Biotechnology University at Buffalo

Overview

The Biotechnology programme at the University at Buffalo offers students an advanced education in the rapidly evolving fields of biotechnical and biomolecular sciences. This Master of Science degree is designed to equip graduates with the technical proficiency and theoretical knowledge required to excel in modern laboratory environments.

Students are prepared for diverse professional roles within research and industrial R&D laboratories. The curriculum also supports career paths in technical representation and sales for chemical, pharmaceutical, and biotech organisations. A central component of the degree is the completion of a research project and subsequent thesis, conducted under the guidance of expert faculty members.

Why Biotechnology at the University at Buffalo?

The Department of Biotechnical and Clinical Laboratory Sciences is situated on the university's South Campus, providing ample space for both high-level research and teaching. The institution is recognised for its strong focus on biomedical sciences, offering students access to a wealth of expertise within the Jacobs School of Medicine and Biomedical Sciences.

Distinctive teaching features include a mandatory supervised teaching component, which allows students to develop communication and pedagogical skills alongside their scientific training. The programme also emphasises interdisciplinary collaboration, allowing students to work with affiliated faculty across various departments to complete their specialised research projects.

Tuition Fee Breakdown

• International fee: USD 12870 per semester
• National fee: USD 12870 per semester
• Local fee: USD 5655 per semester

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

The curriculum consists of at least 36 credit hours, including core requirements and elective options. Modules may include:

• Methods of Analysis
• Seminar
• Method Evaluation And Comparison
• Biomolecular Technology And Diagnosis
• Technical Communication For Scientific Professionals
• Clinical Biochemistry
• Medical Genetics
• Supervised Teaching
• Research
• Statistical Methods in Oral Science

Elective modules allow for further specialisation in specific laboratory or clinical areas. Modules may include:

• Independent Study
• Immunology
• Research Rotation In Clinical Laboratory Science
• Clinical Chemistry
• Clinical Microbiology
• Clinical Hematology
• Laboratory Management
• Clinical Parasitology
• Laboratory Education
• Clinical Correlations
• Clinical Urinalysis & Body Fluids
• Forensic Science
• Clinical Mycology
• Bioseparation Techniques
• Clinical Hemostasis
• Cell and Tissue Culture Techniques
• Clinical Immunohematology
• Applications of Molecular Biotechnology
• Microbial Genome Annotation

Careers with Biotechnology

Graduates of this programme are well-positioned for successful careers in the global life sciences industry. Common career destinations include research and development roles within pharmaceutical and biotechnology companies. Additionally, the degree prepares individuals for positions in industrial R&D laboratories where they can contribute to scientific innovation.

Beyond the laboratory, the skills gained during the programme are highly valued in the commercial sector. Graduates often find employment as technical representatives or in specialised sales roles for chemical and medical organisations. The combination of rigorous scientific training and practical teaching experience ensures a broad range of opportunities in both academia and industry.