Benedictine University

What you'll study

This interdisciplinary degree combines core concepts from biochemistry, biophysics and molecular biology to give a strong foundation in molecular structure, cellular processes and the physical principles underlying biological systems. The programme balances lecture-based coursework with laboratory experience and opportunities for independent research.

• Core modules: general and organic chemistry, physical chemistry principles relevant to biological systems, molecular and cellular biology, genetics, and introductory biophysics.
• Advanced modules: protein structure and function, enzymology, molecular genetics, membrane biophysics, structural biology techniques, and nucleic acid biochemistry.
• Laboratory and practical work: techniques in molecular cloning, PCR, electrophoresis, spectroscopy, chromatography, microscopy, and quantitative analysis. Lab courses emphasise experimental design, data analysis and scientific communication.
• Quantitative and supporting training: coursework in calculus, statistics for life sciences, computational methods for molecular modelling and data analysis.
• Research and capstone: independent research project or senior thesis supervised by faculty, with opportunities to work in faculty laboratories on ongoing projects in areas such as protein biochemistry, cellular biophysics or molecular signalling.
• Electives and interdisciplinary options: bioinformatics, pharmacology, immunology, neuroscience, or advanced instrumentation depending on student interests and departmental offerings.

Structure

The programme is typically structured over four years with progressive depth: foundational science and general education in the early years, intermediate and advanced specialised modules in years two and three, and research/capstone experiences in the final year. Students are encouraged to complement degree requirements with internships or summer research placements to gain practical experience.

Entry requirements

Applicants are expected to have strong background in secondary-level mathematics and sciences. Typical requirements include:

• Successful completion of secondary education with solid grades in biology, chemistry and mathematics.
• Completion of courses in chemistry (including laboratory work) and mathematics; physics is advantageous.
• Evidence of laboratory experience or science-related extracurricular engagement is beneficial.
• Submission of an application form and any institution-specific materials (personal statement, references). International applicants must meet English language proficiency requirements.
• Transfer applicants should provide college transcripts and descriptions of completed science and maths courses for credit evaluation.

Career prospects

Graduates from this programme are prepared for a range of careers in research, healthcare and industry. Common pathways include:

• Research technician or associate positions in academic, government or industrial laboratories.
• Further study at graduate or professional levels (MSc, PhD, medical, dental, or allied health programmes).
• Roles in biotechnology and pharmaceutical companies, including assay development, quality control, and product development.
• Positions in clinical laboratories, public health laboratories and diagnostic companies (often requiring additional certification or training).
• Careers in scientific communication, regulatory affairs, patent and intellectual property support, and laboratory management.

Many students also pursue internships, post-baccalaureate research programmes or entry to professional schools to specialise further.

Why study at Benedictine University

Benedictine University offers a close-knit learning environment with small class sizes and accessible faculty who are active in teaching and research. The science departments provide hands-on laboratory instruction, with opportunities for undergraduates to join faculty-led research projects and present findings at regional conferences.

• Undergraduate research: students can engage in mentored research projects that build technical skills and support graduate school applications.
• Facilities: modern teaching laboratories and specialised instrumentation appropriate for biochemical and biophysical studies, along with access to collaborative resources across campus.
• Career support: the university provides advising, internship placement support and connections with regional biotechnology and healthcare employers.
• Interdisciplinary approach: the programme’s integration of chemistry, physics and biology equips graduates with the analytical and quantitative skills valued in contemporary life-science careers.

Overall, Benedictine University’s programme is designed to prepare students both for immediate technical roles and for advanced study in the molecular life sciences.