Choosing biological sciences as your ASU major opens a clear path through discovery, research, and impact. This roadmap helps you align your interests in life sciences with campus resources, labs, and career outcomes.
The table below summarizes how to navigate the major map, from foundational courses to hands-on experiences and graduation requirements.
| Component | Key Actions | Typical Timing | Outcome |
|---|---|---|---|
| Core Curriculum | Complete general education, writing, and math | Year 1–2 | Strong academic foundation |
| Biology Core | Take cell biology, genetics, evolution, ecology | Year 1–3 | Central concepts and methods |
| Lab & Field Experience | Enroll in lab courses and summer research | Year 2–4 | Practical skills and real-world data |
| Capstone & Internship | Complete senior project and industry or research internship | Year 4 | Portfolio-ready work and professional network |
Foundation Courses in Biological Sciences
Your first year focuses on building fluency in biological concepts, data analysis, and scientific communication. Core curriculum classes in math, writing, and chemistry support your later biology coursework.
Plan introductory biology with lab, general chemistry with lab, and statistics early in your map. These courses set the stage for advanced topics and help you meet prerequisites for competitive upper-division classes.
Use your ASU adviser to confirm transfer credits and placement exams, so you start at the appropriate course level. A solid start reduces rework and keeps your degree timeline on track.
Core Biology Curriculum Map
The core biology sequence dives into molecular, cellular, organismal, and ecological processes. Expect courses in cell biology, molecular biology, genetics, evolution, physiology, and ecology with corresponding labs.
Spread these classes across Years 2 and 3 while balancing workload and lab schedules. Pair lecture with lab sections that reinforce techniques such as microscopy, DNA analysis, and field sampling.
Track prerequisites carefully, because some upper-level electives require specific core courses and minimum grades. Planning these dependencies early prevents bottlenecks during registration.
Concentrations and Electives
ASU lets you personalize your biological sciences path through concentrations in areas like ecology and evolutionary biology, human health, or computational biology. Electives allow you to explore emerging topics such as conservation, biotechnology, or neuroscience.
Map your interests to faculty expertise and campus facilities, including labs and field stations. Select courses that build a coherent story for internships, graduate study, or specialized careers.
Check program-specific requirements if you plan double majors or minors, and align electives with career goals in health, education, research, or environmental policy.
Research, Internship, and Experiential Learning
Hands-on research and internships are central to a strong biological sciences map at ASU. Labs, field programs, and partnerships with local institutions give you real data and mentorship.
Start looking for opportunities in Year 2, and apply early for paid research, course-based undergraduate research experiences, or summer internships. These experiences strengthen your portfolio and recommendation letters.
Document projects carefully, highlighting techniques, results, and your contributions. This material becomes essential for graduate applications, scholarships, and job interviews.
Customizing Your Path Beyond the Core
As you progress, adjust your biological sciences map to include experiential learning, interdisciplinary studies, and long-term goals. Regular meetings with your academic adviser keep your plan current and competitive.
Use electives, minors, and campus projects to differentiate your application for jobs or professional schools. Stay engaged with departmental seminars, clubs, and networking events to broaden your perspective and opportunities.
- Verify prerequisites before registering for advanced biology courses.
- Enroll in research or internship experiences by Year 2 to build skills.
- Track deadlines for scholarships, honors programs, and graduate applications.
- Leverage faculty mentorship and campus facilities for capstone projects.
- Align your electives with your target career or graduate program.
FAQ
Reader questions
How do I choose a concentration within biological sciences at ASU?
Review faculty research profiles, available labs, and course descriptions, then select a concentration that matches your interests and career goals, such as ecology or biotechnology.
What are the prerequisites for upper-division biology courses at ASU?
Common prerequisites include general biology with lab, general chemistry with lab, organic chemistry with lab, genetics, and statistics, with specific requirements varying by track.
Can I complete an internship for credit as part of my biological sciences major at ASU?
Yes, ASU offers internship credits through programs that pair on-site experience with structured learning objectives and faculty oversight. Graduates pursue roles in research, public health, environmental consulting, education, and industry, and many continue to graduate programs in medicine, public health, or the life sciences.