Eastern Michigan University

What you'll study

The programme covers the core principles of how drugs interact with biological systems and how chemical agents produce adverse effects. Coursework blends foundational sciences with specialised subjects and hands‑on laboratory experience.

• Foundational sciences: cellular and molecular biology, general and organic chemistry, biochemistry, and human physiology to provide the necessary biochemical and anatomical context for pharmacology.
• Core pharmacology: principles of drug action, pharmacokinetics (absorption, distribution, metabolism, excretion), pharmacodynamics, receptor theory and dose–response relationships.
• Toxicology and safety assessment: mechanisms of toxicity, organ‑specific toxicology (neurotoxicology, hepatotoxicity, nephrotoxicity), environmental toxicology, toxicokinetics and risk assessment methodologies.
• Analytical and laboratory methods: instrumental techniques (chromatography, mass spectrometry), bioassays, cell culture methods, molecular biology techniques and quantitative data analysis.
• Research and experiential learning: supervised laboratory research projects, senior capstone or thesis, internships with regional industry, clinical research sites or regulatory agencies.
• Electives and professional skills: courses in pharmacogenomics, drug development, regulatory affairs, scientific communication and ethics in biomedical research.

The programme is structured to include general education requirements alongside major coursework, with progressive laboratory and research experiences in the junior and senior years. Students are encouraged to undertake summer internships and independent research with faculty to build technical skills and professional networks.

Entry requirements

Applicants should hold a recognised secondary school diploma or equivalent. Successful candidates typically present a strong background in science and mathematics. Recommended preparation includes high‑school biology, chemistry (including lab work), and mathematics (algebra and pre‑calculus/calculus); physics is beneficial.

• Academic record demonstrating strength in STEM subjects. Many students have completed advanced or AP courses in biology, chemistry and mathematics.
• Submission of standardised test scores where required by the university; testing policies may be flexible—check the university's admissions guidance.
• International applicants must demonstrate English language proficiency through accepted tests or qualifications unless exempt.
• Some programmes recommend or require a personal statement and letters of recommendation that speak to laboratory aptitude or interest in biomedical sciences.

Transfer applicants with completed college coursework in biology and chemistry are considered; prerequisite courses in general chemistry, organic chemistry and introductory biology strengthen an application. Prospective students should consult Eastern Michigan University's admissions and departmental advisors for detailed, current entry guidance.

Career prospects

Graduates are prepared for a range of laboratory and regulatory roles as well as further professional and graduate study. Typical career pathways include:

• Research technician or laboratory scientist in pharmaceutical or biotechnology companies, performing assay development, drug screening and analytical testing.
• Toxicologist or safety assessor in environmental consulting firms, contract research organisations (CROs) and government regulatory agencies, focusing on chemical risk evaluation and compliance.
• Clinical research coordinator roles in hospitals and research sites managing drug trials and data collection.
• Quality control and quality assurance positions in manufacturing and product safety.
• Regulatory affairs associate, contributing to submission dossiers and ensuring compliance with national and international regulations.
• Further study: many graduates proceed to professional degrees (PharmD, MD, DO), or graduate research programmes (MS/PhD) in pharmacology, toxicology, molecular pharmacology or related biomedical sciences.

The programme’s emphasis on laboratory skills, data analysis and internships helps graduates enter technical positions immediately, while its academic grounding supports those aiming for postgraduate education.

Why study at Eastern Michigan University

Eastern Michigan University offers a programme that balances rigorous science training with accessible faculty mentoring and opportunities for undergraduate research. The university’s location provides connections to regional hospitals, research institutions and industry in the greater Detroit–Ann Arbor area, creating internship and employment pathways.

• Hands‑on laboratory teaching and faculty‑led research opportunities allow students to develop practical skills valued by employers and graduate programmes.
• Smaller class sizes in upper‑level courses promote close interaction with faculty and personalized research supervision.
• Campus resources such as career services, pre‑health advising and an internship office support professional development, resume building and placement.
• Interdisciplinary collaboration across biology, chemistry and public health programmes gives students exposure to diverse scientific perspectives relevant to drug safety and development.

Prospective students should contact the department for detailed advice on course sequencing, research opportunities and pathways to postgraduate study or professional careers in pharmacology and toxicology.