Minor in Immune Engineering

About the Minor

The purpose of this undergraduate minor is to leverage Drexel’s unique strengths and leadership in this area to advance the education of the next generation of leaders in immune engineering.

Students who complete the minor in Immune Engineering will gain knowledge about the innate and adaptive immune systems, the importance of these systems for the success or failure of various treatments for diverse clinical applications, and how to manipulate these systems for therapeutic benefit. Given the increasing understanding of the importance of the immune system in biomaterial design, drug delivery, and cell and gene therapy, students earning a minor in Immune Engineering will be well positioned to work in the pharmaceutical, biomaterials, and cell and gene therapy sectors.

Students completing majors with backgrounds in biology or engineering are encouraged to consider this minor.

Admissions Requirements

Students are required to declare a major before declaring a minor. Students admitted directly into a specific major at the time of matriculation may declare a minor beginning in their second semester. All requirements for the minor must be completed either concurrently with or prior to the completion of the primary major requirements. This ensures that students fulfill the expectations of their primary field of study while completing any additional areas of academic specialization.

Minor Requirements

Required Courses
BIO 1111General Biology I3.0
BIO 2241Cell and Molecular Biology4.0
BIO 4426Immunology3.0
BMES 2310Biomaterials: Fundamentals3.0
BMES 4321Immune Engineering3.0
CHEM 1040General Chemistry I4.0
Subject Area-Focused Electives
Select three (3) courses from any of the following subject areas:9.0
Cell Biology and Immunology
Biochemistry: Metabolism
Pharmacology
Virology
Advanced Cell Biology
Immunobiology of Disease
Molecular Biology and Bioinformatics
Techniques in Molecular Biology
Techniques in Cell Biology
Biomedical Computing: Cellular Systems
Bioinformatics: Transcriptomics and Functional Genomics
Drug Delivery and Manufacturing
Biomedical Transport and Thermodynamic Fundamentals
Advanced Therapeutics Laboratory
Advanced Biomaterials
Tissue Engineering
Design and Manufacturing of Advanced Therapeutics
Engineering Molecular and Cellular Therapeutics
Biomedical Materials
Research in Immune Engineering: students may take up to 6.0 credits for conducting immune engineering research in a laboratory
Research
Research in Biomedical Engineering
Total Credits29.0

Additional Information

For more information about this program, please contact the School of Biomedical Engineering and Science