Drexel University’s online MS in Biomedicine and Cell & Gene Therapy program provides a unique opportunity for you to be taught by faculty in both the Drexel University College of Medicine and the College of Engineering. This allows for a truly interdisciplinary approach to your cell and gene therapy education, which aligns with the nature of this rapidly advancing field. Upon graduation from Drexel's online MS in Biomedicine and Cell & Gene Therapy, you will be equipped with the necessary knowledge, skills, and perspectives to contribute to the advancements and applications of these transformative medical therapies, including:
Interdisciplinary Approach
Cell and gene therapy involves a convergence of various disciplines, including biology, genetics, biochemistry, molecular biology, engineering, and medicine. Graduate education in this field emphasizes the integration of these disciplines learned at the undergraduate level to understand the complex interactions between cells, genes, and therapeutic interventions. You will be exposed to diverse perspectives and develop a comprehensive understanding of both biological and engineering principles, which is why this degree is in conjunction with Drexel’s College of Engineering.
Cutting-Edge Research
Cell and gene therapy is a rapidly evolving field with ongoing research and technological advancements. You will learn about developing novel gene delivery systems, study gene editing techniques, explore regenerative medicine approaches, and investigate the mechanisms of action of various therapeutic modalities. The materials covered in class have direct application to real-world scientific breakthroughs.
Translational Focus
Cell and gene therapy aims to translate scientific discoveries into clinical applications. This program emphasizes the translational aspect of research, focusing on bridging the gap between basic science and clinical practice, as well as medicine and engineering. You will learn to consider factors such as safety, efficacy, scalability, and commercialization during the development of cell and gene therapies.
Cell and gene therapy is a rapidly growing sector, globally, nationally, and especially, locally. Upon graduation, you will be prepared for careers in cell and gene therapy, biomanufacturing, or therapeutic companies as:
Will I have to come to campus during the program?
No, you will not be required to come to campus during this program. However, we would love to see you, so please stop by to say hi if you decide to visit Drexel’s campus!
State restrictions may apply to some programs.
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Science Requirements (Semester credits) |
13.0 |
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MIIM 503S |
Biomedical Ethics |
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or IDPT 500S |
Responsible Conduct of Research |
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MIIM 518S |
Foundations of Applied Biomedicine |
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MIIM 519S |
Commercialization of Biomedical Technology |
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MIIM 631S |
Biomedical Innovation Development and Management |
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Cell & Gene Therapy Requirements (Semester Credits) |
10.0 |
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MIIM 571S |
Cell and Gene Therapy 1 |
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MIIM 572S |
Cell and Gene Therapy 2 |
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CHE 571 |
Pharmaceutical & Medical Device Manufacturing I |
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CHE 572 |
Pharmaceutical & Medical Device Manufacturing II |
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Electives |
13.0 |
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You must complete at least one Program-Specific Science elective and at least two engineering electives, as well as additional electives. The overall number of electives depends on other courses selected. *** |
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Science, Program-Specific (Select One) |
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MIIM 517S |
Applied Statistics for Biomedical Sciences |
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or IDPT 501S |
Biostatistics I |
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MIIM 550S |
Biomedicine Seminar |
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MIIM 645S |
Biomedical Career Explorations |
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MIIM 605S |
Experiential Learning |
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MIIM T680S |
Special Topics in Microbiology & Immunology |
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Science, Clinical Research |
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CR 501S |
Emerging Trends in Medical Device Regulation |
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CR 511S |
The History of Misconduct in Biomedical Research |
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CR 514S |
World Wide Regulatory Submissions |
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CR 515S |
Intro to Clinical Trials |
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CR 525S |
Scientific Writing and Medical Literature |
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CR 535S |
Current Federal Regulatory Issues in Biomedical Research |
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CR 545S |
Pharmaceutical Law |
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CR 555S |
Compliance & Monitoring Issues |
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CR 600S |
Designing the Clinical Trial |
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Science, Basic Science & Research |
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MIIM 530S |
Fundamentals of Molecular Medicine I |
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or MIIM 515S |
Concepts in Biomedicine I |
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MIIM 531S |
Fundamentals of Molecular Medicine II |
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or MIIM 516S |
Concepts in Biomedicine II |
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MIIM 534S |
Molecular Medicine Journal Club I |
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MIIM 533S |
Molecular Medicine Journal Club II |
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MIIM 521S |
Biotechniques I: Molecular and Genomic Methods |
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MIIM 522S |
Biotechniques II: Immunological Methods |
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MIIM 527S |
Immunology, Immunopathology and Infectious Diseases |
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MIIM 540S |
Viruses and Viral Infections |
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MIIM 541S |
Bacteria and Bacterial Infections |
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MIIM 542S |
Mycology and Fungal Infections |
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MIIM 543S |
Parasitology and Parasitic Diseases |
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MIIM 545S |
Introduction to Infectious Diseases |
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MIIM 606S |
Microbiology and Immunology Seminar |
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MIIM 631S |
Biomedical Innovation Development and Management |
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MIIM 653S |
Clinical Correlations in Infectious Disease |
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Engineering (Select two) Offered on Quarter Calendar |
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EGMT 501 |
Leading and Managing Technical Workers |
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EGMT 502 |
Analysis and Decision Methods for Technical Managers |
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EGMT 504 |
Design Thinking for Engineering Communications |
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EGMT 531 |
Engineering Economic Evaluation & Analysis |
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EGMT 535 |
Financial Management |
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EGMT 572 |
Statistical Data Analysis |
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EGMT 573 |
Operations Research |
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EGMT 581 |
Meeting Engineering Leadership Challenges |
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EGMT 615 |
New Product Conceptualization, Justification, and Implementation |
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EGMT 616 |
Value Creation through New Product Development |
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EGMT 625 |
Project Planning, Scheduling and Control |
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EGMT 630 |
Global Engineering Project Management |
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EGMT 635 |
Visual System Mapping |
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EGMT 650 |
Systems Thinking for Leaders |
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BMES 510 |
Biomedical Statistics |
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BMES 511 |
Principles of Systems Analysis Applied to Biomedicine I |
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BMES 538 |
Biomedical Ethics and Law |
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BMES 546 |
Biocomputational Languages |
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BMES 550 |
Advanced Biocomputational Languages |
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BMES 585 |
Medical Technology Innovation: Devices |
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BMES 588 |
Medical Device Development |
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Total Credits |
36.0 |
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With multiple ways to submit documents, Drexel makes it easy to complete your application. Learn more by visiting our Completing Your Application Guide.
Official test scores from graduate and professional admission exams, such as the Graduate Record Examination (GRE), Graduate Management Admission Test (GMAT), Law School Admission Test (LSAT), or Medical College Admission Test (MCAT), are optional but highly desirable.
For the academic year 2025-2026, students enrolled in an online graduate academic program will be charged a graduate online program fee of $125 per year.
2025-2026 Academic Year
Term
Classes Begin
Classes End
Fall 2025
August 18, 2025
December 12, 2025
Spring 2026
January 5, 2026
May 1, 2026
Summer 2026
May 11, 2026
August 7, 2026