researcher/designer of educational equity initiatives.

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Admissions

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Frequently Asked Questions

How will you be graded? What are assignments like? How much time do you have to turn around a project? When do you find out if you’re admitted? Find answers to your questions here.

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Scholarships

We offer need-based scholarships for participating students who exhibit high potential and an inability to pay the full tuition. 

  • If you haven’t applied to the program, apply here. After submitting your application, click “Apply for a need-based scholarship” on the confirmation page to request a scholarship.  
  • If you’ve already applied to the program, sign in to your profile to check your scholarship status. If we don’t have a scholarship request on file, click “Apply for a need-based scholarship” to request a scholarship.