New York Institute of Technology

What you'll study

This programme emphasises the structure and function of the human body, the molecular and cellular basis of disease, and practical laboratory skills. You will study core subjects such as human anatomy, cellular and systemic physiology, biochemistry, molecular biology, and pathophysiology. Coursework is structured to build progressively from fundamentals to applied topics and typically includes classroom lectures, laboratory practicums, and research methods.

• Foundational modules: cell biology, general and organic chemistry, introductory biochemistry, and human anatomy.
• Core physiology and pathology: cellular physiology, cardiovascular physiology, respiratory physiology, neurophysiology, and systemic pathophysiology.
• Laboratory and practical skills: histology and microscopy, clinical laboratory techniques, molecular biology methods (PCR, gel electrophoresis), and laboratory safety and data analysis.
• Research and methods: experimental design, biostatistics, research ethics, and a supervised research project or capstone experience that applies laboratory techniques to an independent question.
• Electives and complementary study: pharmacology, immunology, physiology of ageing, biomedical instrumentation, public health, and courses that support pre-health professional preparation.

Teaching typically mixes lectures, small-group seminars, hands-on lab sessions, and opportunities for internships or clinical observation arranged through NYIT’s partnerships. Assessment methods include written exams, laboratory reports, project presentations, and the capstone research deliverable.

Entry requirements

Applicants are expected to have a high-school diploma or equivalent with strong preparation in the sciences. Typical academic preparation includes biology and chemistry; mathematics (algebra and ideally calculus) and physics are highly recommended.

• Academic background: successful completion of secondary-level science courses with competitive grades. Transfer applicants will need official college transcripts demonstrating college-level coursework in relevant sciences.
• Application materials: secondary or post-secondary transcripts, a personal statement outlining interest in physiology and biomedical science, and at least one academic reference. Some applicants may be invited for an interview.
• English proficiency: applicants whose first language is not English must demonstrate proficiency through accepted tests or equivalent institutional evidence of English-language ability.
• Recommended preparation: laboratory experience (through courses or extracurriculars), volunteer or work experience in healthcare or research settings, and coursework in mathematics and chemistry will strengthen an application.

Career prospects

Graduates are equipped for a range of careers in biological and health-related fields or to pursue advanced study. Many use the degree as preparation for professional programmes such as medicine, dentistry, physician assistant studies or graduate research degrees (MSc/PhD) in physiology, pathology, or biomedical sciences.

• Research and laboratory roles: laboratory technician, research assistant in academic or industrial research labs, or positions in clinical diagnostics.
• Healthcare and allied professions: roles in clinical support, biomedical sales, health technology, or progression to clinical professional schools.
• Industry and public sector: employment in biotechnology and pharmaceutical companies, public health agencies, or medical device firms in roles related to product development, regulatory affairs, or quality control.
• Further study: direct entry to graduate programmes in biomedical sciences, or professional schools in medicine and allied health disciplines.

Why study at New York Institute of Technology

NYIT offers an applied, career-focused approach to physiological and biomedical education with access to modern teaching laboratories, specialised equipment, and supervised research opportunities. The institute emphasises small-class instruction and mentorship from faculty who often have clinical or industry experience, helping to bridge theory and practice.

Students benefit from NYIT’s connections with local hospitals, research centres and industry partners for internships and clinical observation, and from structured pre-health advising to support applications to professional programmes. The programme’s combination of rigorous science training and hands-on laboratory experience prepares graduates for both immediate employment and further academic study.