Bioinformatics
Combine biology, data, and computation to decode the language of life.
Inside Bioinformatics.
Bioinformatics integrates biology, computer science, and statistics to analyze genomic and biological data.
Students gain the computational and analytical skills driving modern genomics, drug discovery, and precision medicine.
Students in Bioinformatics learn in small, mentorship-driven classes, work closely with faculty on research and creative projects, and build a portfolio of real-world experience before they graduate.
What You'll Learn
- 01Integrate biological science with computing and statistics
- 02Apply algorithms and databases to genomic and proteomic data
- 03Design reproducible computational analyses
- 04Communicate bioinformatics findings for research and professional audiences
Why This Program
- High-demand intersection of biology and data science
- Research with genomic datasets
- Strong pathway to graduate and industry roles
What You'll Study.
Major Requirements
- 0185 credit hours spanning biology, computer science, mathematics, and statistics
General Education
- 0139 semester credit hours
Electives
- 013 credit hours of electives
- 02Total program requirement: 127 credit hours
Downloadable curriculum sheet — coming soon
Where This Degree Takes You.
Common Job Titles
- Bioinformatics Analyst
- Computational Biologist
- Data Scientist
- Genomics Researcher
- Research Scientist
Graduate School Options
- Ph.D. in Bioinformatics / Computational Biology
- Genomics master's programs
- Data science programs
Industry Sectors
- Biotechnology
- Pharmaceuticals
- Healthcare Data
- Research
Salary outcomes vary by role and region — connect with Claflin Career Services for current, verified data for this field.
Add program placement rate and outcomes data
Experiential learning
Learn by Doing.
Real experience is built into the program — from internships and research to service learning and study abroad.
Internships
Placements with regional employers and partners connected to the Department of Biology.
Undergraduate Research
Mentored, faculty-led research beginning as early as the first year.
Field Experiences
Site visits, practica, and community-based learning that apply classroom theory.
Service Learning
Projects that connect coursework to Orangeburg and the surrounding community.
Study Abroad
Global programs coordinated through the Office of Global Programs.
Learn from Dedicated Scholars.
Sample roster — replace with the department's faculty records.
Outcomes That Speak for Themselves.
Sample spotlights — replace with real student & alumni stories.
“The Bioinformatics program gave me the mentorship and hands-on experience to step confidently into my career.”
“My professors knew me by name and pushed me to do work I didn't know I was capable of.”
Related programs
You Might Also Explore.
Students interested in Bioinformatics often consider these related programs.
How to Apply.
Requirements
- Completed Claflin University application
- Official high school transcript (or college transcripts for transfers)
- Self-reported test scores (test-optional pathways available)
- Personal statement and any program-specific materials
Deadlines
- Fall priority: November 1 — Spring priority: November 15
- Rolling admission after priority dates while space remains
- Financial aid: complete the FAFSA by the published priority date
Application Process
- 01Submit your free application online
- 02Send official transcripts and supporting documents
- 03Connect with your admissions counselor
- 04Receive your decision and financial aid package
Answer the call
Your Bioinformatics Journey Starts Here.
Take the next step toward a Claflin education — apply, request information, or schedule a visit today.