Master of Engineering

Bio- and Immunoengineering

Meeting the health care needs of a growing and aging population is not simply a matter of funding. It is an engineering problem, demanding significant breakthroughs to fundamental challenges to health and welfare.

In this track, you will explore the chemistry of polymers and biological molecules, the properties of biological and bioactive materials, and medicine to provide you with tools to understand, manipulate, stimulate, and eventually control immune molecules and cells, and to treat a broad range of health conditions, including cancer, infection, and autoimmunity. With the practical laboratory skills you’ll acquire in the experimental bioengineering laboratory, you’ll be able to apply these principles to clinical problems.

This track suits candidates interested in: medicine, the biomedical and pharmaceutical industries, biomaterials, immunoengineering, tissue engineering, and cancer research.

  • Innovation Leadership Bootcamp: Communication and Negotiation with Individuals, Teams, and Organizations
  • (Innovation Leadership) MENG 30000: Introduction to Emerging Technologies
  • 2 Track Electives

 

  • (Innovation Leadership) MENG 30500: Responsible and Effective Technology Management
  • 2 Track Electives

 

  • (Innovation Leadership) MENG 20400: Commercializing Products with Molecular Engineering
  • (Track Core): MENG 33000: Experimental Bioengineering Laboratory
  • 1 Track Elective

 

  • Transport Phenomena (MENG 31300) – W
  • Undergraduate Molecular Transport Phenomena I (MENG 21500) – A
    • Available by petition for students entering without strong transport background
  • Biological Materials (MENG 33100) – A
  • Experimental Bioengineering Laboratory (MENG 33000) – S
  • Thermodynamics and Statistical Mechanics (MENG 31200) – A
  • Undergraduate Molecular Engineering Thermodynamics (MENG 21400) – S
    • Available by petition for students entering without strong thermodynamics background
  • Quantitative Systems Biology (MENG 32300) – A
  • Nanomedicine (MENG 33150) – W
  • Cellular Engineering (MENG 32200) – W
  • Stem Cell Biology, Regeneration, and Disease Modeling (MENG 33110) – W
  • Biodiagnostics and Biosensors (MENG 33140) – S
  • Synthetic Biology (MENG 33500) – W
  • Quantitative Immunobiology (MENG 33300) – S
  • Principles of Immunology (MENG 33200) – A
  • Microfluidics and Its Applications (MENG 33510) – S
  • Immunoengineering Laboratory (MENG 33310) – A
  • The Structural Basis of Biomolecular Engineering (MENG 33120) – S
  • Proteomics and Genomics in Biomolecular Engineering (MENG 33130) – A
  • Fundamentals and Applications of the Human Microbiota (MENG 33210) – W
  • Immunogenomics I (MENG 48000) - A
  • Introduction to Polymer Science (MENG 35100) – A
  • Polymer Synthesis (MENG 35110) – W
  • Polymer Physics (MENG 35120) – S
  • Soft Matter Characterization (MENG 35130) – W
  • Classical Molecular and Materials Modeling (MENG 35500) – W