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The Bachelor of Science in Pharmacology and Toxicology at Arizona State University explores how drugs, chemicals, and other substances affect the human body at molecular, cellular, and physiological levels. Designed for students interested in pharmaceutical research, drug safety, biomedical science, and healthcare, the program combines biology and chemistry with laboratory-focused learning to build a strong foundation for scientific careers and further study.
Curriculum Structure
First Year: Students establish a foundation in biological and chemical sciences through BIO 181: General Biology I, BIO 182: General Biology II, and CHM 113: General Chemistry I. Mathematics courses such as MAT 210: Brief Calculus or MAT 251: Calculus for Life Sciences develop quantitative skills needed to understand scientific data and biological processes.
Second Year: Students strengthen their understanding of the human body and the chemical processes that influence living systems through courses such as BIO 201: Human Anatomy and Physiology I, CHM 233: General Organic Chemistry I, and CHM 237: General Organic Chemistry Laboratory I. These subjects provide the scientific groundwork for understanding how drugs interact with biological systems and how chemical structures influence their effects.
Third Year: Students move into specialized study with PTX 301: Basics of Pharmacology and Toxicology, BIO 353: Cell Biology, and LSC 347: Fundamentals of Genetics. These courses introduce the mechanisms behind drug action, cellular function, and genetic processes, helping students understand how biological systems respond to chemical substances.
Fourth Year: Students deepen their expertise through PTX 432: Fundamentals of Pharmacology, PTX 450: Pharmacology and Toxicology Laboratory, and PTX 475: Principles of Toxicology. Options such as CHM 435: Medicinal Chemistry, FOR 401: Forensic Toxicology, and PTX 484: Internship allow students to explore specialized interests and apply their scientific knowledge to research or professional settings.
Focus Areas: Pharmacology, toxicology, drug action, chemical safety, cell biology, genetics, medicinal chemistry, environmental and human toxicology, forensic toxicology, biochemical methods, and pharmaceutical research.
Learning Outcomes: Explain how drugs and chemicals interact with biological systems, understand cellular and physiological processes, apply laboratory methods to pharmacological and toxicological investigations, interpret scientific evidence, assess the effects of potentially harmful substances, and develop research and analytical skills for further study or employment.
Professional Alignment (Accreditation)
Accreditation: Arizona State University is institutionally accredited by the Higher Learning Commission. This is institutional accreditation, not a specialized professional accreditation for the Pharmacology and Toxicology BS.
Professional Pathways: The degree can support entry-level opportunities in pharmaceutical research, toxicology, biotechnology, laboratory analysis, and related life sciences. Students planning to become pharmacists, physicians, or other licensed healthcare professionals must complete the additional professional education and licensing requirements for their chosen career.
Reputation (Employability Rankings)
Employability Ranking: Arizona State University ranked No. 2 among public universities in the United States for graduate employability in the Global Employability University Ranking and Survey for 2023–2026. This is a university-wide ranking, not a program-specific employment result.
The Bachelor of Science in Pharmacology and Toxicology at Arizona State University emphasizes hands-on scientific learning, helping students understand how drugs and other chemicals affect cells, organs, and living organisms. Through laboratory-focused coursework, students develop practical skills in pharmacology, toxicology, chemistry, and biological research. The program also offers opportunities to pursue faculty-mentored research and internships, allowing students to connect classroom learning with real-world scientific challenges.
Students can gain practical experience through the following program-specific opportunities:
- Pharmacology and Toxicology Laboratory: Take PTX 450: Pharmacology and Toxicology Laboratory, which provides practical experience related to the scientific principles of drug action and toxic effects.
- Chemistry Laboratories: Develop laboratory skills through CHM 237: General Organic Chemistry Laboratory I and CHM 238: General Organic Chemistry Laboratory II, building experience with chemical reactions and experimental techniques.
- Research Opportunities: Pursue PTX 388: STEM Research Fundamentals to explore research methods and prepare for further scientific investigation.
- Internships: Consider PTX 484: Internship to gain practical exposure to professional environments relevant to pharmacology, toxicology, and related scientific fields, subject to placement availability and eligibility.
- Independent Research: Explore PTX 493: Honors Thesis, which offers an opportunity for eligible students to undertake a substantial research project and develop their scientific writing and presentation skills.
- Cannabis Analytics, Safety and Health Initiative: Explore this ASU initiative to learn about research and applied issues involving cannabis analysis, safety, and health.
- Pre-Health Advising Dental-Pharmaceutical Club: Connect with students who share interests in pharmaceutical and healthcare careers through this organization at ASU's West Valley campus.
- Computing for Research: Explore BIO 439: Computing for Research, an elective that can support the development of computational skills relevant to scientific investigation.
- Scientific Research Resources: Use ASU's library resources and scientific literature to support coursework, laboratory reports, and independent research projects.
The BS in Pharmacology and Toxicology at Arizona State University (ASU) prepares students to understand how drugs and chemicals interact with biological systems, opening pathways into pharmaceutical research, toxicology, laboratory science, and environmental health. With its laboratory-focused curriculum, students can build a strong foundation for scientific careers or further study in medicine, pharmacy, and biomedical research.
Typical Career Opportunities:
Laboratory Researcher: Conduct experiments and investigate how drugs and chemical substances affect cells, organs, and biological systems.
Toxicology Research Assistant: Support studies examining the harmful effects of chemicals and the safety of pharmaceutical or environmental substances.
Environmental Risk Assessor: Evaluate potential health and environmental risks associated with chemical exposure.
Clinical Research Assistant: Support clinical trials, collect research data, and help evaluate potential treatments.
Career Development and Graduate Outcomes:
- Career Services: ASU Career Services offers career advising, résumé and cover-letter reviews, interview preparation, career fairs, and employer networking. Through ASU CareerLink, students can search for internships and jobs, register for career events, and connect with employers.
- Employment Statistics and Salaries: ASU’s official program page lists career salary estimates drawn from U.S. Department of Labor-sponsored O*NET data. Examples include $103,410 for medical scientists, $98,920 for molecular biologists, and $57,510 for biological technicians. These are occupational median salary estimates, not guaranteed starting salaries or program-specific graduate earnings.
- University–Industry Connections: The program identifies potential employment settings such as government agencies, private companies, clinical trials, product safety evaluation, and regulatory affairs. Relevant organizations include the Arizona Department of Environmental Quality and the U.S. Environmental Protection Agency; these are potential career destinations, not confirmed program-specific industry partners.
- Accreditation Value: ASU is institutionally accredited by the Higher Learning Commission (HLC). This supports the academic recognition of the degree, but the BS itself does not confer a professional license to practise as a pharmacist, physician, or other licensed healthcare professional.
- Graduation Outcomes: Graduates can pursue entry-level scientific and laboratory roles or apply for graduate and professional programs. ASU does not publish a verified employment rate or average salary specifically for graduates of this degree, so broader university statistics should not be treated as program-specific outcomes.
Further Academic Progression: Graduates can pursue postgraduate study in pharmacology, toxicology, biomedical sciences, environmental health, or related research disciplines. Students interested in becoming pharmacists may apply to a Doctor of Pharmacy (PharmD) program, while those aiming for careers in medicine must complete the relevant medical-school prerequisites and admission process. ASU also offers accelerated bachelor's-to-master's pathways in selected related fields, subject to program eligibility and admission requirements.
US universities use a holistic admissions review. Beyond grades and standardized test scores, they weigh the strength of your overall profile to understand who you are as a student and a person.
Profile Assessment: Applicants are generally expected to show strong preparation in Biology and Chemistry, with Mathematics or Physics helpful for some programs. Healthcare volunteering, public-health initiatives, scientific research, first-aid training, community service and supervised clinical exposure may demonstrate empathy, responsibility and understanding of healthcare. Requirements differ considerably by program, particularly for direct-entry Nursing, Pharmacy and allied-health degrees.Advanced Placement(AP) Guidance: AP availability depends on the student's school. Relevant APs can strengthen an application and may earn university credit, but are not compulsory unless the university or programme explicitly requires them.Essays & recommendations: Personal essays and teacher/counselor recommendations give context to your achievements and help demonstrate fit with the program.PharmacologistToxicologistClinical Research AssociateDrug Safety SpecialistToxicology ResearcherPharmaceutical ScientistRegulatory Affairs SpecialistPharmacovigilance AssociateEnvironmental ToxicologistForensic Toxicologist
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