Michigan Technological University

What you'll study

This programme blends core coursework in chemistry, biology and mathematics with specialised pharmaceutical science and administration subjects. Students take foundational courses such as general and organic chemistry, biochemistry, cell and molecular biology, physiology, and calculus before progressing to topic-specific classes in pharmaceutics, pharmacology, drug delivery, medicinal chemistry and pharmaceutical analysis.

• Core science and quantitative foundations: general chemistry, organic chemistry, biochemistry, microbiology, calculus and statistics.
• Pharmaceutical science courses: pharmacology, drug delivery and formulation, pharmaceutical chemistry, pharmaceutical analysis and quality control, and pharmacokinetics.
• Administration and professional courses: regulatory affairs and compliance, pharmaceutical business principles, ethics and healthcare policy, and project management.
• Laboratory and practical work: hands-on lab courses in analytical techniques, formulation labs, instrumental methods, and experiential laboratory projects focused on formulation, stability testing and method development.
• Capstone and research opportunities: a senior capstone or research project that integrates scientific, regulatory and business aspects; opportunities for undergraduate research with faculty in pharmaceutical chemistry, bioengineering or related disciplines.

The curriculum emphasises quantitative problem solving and laboratory competence, and typically includes opportunities for internships, industry-semester projects or research placements to build practical experience.

Entry requirements

Applicants are expected to hold a high school diploma or equivalent with strong preparation in science and mathematics. Typical preparation includes courses in chemistry (including laboratory work), biology, algebra and preferably calculus; physics and computer science are advantageous.

• Academic preparation: solid grades in high-school chemistry and mathematics; coursework in biology and physics recommended.
• Standardised tests and transcripts: submission of official transcripts is required; Michigan Tech’s specific policies on standardised tests should be checked with admissions (some programmes or applicants may be subject to test-optional policies).
• Supporting materials: personal statement or essay describing interest in pharmaceutical sciences, and letters of recommendation may strengthen an application. Relevant extracurriculars, laboratory experience, or work/volunteer experience in healthcare or research are beneficial.
• Transfer and mature applicants: students transferring from other institutions should provide college transcripts and course descriptions; prior coursework in chemistry and biology will typically be required for direct entry into upper-level pharmaceutical classes.

Career prospects

Graduates from a pharmaceutical sciences and administration programme have diverse career paths across pharmaceutical, biotechnology and healthcare sectors. Typical entry-level roles include positions in quality control/assurance, regulatory affairs, analytical and formulation laboratories, manufacturing support, and clinical trial coordination.

• Research and development support roles in pharmaceutical and biotech companies
• Regulatory affairs and compliance positions with industry or government agencies
• Quality assurance/quality control analyst roles in manufacturing and contract research organisations
• Technical sales, product management or medical liaison roles for pharmaceutical products and laboratory equipment
• Clinical research coordination and data management in hospitals and CROs
• Further professional training: entry into PharmD programmes, graduate study (MS/PhD) in pharmaceutical sciences, medicinal chemistry, pharmacology or related fields

The blend of scientific and administrative coursework also equips graduates for roles in consulting, regulatory policy and operations management within healthcare-focused organisations.

Why study at Michigan Technological University

Michigan Technological University is a STEM-focused institution with a strong emphasis on hands-on learning, undergraduate research and applied problem solving. Students in pharmaceutical sciences benefit from well-equipped chemistry and biological laboratories, close faculty mentoring and interdisciplinary collaboration with engineering and health-related departments.

• Undergraduate research: opportunities to work on faculty-led projects in pharmaceutical chemistry, drug delivery and analytical method development.
• Experiential learning: internship and industry partnership connections that provide practical experience in labs and regulatory environments.
• Interdisciplinary strengths: collaboration with engineering, materials science and health programmes to support translational projects and novel formulation work.
• Career support: career services and faculty guidance to help students secure internships, co-op placements and post-graduate opportunities in industry or further study.

Overall, Michigan Tech’s programme prepares students for technical and administrative roles in pharmaceutical and life-science industries while providing a solid foundation for professional and graduate education.