Organismal Biology, minor

Program Overview

Are you fascinated by the natural world and have always wondered why things are made the way they are? Would you describe yourself as inquisitive or strategic? Do you have a desire to study life and all its physical properties, from the smallest insects to the largest mammals? If so, a minor in organismal biology could be an excellent complement to your major.

A minor in organismal biology from PLNU offers a specialized route to investigate the role organisms play in biological systems. You will take ecology and biology classes that provide hands-on learning opportunities to study structure and function at the level of the entire organism. Electives like plant biology, vertebrate biology, animal behavior, marine ecology, and more offer you unique options to explore different roles in the diversity of life.

Dawne Page headshot

Spotlight

Dawne Page, Ph.D.

Dr. Dawne Page, chair of the Department of Biology, teaches courses in genetics and immunology. Her research involves exploring B cell development and maturation in zebrafish, and she recently had her findings published in the medical journal Blood. We sat down with her to learn more about her journey in the sciences.

Read More

You will also be able to work side-by-side with passionate and knowledgeable professors within classroom labs and field experiences. Other unique hands-on learning opportunities can be found in student-led science clubs, faculty-assisted research projects, and internships with local organizations. You'll also have access to sophisticated instrumentation and computational resources for use in courses and labs, all housed within our new state-of-the-art science center.

Course List

Loading...

Department Faculty

Start Application

Are you ready to take the next step to begin your PLNU journey? Whether you’re a high school senior, college transfer student, or international student, find out what we’re looking for in our applicants and how you can apply.

Apply Now

Student Support

For most students, the transition into college life is one full of adjustments. There is the excitement of newfound freedoms, but also some uncertainty as you begin to make choices and take responsibility for your own future. 

At PLNU, we’re committed to supporting you — academically, professionally, spiritually, personally — so that you may be successful both in your time as a student and beyond. That’s why we offer a holistic support system that focuses on your unique experiences, particular needs, and personal and professional goals — resulting from our deep concern for you, our student.

With a focus on authentic relationships and personalized attention, our goal is to help transform you so you can follow your calling in your own career and life.

Student Support

Student Profile

Tanner Matthews Headshot

Tanner Matthews

Point Loma doesn’t just give you the tools you need to get a job once you graduate; it teaches you how to be human, to ask questions, to never stop learning, to find comfort in your doubts, to seek truth, and to be a follower of Christ. I found my purpose here and was given everything I need to fulfill that purpose. Read more

Career Opportunities

A minor in organismal biology is a natural complement to any science-related major. Employers like zoos, aquariums, museums, laboratories, and veterinary hospitals are looking for individuals armed with a specialized understanding of living things and their role within the environment. PLNU alumni are also sought after for the ways they are able to confidently integrate and apply their faith, knowledge, and skill set into their work.

People with a passion for organismal biology tend to pursue careers as:

  • Laboratory Technicians
  • Science Educators
  • Ecologists
  • Veterinary Technicians
  • Marine Biologists
  • Botanists

Student Profile

Lane Votapka headshot

Lane Votapka

Lane Votapka is a postdoctoral researcher at the Laufer Center for Physical and Quantitative Biology at Stony Brook University in Long Island, New York. He conducts research examining the molecular mechanisms underlying biology, particularly the molecules that cause disease. This requires working at the border of biology, chemistry, physics, math, and computer science. Read more