Biotechnology and Biochemical Engineering Minor
This minor provides specific training for McCormick students interested in industries that create and manufacture bio-based fuels and industrial chemicals, pharmaceuticals, biomaterials, and agents for gene and cell therapies or for those desiring in-depth preparation for future graduate study in biotechnology research.
Course | Title |
---|---|
Requirements (10 units) | |
6 courses in biological science and biochemical engineering: | |
Molecular Biology 1, 2 | |
Cell Biology 1, 2 | |
Genetics and Evolution 2 | |
Principles of Biochemistry | |
Biochemical Engineering | |
Bioseparations | |
Laboratory experience: | |
The complete series of 0.34-unit laboratories or one unit of 399 independent study in an approved laboratory 3 | |
Molecular and Cellular Processes Laboratory and Genetics and Molecular Processes Laboratory and Investigative Laboratory | |
3 electives providing opportunity for greater depth in both fundamental biology and engineering applications: | |
- 1
CHEM_ENG 275-0 Molecular & Cell Biology for Engineers may substitute for either one
- 2
The Biotech Minor requires 3 units of Biology coursework. Exemptions or course reductions are NOT granted for students taking the Biological Sciences Department placement test, and who test out of and skip BIOL_SCI 201-0 Molecular Biology. These students may complete BIOL_SCI 202-0 Cell Biology and BIOL_SCI 203-0 Genetics and Evolution and petition to use an upper level Biology course to complete the required 3 units of Biology coursework.
- 3
Biological Science laboratories are now connected to the intro sequence courses, and registration in the lab is required. Students who are transferring credit from a previous institution where there is no coupled lab, or who do not have one full unit of laboratory credit, may use a previously approved independent study. Any student may choose to substitute a previously approved independent study unit in place of the three laboratory courses.
- A minimum GPA of 2.0 is required in courses in the minor.
- A BA or BS degree from Northwestern must be completed.
- No more than 6 units may be double-counted to fulfill requirements in the major program for catalog years 2022 to present. For catalog years 2021 and earlier, no more than 5 units may be double-counted to fulfill requirements in the major program.
- A maximum of 2 units not offered by the department may be taken P/N for the minor. Students must also comply with departmental and McCormick P/N regulations for courses that are double-counted toward requirements in the minor and major programs.
- Students not majoring in chemical engineering should take the Biological Sciences intro sequence BIOL_SCI 201-0 Molecular Biology, BIOL_SCI 202-0 Cell Biology, BIOL_SCI 203-0 Genetics and Evolution, and BIOL_SCI 301-0 Principles of Biochemistry before CHEM_ENG 375-0 Biochemical Engineering and CHEM_ENG 377-0 Bioseparations. They should also take CHEM 342-1 Thermodynamics and the recommended BIOL_SCI 315-0 Advanced Cell Biology to prepare for CHEM_ENG 375-0 Biochemical Engineering and CHEM_ENG 377-0 Bioseparations.
- Students must submit an up to date minor declaration form in MAS (McCormick Advising System) before the beginning of their final quarter as undergraduates. Petitions for counting the independent study units are also completed in MAS.
Minor Electives
Core Electives
Course | Title |
---|---|
CHEM_ENG 372-0 | Bionanotechnology |
CHEM_ENG 373-0 | Biotechnology and Global Health |
CHEM_ENG 376-0 | Principles of Synthetic Biology |
CHEM_ENG 378-0 | Deconstructing Synthetic Biology – Biotechnology Case Studies Across Scales |
CHEM_ENG 379-0 | Computational Biology: Analysis and Design of Living Systems |
CHEM_ENG 382-0 | Regulatory Sciences in Biotechnology |
CHEM_ENG 470-0 | Molecular Folding and Function |
CHEM_ENG 478-0 | Advances in Biotechnology |
CHEM_ENG 395-0 | Special Topics in Chemical Engineering (must be approved by petition) |
Extended Electives
Course | Title |
---|---|
CHEM_ENG 372-0 | Bionanotechnology |
CHEM_ENG 373-0 | Biotechnology and Global Health |
CHEM_ENG 376-0 | Principles of Synthetic Biology |
CHEM_ENG 378-0 | Deconstructing Synthetic Biology – Biotechnology Case Studies Across Scales |
CHEM_ENG 379-0 | Computational Biology: Analysis and Design of Living Systems |
CHEM_ENG 382-0 | Regulatory Sciences in Biotechnology |
CHEM_ENG 470-0 | Molecular Folding and Function |
CHEM_ENG 478-0 | Advances in Biotechnology |
CHEM_ENG 395-0 | Special Topics in Chemical Engineering (must be approved by petition) |
BIOL_SCI 315-0 | Advanced Cell Biology |
BIOL_SCI 323-0 | Bioinformatics: Sequence and Structure Analysis |
BIOL_SCI 328-0 | Microbiology |
BIOL_SCI 332-0 | Conservation Genetics |
BIOL_SCI 341-0 | Population Genetics |
BIOL_SCI 355-0 | Immunobiology |
BIOL_SCI 361-0 | Protein Structure and Function |
BIOL_SCI 363-0 | Biophysics |
BIOL_SCI 378-0 | Functional Genomics |
BIOL_SCI 380-0 | Biology of Cancer |
BIOL_SCI 390-0 | Molecular Biology of Genome Editing and Engineering |
BIOL_SCI 395-0 | Molecular Genetics |
BMD_ENG 304-0 | Quantitative Systems Physiology (Formerly BMD_ENG 302) |
BMD_ENG 317-0 | Biochemical Sensors |
BMD_ENG 340-0 | Pharmaceutical Engineering: From Discovery to Therapeutics |
BMD_ENG 343-0 | Biomaterials and Medical Devices |
BMD_ENG 344-0 | Biological Performance of Materials |
BMD_ENG 346-0 | Tissue Engineering |
BMD_ENG 347-0 | Foundations of Regenerative Engineering |
BMD_ENG 348-0 | Applications of Regenerative Engineering |
BMD_ENG 443-0 | Biological Phenomena in Cell/Cell-Free Systems |
BMD_ENG 446-0 | Biomaterials in Synthetic Biology |
CHEM 215-3 | Organic Chemistry III (Formerly CHEM 210-3) |
CIV_ENV 361-1 | Environmental Microbiology |
CIV_ENV 442-0 | Environmental Biotechnology for Resource Recovery |
MAT_SCI 353-0 | Bioelectronics |
Independent Study 399 in approved laboratory |