Experiential Learning Activity (ELA)
ELAs are crucial for learning and required for a BDS degree. They are primarily satisfied by participating in discipline-related research or internship.
Identifying research ELAs
- Start with the Examples of BDS research programs.
- Identify key words that are of interest.
- Use the key words to search OSU more broadly.
- Contact faculty
- Contact BDS to confirm the ELA satisfies requirements.
Things to consider
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An ELA can be completed
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For credit*
- BDS 401: Research
- BDS 403: Thesis
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No credit but transcript visible*
- BDS 003: Undergraduate research
- BDS 004: Internship
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No credit and not transcript visible
- Paid position
- Volunteer
- Scholarship
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For credit*
- Try to complete minimum ELA requirements prior to Winter quarter of the third year.
- Completion is necessary for BDS 420.
*Please coordinate with the BDS program to make sure the faculty mentor has an assigned section.
Examples of BDS research programs
The following are examples of faculty at OSU that oversee research programs that involve biological data sciences.
- Dr. Holly Arnold: Microbiome-driven host phenotypes; leveraging omics to study healthy aging and behavior
- Dr. Mike Behrenfeld: Physiological ecology of marine algae; global ecological modeling
- Dr. Posy Busby: Plant microbiomes; plant-fungal interactions
- Dr. Jeff Anderson: Plant pathology and plant disease resistance
- Dr. Molly Burke: Genetic basis of adaptation
- Dr. Jeff Chang: Genomics of plant-associated bacteria
- Dr. Benjamin Dalziel: Ecology and evolution of infectious diseases
- Dr. Maude David: Gut microbiota and gut-brain interactions
- Dr. John Fowler: Plant cell and developmental biology
- Dr. David Hendrix: Systems Biology, Machine Learning, Regulatory RNAs
- Dr. Rebecca Hutchison: Intersection of machine learning and ecology
- Dr. Andy Jones: Plant ecology and evolutionary biology
- Dr. Sam Leiboff: Quantitative plant development
- Dr. Aaron Liston: Genomics and evolution
- Dr. Molly Megraw: Genome expression and regulation
- Dr. Andrey Morgun: Host-microbiota interactions in human diseases, multi-omics, network analysis, transkingdom networks, causal inference/discovery
- Dr. Ryan Mueller: Evolution and ecology of microbial communities
- Dr. Stephen Ramsey: Computational systems biology
- Dr. Dan Rockey: Genomics of intracellular pathogens
- Dr. Thomas Sharpton: Gut microbiome function and metagenomics
- Dr. Joseph Spatafora: Evolutionary genomics of fungi
- Dr. Jessie Uehling: Fungal evolution
- Dr. German Vargas: Plant physiological ecology, Soil-Plant-Atmosphere continuum, process-based modeling
- Dr. Kelly Vining: Genomics and specialty crops
- Dr. Tim Warren: Insect physiology and behavior
- Dr. Alexandra Weisberg: Genomics, ecology, and evolution of plant-pathogens