Ferris State University

What you'll study

This programme combines core biotechnology and life-science topics with specialised study in human reproductive biology and assisted reproductive technologies. You will cover foundational subjects such as cell and molecular biology, genetics, biochemistry and microbiology alongside reproduction-focused modules in reproductive physiology, embryology, and human developmental biology. Practical laboratory courses emphasise aseptic technique, microscopy, tissue culture, molecular assays (PCR, sequencing basics), and quality control.

• Core science and laboratory skills: cell biology, molecular biology, biochemistry, microbiology, laboratory safety and good laboratory practice (GLP).
• Reproduction and embryology: reproductive anatomy and physiology, gametogenesis, fertilisation, pre-implantation development and embryo assessment.
• Assisted reproduction techniques and lab practice: in vitro fertilisation (principles and lab procedures), cryopreservation fundamentals, micromanipulation basics and embryo culture concepts.
• Analytical and supportive topics: biostatistics, bioinformatics basics, laboratory quality systems, regulatory and ethical issues in human reproduction and patient confidentiality.
• Applied learning: capstone project or practicum/internship with laboratory placements, research methodology and a final integrative project.

Entry requirements

Applicants are expected to have completed secondary education with a strong emphasis on science and mathematics. Typical entry expectations include satisfactory grades in biology and chemistry, and competence in mathematics. Ferris State University considers applicants holistically, so relevant laboratory experience, work placements, or volunteer work in healthcare can strengthen an application.

• Secondary school completion with science coursework (biology and chemistry recommended).
• A competitive cumulative grade average; specific GPA expectations are set by the university and may vary by year.
• For transfer applicants, acceptable college-level coursework in biological sciences and chemistry may be required; transfer credit evaluation is completed by the university.
• International applicants must meet equivalent academic standards and provide proof of English language proficiency according to Ferris State University requirements.
• Some students may be invited to discuss their interests and experience in biotechnology or healthcare as part of the selection process.

Career prospects

Graduates are prepared for technical and entry-level scientific roles in clinical, research and industrial settings related to human reproduction. Common career paths include embryology laboratory technician, assisted reproductive technology (ART) laboratory assistant, reproductive laboratory technologist, clinical laboratory technologist (with appropriate certification), research technician in reproductive biology, quality assurance/quality control roles in biotech companies, and positions in regulatory affairs or laboratory management. Many graduates also progress to postgraduate training—such as master's programmes, doctoral research, or clinical training in medicine, genetic counselling or specialised embryology certification programmes—depending on their career goals.

Why study at Ferris State University

Ferris State delivers career-focused, applied science education with an emphasis on hands-on laboratory training and workforce readiness. Students benefit from small class sizes and faculty who bring applied laboratory and industry experience into teaching. The university supports experiential learning through laboratory practicums, senior projects and internship links with local hospitals, clinics and biotechnology employers, which help students gain practical exposure to clinical and research environments. Career services and professional development resources at Ferris State assist students in securing placements and preparing for certification or postgraduate study relevant to human reproduction and assisted reproductive technologies.