Education
Undergraduate Education at Duke:
Undergraduate courses are broadly offered across University Departments. A course list is supplied below. If you are interested in research please contact individual microbiome center-affiliated faculty for work-study or independent research experiences.
| Course # | Course name | Instructor |
|---|---|---|
| BIOLOGY 138FS | Genomics of Symbiosis | |
| ENVIRON 148FS | Symbiosis | |
| BIOLOGY 212L | General Microbiology | Schmid |
| BIOLOGY 346 | Symbiosis | |
| BIOLOGY 369LA | Biological Oceanography (DUML) | Johnson |
| CEE 566 | Environmental Microbiology | Gunsch |
| CEE 562L | Applied Biology Principles in Environmental Engineering | Delgado-Vela |
| CBB 520 | Genome Tools and Technologies | |
| BIOLOGY 557L | Microbial Ecology and Evolution | Vigalys |
| BIOLOGY 554D | Biogeochemistry | |
| BIOLOGY 540L | Mycology | |
| MGM 582 | Microbial Pathogenesis | |
| BIOLOGY 522S | Origins of Cellular Life | Schmid |
Graduate Training at Duke:
Graduate training opportunities are available in DMC laboratories. Please inquire with individual investigators for openings and graduate program affiliations. DMC investigators are members of the following Duke Graduate training programs: Department of Molecular Genetics & Microbiology, University Program in Genetics and Genomics, Program in Cell and Molecular Biology, Program in Computational Biology and Bioinformatics, Program in Biomedical Engineering, and the Biology Graduate Program.
Outside Resources:
The Ohio State University has put together a set of online education resources:
–Microbiome Informatics Webinar Series (Spring 2021)
Graduate Courses at Duke:
| Course #: | Course Name: | Instructor: |
|---|---|---|
| BIO 212L | General Microbiology | Amy Schmid |
| CEE 661L/BME 661L (Generally Spring | Environmental Molecular Biotechnology | |
| CEE 566 | Environmental Microbiology | Claudia Gunsch |
| BIOLOGY 668 | Population Ecology | |
| BIOLOGY 723 | Statistical Computing for Biology | Paul Magwene |
| BME 564L | Genome Engineering | |
| MGM 582 | Microbial Pathogenesis | Multiple Faculty |
| MGM720 | Next Generation Sequencing Computation Tools | |
| CMB733 | Experimental Design and Statistics | |
| BIOLOGY 525S/ CMB 525S | Proteomic Methods in Life Sciences | |
| CBB 520 | Genome Tools and Technologies | Fred Dietrich |
| CEE 562L (Spring) | Applied Biology Principles in Environmental Engineering | |
| BCH790S | Chemical Biology of the Human Gut Microbiome | |
| CEE 690 (Spring) | Microbial Community ‘Omics | |
| BIOLOGY 732 | Food Web Theory | Jean-Philip Gibert |
| BIOLOGY 665 | Bayesian Inference for Environmental Models | Jim Clark |
| BIOLOGY 557L* | Microbial Ecology and Evolution | Rytas Vigalys |
| BIOLOGY 554D | Biogeochemistry | Rytas Vigalys |
| BIOLOGY 522S | Origins of Cellular Life | Amy Schmid |
