Learn about the program's unique curriculum, world-class faculty and convenient schedule. In just two years, you can earn your degree while still working full-time.
Richard Moss, Ph.D.
Senior Associate Dean for Basic Research, Biotechnology and Graduate Studies
Executive Director and Co-founder, M.S. in Biotechnology Program
Kurt Zimmerman, M.S.
Director, Industry Engagement, SMPH
Director, Master of Science in Biotechnology Program
Natalie Betz, Ph.D.
Associate Director and Faculty Instructor, Master of Science in Biotechnology Program
Bryan Husk, M.A.
Assistant Director, Master of Science in Biotechnology Program
Michele Smith, MS SCT(ASCP)
Program Manager, Master of Science in Biotechnology Program
The Master of Science of Biotechnology Program brings together the expertise of the University of Wisconsin's world-class faculty, and the applied experience of the region's most successful biotechnology leaders from private industry.
Colleen Adams, MTSC
Director, Regulatory Affairs
Natalie Betz, Ph.D.
Associate Director and Faculty Instructor
Master of Science in Biotechnology
Dave Lewis, Ph.D.
Chief Scientific Officer (former)
Jessica Martin Eckerly, M.B.A., M.S.
CEO and Co-Founder
Michelle Venturini, M.B.A., SPHR
Scott Wildman, Ph.D.
UW Carbone Cancer Center
The M.S. in Biotechnology program has over 350 alumni since its first graduates in 2004.
Each year the value of the alumni network strengthens as more students graduate and grow their careers.
Alumni by Graduating Class:
This powerful exploration of drug-discovery topics and concepts puts students in the role of scientists researching an inhibitor of Src Protein Kinase as a new drug therapy.
Hands-on laboratory sessions cover state-of-the-art assays, methods and data analysis used in primary and advanced levels of drug screening.
You'll focus on detecting kinase activity as a model for a relevant drug target, evaluate the effect of two putative inhibitors identified from a compound library during an initial screen and assess how the identified inhibitors effects cytochrome P450 activity and cell viability.
You'll gain experience with basic cell culture techniques, stem cell biology, fluorescent microscopy and high content screening. And as you master course concepts and lab practices, you'll also hone your scientific communication skills with short papers and a detailed scientific protocol.
Here are some of the topics taught in this course:
Session 1: Introduction to MTIII; Introduction to the Drug Discovery Process and Targets; Introduction to Kinase and P450 Enzymes and Assay Technologies; Thermo Fisher Drug Screening Service Laboratory Tour
Session 2: Introduction to Data Analysis; Kinase Assay Laboratory; Introduction to the Final Capstone Project; Business Concepts Refresher
Session 3: Cytochrome P450 Technology Laboratory and Introduction to Cell Culture and Cell-Based Assays
Session 4: Introduction to Fluorescent Microscopy, High Content Screening, and In Vivo Imaging; Basic Cell Culture Laboratory Activities
Session 5: Stem Cells: Introduction and Role in Drug Discovery
Session 6: Cell-Based Assay Laboratory and Introduction to CRISPR
Session 7: Final Presentations
Prospective StudentsBiotech at UW-Madison
Students & AlumniAlumni Success Stories