Wartburg College

What you'll study

This major integrates core courses in chemistry, biology and physics with specialised molecular and quantitative coursework. Typical modules include General Chemistry, Organic Chemistry, Physical Chemistry, Cell Biology, Genetics, Molecular Biology, Biochemistry I and II, and Biophysics. Laboratory components emphasise experimental techniques such as spectroscopy, chromatography, electrophoresis, PCR, microscopy and quantitative data analysis, and students normally complete a capstone research project or senior seminar.

The programme is delivered within Wartburg’s liberal arts framework, so you will also take supporting courses in mathematics (calculus and/or statistics), computer applications for data analysis, and humanities or social sciences electives to develop broader communication and critical-thinking skills. Opportunities for internships, directed research with faculty, and study abroad are available and encouraged to broaden practical experience and professional perspectives.

Entry requirements

Applicants should hold a high school diploma (or equivalent) with a strong preparation in science and mathematics. Recommended high school subjects include biology, chemistry, physics, and mathematics through algebra and preferably calculus. Competitive applicants typically present strong grades in college-preparatory coursework, letters of recommendation from teachers, and a personal statement describing their interest in the molecular life sciences.

Wartburg considers the whole applicant; standardised test submission may be optional depending on current admissions policies. Transfer students should provide college transcripts and descriptions of prior coursework to determine credit for foundational science classes. Students without some background in chemistry or calculus may be admitted but will usually need to complete preparatory courses before advancing in the major.

Career prospects

Graduates of this programme pursue a range of careers in research, healthcare and industry. Common pathways include:

• Graduate study (master’s or PhD) in biochemistry, molecular biology, biophysics, or related fields for careers in academic or industrial research.
• Health professions such as medicine, dentistry, veterinary medicine, physician assistant or other clinical roles—many students complete pre-professional advising and prerequisites as part of their degree.
• Technical and research positions in biotechnology, pharmaceutical companies, clinical laboratories, and environmental or agricultural testing labs.
• Careers in science education, regulatory affairs, patent and intellectual property (with further legal training), and science communication.

Undergraduate research experience, internships and strong lab skills gained in the programme help graduates be competitive for both employment and advanced degree programmes.

Why study at Wartburg College

Wartburg offers a small-college setting with close faculty-student relationships that support mentored undergraduate research and personalised advising. Lab courses are designed to provide hands-on experience with modern instrumentation and experimental design, and students frequently work directly with faculty on independent research projects that can lead to conference presentations or co-authored papers.

The college emphasises a liberal arts approach, so you will develop communication, ethical reasoning and quantitative skills alongside technical competence—qualities valued by employers and graduate programmes. Wartburg’s partnerships with regional hospitals, research institutions and employers, together with active pre-health and science student organisations, provide pathways to internships, volunteer placements and professional networking.

Small cohorts, accessible faculty, and an emphasis on experiential learning make Wartburg a strong option for students seeking a rigorous molecular life sciences education with personalised support as they prepare for diverse scientific careers or further study.