Central Washington University

What you'll study

The programme spans core topics in chemistry, physics and biology with a molecular emphasis. Core subjects typically include general and organic chemistry, physical chemistry principles relevant to biological systems, cell biology, genetics and molecular biology. You will study protein structure and function, enzymology, membrane biology, and biophysical approaches such as spectroscopy and thermodynamics applied to biomolecules.

Practical laboratory training is a central element: students take progressive lab courses that teach classical and modern experimental techniques, aseptic practice, quantitative measurement, data analysis and scientific communication. Coursework often integrates bioinformatics, molecular cloning, PCR and sequencing technologies, and laboratory courses that emphasise experimental design and reproducibility.

The degree usually includes upper‑division electives and options to specialise through courses in areas such as structural biology, proteomics, metabolic regulation, neurobiology or computational biology. Many students undertake a capstone experience—either a faculty‑mentored undergraduate research project, an honours thesis or an internship in an external laboratory or company.

Entry requirements

Applicants are expected to hold a secondary school diploma (or equivalent) with a solid background in mathematics and the sciences. Typical preparation includes courses in high school chemistry and biology and at least one course in algebra or precalculus; calculus and physics are strongly recommended for students aiming to enter the programme directly.

Admission decisions take overall academic record into account; successful applicants normally present a competitive grade point average and evidence of capability in science and quantitative coursework. Transfer students should have completed college‑level prerequisite courses in chemistry and biology. Prospective students are encouraged to contact departmental advisors to confirm specific preparation and to discuss placement in mathematics and chemistry sequences.

Career prospects

Graduates of this programme are prepared for a wide range of career paths. Many go on to graduate or professional study (MS, PhD, MD, DO, DVM), while others enter the workforce directly in roles such as laboratory technician, quality control analyst, research assistant, product support specialist or regulatory affairs associate in biotechnology, pharmaceutical, environmental testing and clinical laboratories.

The analytical, laboratory and data‑analysis skills developed in the programme also transfer to careers in bioinformatics, science writing and communication, patent and intellectual property (with additional legal training), sales/application support for scientific instrumentation and public health roles. Students pursuing clinical laboratory careers may need further certification or licensure depending on regional requirements.

Why study at Central Washington University

Central Washington University emphasises hands‑on learning and undergraduate research opportunities within a campus environment that prioritises small class sizes and faculty mentoring. Students benefit from experiential laboratory courses and the chance to work directly with faculty on independent projects, which strengthens practical skills and graduate‑school readiness.

The university’s location and regional partnerships provide access to internship opportunities with local healthcare providers, research labs and industry partners. Academic advising and career services support students in planning coursework, securing internships and preparing applications for graduate or professional programmes. The department fosters an inclusive community for developing technical competence, critical thinking and communication skills essential to careers in the molecular life sciences.