Genetics student looking in microscope.

Program Overview

Quick Facts

The fastest breakthroughs in life sciences today start with genetics and genomics. These fields are shaping our understanding of humans and the world around them, from personalized medicine to crime-solving technologies to conserving endangered species to restoring ecosystems. Genetics is everywhere!

As a Genetics Concentration student, you’ll dive into cutting-edge topics like developments in human genetics, molecular biology, biometry, genomics & bioinformatics.  You’ll also have access to specialty courses and hands-on lab experiences tailored to a variety of interests.  These could include decoding DNA for health innovations, applying genetic science in forensic investigations, using genomics to protect biodiversity, or preparing for a career in genetic counseling. Starting Fall 2026, our Methods in Genetics course will become SEA-PHAGES—a nationally recognized, research-based microbiology & genetics course. Through this hands-on program, students will isolate, characterize, and name their own viruses while contributing to real scientific discovery and genome research. At the end of this two-semester, project-based course, students will present their research and publish their findings in a scientific journal.

Your career possibilities will be some of the broadest in biology; genetics connects to law, forensics, economics, pharmaceutical drug discovery, and advanced patient care.  From solving real-world problems to driving innovation in industry, government, and research, your skills will open doors to some of the most exciting and impactful careers in science.

Meet the Biology Faculty Who Teach in this Concentration

Research Opportunities

As you pursue your genetics studies, you have the opportunity to engage in authentic research by working alongside expert faculty in their labs. Since genetics touches many sub-disciplines of biology, you could conduct research in almost any Biology faculty member’s lab, or even faculty associated with the Medical Education Center at Ball State.

Our students work alongside faculty who conduct pioneering research, gaining real-world experience while contributing to studies that drive progress for biological sciences. Valuable faculty-student partnerships result in peer-reviewed publications, as well as student-led presentations at local, state, national, and international conferences. These research experiences build highly-sought skills that complement your degree and launch careers!

Ongoing research projects involving our students include:

  • assembling genomes for threatened species
  • using supercomputers to understand amphibian genome evolution
  • Characterizing incompatibilities between mitochondrial and nuclear genomes
  • Genotyping species for disease resistance markers
  • Investigating bacteriophages and the role of microbial communities in influencing insect physiology
  • Development of microbial biopesticides as eco-friendly tools for controlling insect vectors of human disease

  • phylogenomic analysis of the group Spermacoceae, within the coffee family
  • RNA modifications in fungal pathogens
  • detection and destruction of disease-causing aberrant proteins
  • molecular underpinnings of cancer and ALS
  • analysis of chromatin and nucleosome structure

As a student as Ball State, you can write proposals for submission to our Undergraduate Research Program and scientific organizations to further build your resume to increase your career options beyond graduation from Ball State.

Laboratories and Advanced Equipment

In a laboratory-focused field, it is important to have access to authentic labs and equipment that you will use in your career or in graduate school with pipetting equipment, incubators, autoclaves, fluorescent readers, and more. At Ball State, you will be able to conduct research and apply your knowledge utilizing tools such as sophisticated confocal and electron microscopy, laser technologies, flow cytometry, and advanced genomic analyses to solve real research problems.

Student Organizations

The Department of Biology is home to several academic clubs that provide an opportunity to connect with other students in your concentration for support, professional development opportunities and academic discussion.

A few student organizations you may be interested in joining as a genetics student include:

Small Class Sizes

Our low student-to-professor ratio and small class sizes give you personalized attention from faculty, who are world-class experts in their disciplines.

Your coursework from the freshman year onward can be tailored to your interests and career goals through specific optional Chemistry and Biology courses within the concentration. All genetics students are strongly encouraged to take coursework in one of two biochemistry courses depending on your career goals, as well as courses related to your specific interests. Your academic advisor is your partner and will work with you to become a successful Ball State graduate.

The concentration in genetics fulfills part of the requirements that lead to a bachelor of arts or bachelor of science degree with a major in biology. All biology majors must also complete the biology core curriculum and the University Core Curriculum.

Credits Required

Total to Graduate: 120

  • Biology Core Curriculum: 37-38
  • Genetics Concentration: 30
  • University Core Curriculum: 66-70

Courses

All biology majors in every concentration are required to complete a core curriculum in biology that is separate from your concentration requirements and from the University Core Curriculum.

These foundational courses provide you with an overview of the principles in biology and develop a necessary competency in chemistry, physics and math.

Biology Core Courses: 18 credits

  • BIO 111 – Principles of Biology 1
  • BIO 112 – Principles of Biology 2
  • BIO 201 - Symposium
  • BIO 214 – Genetics
  • BIO 216 – Ecology
  • One of the following:
    • BIO 314 – Methods in Genetics
    • BIO 315 – Methods in Cell Biology
    • BIO 316 – Methods in Ecology

*Note:  All genetics concentration students are required to take BIO 314.

Other Required Courses: 18-20 credits

  • CHEM 111 – General Chemistry 1
  • CHEM 112 – General Chemistry 2
  • PHYC 110 – General Physics 1
  • One of the following:
    • CHEM 230 – Organic Chemistry for the Life Sciences AND CHEM 241 – Organic Chemistry Laboratory 1
    • CHEM 231 – Organic Chemistry 1 AND CHEM 241 – Organic Chemistry Laboratory 1
  • One of the following:
    • MATH 112 – Precalculus Trigonometry
    • MATH 114 – Precalculus Trigonometry (accelerated 8 week course)
    • MATH 161 – Applied Calculus 1
    • MATH 165 – Calculus 1 

*Note:  All genetics concentration students are required to take MATH 161.

VIEW CATALOG

The courses you will take to complete the genetics concentration are:

  • BIO 215 – Cell Biology
  • BIO 314 – Methods in Genetics
  • BIO 448 – Biometry
  • BIO 452 – Advanced Genetics
  • BIO 453 – Human Genetics
  • BIO 454 – Genomics and Proteomics
  • BIO 457 – Molecular Biology
  • MATH 161 – Applied Calculus 1
  • 5 credits from the 200-400 level of biology, biotechnology, botany or zoology

For a complete list of all the courses you will take for your degree and their descriptions, please see our Course Catalog.

View Catalog

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Take the Next Step

Do you want to learn more about our program or have questions about the application process or financial aid? We’re here to help! One of the best ways to understand why Ball State is right for you is to schedule a visit through our Office of Undergraduate Admissions to see it for yourself. Or if you’d like to speak directly to someone in our department, please feel free to call or email us.

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