Cost & earnings at Indiana University Bloomington What students borrow here, and what they go on to earn
This Bachelor’s in Biotechnology with a focus on human reproduction combines core molecular and cellular biology with applied laboratory training in reproductive science. It suits students who want hands-on lab skills, a grounding in reproductive physiology and ethics, and preparation for clinical or research careers in fertility, reproductive health, or further graduate study.
The programme builds a foundation in molecular biology, genetics, cell biology and biochemistry before applying those principles to human reproductive systems and technologies. Early coursework typically covers topics such as genetic inheritance, molecular techniques, cell and tissue culture, developmental biology and human anatomy and physiology. Core modules for the reproductive specialisation usually include reproductive endocrinology, gametogenesis and fertilisation, embryology, assisted reproductive technologies (ART) and laboratory methods used in clinical embryology.
Hands-on laboratory training is central: students gain practical experience in sterile technique, microscopy, molecular assays (PCR, electrophoresis), cell culture and basic embryological methods in supervised lab classes. The curriculum also covers quantitative skills such as biostatistics and experimental design, plus professional topics like laboratory quality management, regulatory frameworks and bioethics surrounding human reproduction.
Most students complete a capstone experience such as an undergraduate research project, a laboratory internship or a senior thesis in a faculty research group. Electives allow deeper study in genomics, immunology, pharmacology or public health perspectives on reproductive health.
Applicants should have completed secondary education with strong preparation in biology, chemistry and mathematics. Typical preparation includes courses in biology and chemistry at college-preparatory level and ideally some laboratory experience. Successful applicants also demonstrate analytical skills, written communication and an understanding of ethical issues in biotechnology.
For domestic applicants this programme follows standard undergraduate admissions procedures; international applicants are expected to show equivalent academic credentials and English language proficiency. Some students enter through the university’s biological sciences degree and then select the biotechnology/reproduction pathway, while others apply directly to a specific biotechnology major if available. Admission to laboratory-focused courses or to research placements may require screening for safety, immunisation records and compliance with laboratory training.
Indiana University Bloomington offers a broad life‑sciences curriculum with opportunities for intensive laboratory training and faculty‑mentored research. Undergraduates benefit from well‑equipped teaching laboratories, access to campus core facilities for genomics and imaging, and curricular links between basic molecular science and applied biomedical topics.
The campus emphasises undergraduate research experience, so students interested in human reproduction can join active research groups or pursue internships and clinical placements that reinforce practical skills. The programme’s combination of laboratory competency, coursework in ethics and regulation, and quantitative training prepares graduates for diverse paths in clinical, research and industry settings.
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