Minor Program

The Biomedical Engineering Minor is open to all undergraduate students who are interested in an exciting, multidisciplinary field that lies at the interface of medicine, biology and engineering.  Biomedical engineers use engineering principles to analyze and solve problems in biology and medicine, providing an overall enhancement to healthcare. At the same time, biomedical engineers employ concepts learned from biology and medicine to generate new engineering designs.

Current research in biomedical engineering focuses on innovative areas such as biomechanics and mechanobiology; medical devices; imaging and diagnostics; and therapeutics.

Learning Outcomes

  • Apply principles of engineering, biology, human physiology, chemistry, physics, mathematics(through differential equations) and statistics.​

  • Solve biomedical engineering problems, including those associated with the interaction betweenliving and non-living systems.​

  • Analyze and model biomedical engineering devices, systems, components or processes.​

  • Interpret data from living systems.​

Admission Process & Requirements

Admission to the minor is by application. Students must have a minimum CU cumulative GPA of at least 2.5 to apply. Students can apply at any time and will be notified of their admission status on a rolling basis. 

A minor in Biomedical Engineering can be earned in conjunction with any CU Boulder major degree, except for BS degree in Biomedical Engineering.

Grade Requirements

A grade point average (GPA) of 2.000 or better is required in the courses that are used to satisfy the requirements for this minor. Each individual course that is counted towards these degree requirements must be passed with a D- or better. Note, however, that a C- or better is required in all prerequisite courses to move on to a subsequent course.

Completing the Biomedical Engineering Minor

The College of Engineering and Applied Science requires confirmation of Biomedical Engineering Minor completion. Please email biomed-minor@colorado.edu for final approval.

Questions or Degree Audit Updates?

Please email biomed-minor@colorado.edu.

For more information

Email us at:
biomed-minor@colorado.edu

BME Independent Study Form

An independent study is a collaboration between a student and a faculty member on a special project that provides the student with a learning experience. An independent study may also fill an academic need of importance to the student that cannot be filled by regular course offerings. Independent studies are opportunities to earn credit for learning outside the normal lecture and laboratory class structure.  Learn more.

BME Minor Degree Requirements starting fall 2027

To receive the minor, complete 18 credit hours by taking either Intro to Calculus, Intro to Physics, Intro to Biology or Intro to Chemistry;  the required gateway course and 12 elective credit hours.

  • BMEN 2100:  Biomedical Engineering Principles and Methods (3 credit hours): prerequisites include Biology (BIEN 2810, EBIO 1210, or MCDB 1150) and Chemistry (CHEN 1201, CHEN 1211, CHEM 1113 or MCEN 1024) and Calculus (APPM 1350 or Math 1300 or APPM 1345) and Physics (PHYS 1110 or PHYS 1115)
  • 12 elective credit hours - here are additional guidelines regarding elective requirements:
    • 6 credit hours must be taken in engineering courses. Here is a link to submit enrollment requests for department restricted courses.
    • Prior coursework may be transferred from other institutions with approval.
    • At least 9 credit hours need to be taken on the CU-Boulder campus.

Aerospace Engineering​

  • ASEN 4128: Human Factors in Engineering/Design  ​

Biomedical Engineering     ​

  • BMEN 2010: Biomaterials​

  • BMEN 3010: Biotransport​

  • BMEN 3030: Bioinstrumentation​

  • BMEN 4117/5117: Anatomy & Physiology​

Chemical & Biological Engineering​

  • BIEN 3800: Fundamentals of Biotechnology​

  • BIEN 4801: Pharmaceutical Biotechnology​

  • BIEN 4802: Tissue Engineering​

  • BIEN 4803: Metabolic Engineering​

  • BIEN 4805: Biomaterials   ​

  • BIEN 4806: Immunoengineering​

  • BIEN 4807: Drug Delivery​

  • BIEN 4830: Biokinetics and Reactor Design​

  • CHEN 4804: Protein and Enzyme Engineering   ​

Computer Science​

  • CSCI 3352: Biological Networks   ​

  • CSCI 4314: Dynamic Models in Biology    ​

Electrical Engineering ​

  • ECEN 4341/5341: Bioelectromagnetics    ​

  • ECEN 4933/5933: Engineering Genetic Circuits​

  • ECEN 4111: Cardiovascular Devices and Systems​

  • ECEN 4121/5121: Design of Implantable Medical Devices    ​

  • ECEN 4021/5021: Applications in Biomed: Neuromodulation    ​

Mechanical Engineering         ​

  • MCEN 4111/5111: Intro to Microfluidics   ​

  • MCEN 4113/5113: Mechanics of Cancer​

  • MCEN 4117/5117: Anatomy & Physiology for Engineers   ​

  • MCEN 4127/5127: Biomedical Ultrasound   ​

  • MCEN 4133/5133: Intro to Tissue Biomechanics​

  • MCEN 4157/5157: Modeling of Human Movement    ​

  • MCEN 4195/5195: Bioinspired Robotics    ​

  • MCEN 4292/5292: Materials and Devices in Medicine    ​

  • MCEN 4171/5171: Biofluids at the Micro Scale    ​

  • MCEN 4228/5228: Regenerative Tissue Repair          ​

  • MCEN 4228/5228: Fluid Mechanics in the Body  ​

Engineering, Ethics and Society​

  • ENES 3430: Ethics in Genetic Engineering​

Non-engineering electives​

Applied Math        ​

  • APPM 4390: Modeling in Math Biology    ​

Biochemistry       ​

  • BCHM 4400: Core Concepts in Physical Chemistry for Biochemists     ​

  • BCHM 4611: Principles of Biochemistry     ​

Integrative Physiology       ​

  • IPHY 3410: Intro to Human Anatomy​

  • IPHY 3430: Intro to Human Physiology​

Molecular, Cellular, and Developmental Biology​

  • MCDB 3450: Biological Data Science    ​

  • MCDB 4312: Quantitative Optical Imaging​

BME Minor Requirements before Fall 2027

To receive the minor, complete 18 credit hours by taking the required gateway course, one focused elective and 12 elective credit hours.

  • BMEN 2000: Introduction to Biomedical Engineering (3 credit hours): prerequisites include Biology (CHEN 2810, EBIO 1210, or MCDB 1150) and Chemistry (CHEN 1201, CHEN 1211, CHEM 1113 or MCEN 1024).
    • This course utilizes Matlab.  Prior experience using Matlab is ideal. Students without Matlab experience may need to spend additional time learning Matlab to complete certain assignments.  Resources will be made available.
  • 15 elective credit hours - here are additional guidelines regarding the focus elective and electives requirements:
    • At least one focus elective (from the list below)
    • At least 12 credit hours must be upper-division (3000 or higher level)
    • 6 credit hours must be taken in engineering courses (including Computer Science). Here is a link to submit enrollment requests for department restricted courses.
    • Up to 9 credit hours can be taken outside of engineering (i.e. IPHY, MCDB, PHIL)
    • Relevant Independent Study coursework can be petitioned
    • 5000-level courses are allowed where undergraduate students are eligible to enroll
    • Prior coursework may be transferred from other institutions with approval.
    • At least 9 credit hours need to be taken on the CU-Boulder campus- at least 6 credit hours of which must be at the upper-division level. 

 

Aerospace Engineering Courses        

  • ASEN 3036    Intro to Human Spaceflight
  • ASEN 4128    Human Factors in Engineering and Design   
  • ASEN 5226    Medicine in Space and Surface Environments   
  • ASEN 5016    Space Life Sciences   

Biomedical Engineering Courses        

  • BMEN 2010    Biomaterials (focus elective)
  • BMEN 2100    Biomedical Engineering Principles and Methods (focus elective)
  • BMEN 3010    Biotransport
  • BMEN 3030   Bioistrumentation
  • BMEN 4117/5117    Anatomy & Physiology for Biomedical Engineering (focus elective)

Chemical & Biological Engineering Courses     

  • BIEN 3800  Fundamentals of Biotechnology (focus elective)
  • BIEN 4801    Pharmaceutical Biotechnology (focus elective)    
  • BIEN 4802    Tissue Engineering  (focus elective)
  • BIEN 4803   Metabolic Engineering (focus elective)
  • BIEN 4805    Biomaterials   
  • BIEN 4806   Immunoengineering (focus elective)
  • BIEN 4807   Drug Delivery (focus elective)
  • BIEN 4830    Biokinetics and Reactor Design
  • CHEN 4804    Protein and Enzyme Engineering   
  • CHEN 4820    Biochemical Separations   

Computer Science Courses     

  • CSCI 2270    Data Structures   
  • CSCI 3104    Algorithms    
  • CSCI 3352    Biological Networks   
  • CSCI 3702    Cognitive Science   
  • CSCI 4314    Dynamic Models in Biology    

Electrical Engineering Courses        

  • ECEN 4341/5341    Bioelectromagnetics    
  • ECEN 4933/5933    Engineering Genetic Circuits    (focus elective)
  • ECEN 4111  Engineering Applications in Biomedicine: Cardiovascular Devices and Systems
  • ECEN 4121/5121    Design of Implantable Medical Devices    
  • ECEN 4021/5021    Special Topics: Engineering Applications in Biomed: Neuromodulation    

Mechanical Engineering Courses         

  • MCEN 4111/5111    Intro to Microfluidics   
  • MCEN 4113/5113    Mechanics of Cancer
  • MCEN 4117/5117    Anatomy & Physiology for Engineers   
  • MCEN 4127/5127    Biomedical Ultrasound   
  • MCEN 4133/5133   Intro to Tissue Biomechanics
  • MCEN 4157/5157    Modeling of Human Movement    
  • MCEN 4195/5195    Bioinspired Robotics    
  • MCEN 4292/5292    Materials and Devices in Medicine    
  • MCEN 4171/5171    Biofluids at the Micro Scale    
  • MCEN 4228/5228    Special Topics: Regenerative Bio/Tissue Repair          
  • MCEN 4228/5228    Special Topics: Fluid Mechanics in the Human Body    

Recommended non-engineering technical electives:    

Applied Math Courses        

  • APPM 4390    Modeling in Math Biology    

Biochemistry Courses        

  • BCHM 4400    Core Concepts in Physical Chemistry for Biochemists     
  • BCHM 4611    Principles of Biochemistry     

Engineering, Ethics and Society Courses

  • ENES 3430   Ethics in Genetic Engineering
  • ENES 3843  Special Topic: Humanities and Medicine

Integrative Physiology Courses        

  • IPHY 3410    Intro to Human Anatomy    (focus elective)
  • IPHY 3415    Human Anatomy Lab    
  • IPHY 3430    Intro to Human Physiology    (focus elective)
  • IPHY 3490    Introduction to Epidemiology    
  • IPHY 4060    Cell Physiology    
  • IPHY 4300    Pathophysiology of Disease    
  • IPHY 4540    Biomechanics    
  • IPHY 4580    Sleep Physiology    

Molecular, Cellular, and Developmental Biology Courses

  • MCDB 2150    Principles of Genetics (focus elective)
  • MCDB 3000    Synthetic Biology: Engineering Biomolecular Systems in the Laboratory    
  • MCDB 3135    Molecular Biology    
  • MCDB 3145    Cell Biology    
  • MCDB 3150    Biology of the Cancer Cell    
  • MCDB 3160    Infectious Disease
  • MCDB 3300    Personalized Medicine - Recent Advances in Diagnostics and Therapeutics (focus elective)    
  • MCDB 3333    Biomed Innovations and Discoveries    
  • MCDB 3350    Fertility, Sterility and Early Mammalian Development    
  • MCDB 3450    Biological Data Science    
  • MCDB 3501    Structural Methods for Biological Macromolecules    
  • MCDB 3700    Poisons in Cell Biology and Society    
  • MCDB 4105    Function of Cellular and Nuclear, Assemblies, and Machines        
  • MCDB 4300    Immunology    
  • MCDB 4312    Quantitative Optical Imaging    
  • MCDB 4410    Human Molecular Genetics    
  • MCDB 4420    Genetics of Brain and Behavior    
  • MCDB 4425    Topics in Membrane Biology: Cell Biology, Physiology and Disease    
  • MCDB 4426    Cell Signaling and Developmental Regulation    
  • MCDB 4444    Cellular Basis of Disease    
  • MCDB 4520    Bioinformatics and Genomics    
  • MCDB 4615    Biology of Stem Cells    

Neuroscience Courses

  • NRSC 4062    The Neurobiology of Stress
  • NRSC 4072    Clinical Neuroscience: A Clinical and Pathological Perspective

Philosophy Courses

  • PHIL 1160    Intro to Medical Ethics (focus elective)
  • PHIL 3160   Bioethics (focus elective) 

Last updated Nov. 5, 2025

  • Course NumberCourse Title Prerequisites 
    BIEN 3800Fundamentals of Biotechnology 

    BIEN 2810 or MCDB 1150 or EBIO 1220

    APPM 1350 or MATH 1300

    CHEN 1211 or CHEM 1113 or MCEN 1024

    BIEN 4801 Pharmaceutical Biotechnology 

    CHEN 3330 

    BIEN 4830 or CHEN 4330

    BIEN 4802 Tissue Engineering and Biofabrication

    CHEN 2810 or MCDB 1150 or EBIO 1210

    EBIO 1220

    CHEN 4520 or BMEN 4010

    BIEN 4803Metabolic EngineeringBCHM 4611
    BIEN 4806Immunoengineering

    CHEN 2810 or MCDB 1150 or EBIO 1210 and 1220

    CHEN 4330/4830 or BMEN 3010 

    BIEN 4807Drug DeliveryN/A
    BMEN 2010BiomaterialsCHEN 1201 or CHEN 1211 or CHEM 1113
    BMEN 2100Biomedical Engineering Principles and MethodsN/A
    BMEN 4117Anatomy & Physiology for BME BMEN 2000 or BMEN 2100
    ECEN 4006Special Topics: Biomedical OpticsECEN 3300 or ECEN 3301
    ECEN 4933Engineering Genetic CircuitsN/A
    IPHY 3410Human AnatomyEBIO 1210 or MCDB 1150 or BIEN 2810
    IPHY 3430Human Physiology 

    IPHY 3410

    CHEM 1133/1134

    MCDB 2150Principles of GeneticsMCDB 1150 or EBIO 1210 or BIEN 2810
    MCDB 3300Personalized Medicine - Recent Advances in Diagnostics and TherapeuticsN/A
    PHIL 1160Introduction to Medical EthicsN/A
    PHIL 3160 BioethicsN/A

Notes: 

  1. If BMEN 2100 is taken in place of BMEN 2000, it cannot also count as a focused elective.
  2. Students who take IPHY 3410 or 3430 cannot count BMEN 4117 as either a focused elective or general elective.

List updated 3/18/25