Biotechnology – Advanced

The Biotechnology – Advanced program at Mohawk College offers students an opportunity to explore biology at the molecular, microbiological, and engineering levels, providing a deep dive into real-world problem solving within the food, environmental, pharmaceutical, and medical fields. This elite technologist-level program combines world-class labs and research opportunities to equip students with the skills and training needed to succeed in the rapidly advancing biotechnology sector.

Students gain a solid foundation in applied molecular biology, genetics, biochemistry, microbiology, pharmacology, and bioengineering, preparing them for a wide range of careers in biotechnology. Advanced topics such as clinical trials, drug discovery, cell culture, and environmental biology are explored, allowing students to specialize in cutting-edge areas of the field.

Graduates of the program are highly sought after by employers and are well-equipped to pursue opportunities in the biotechnology industry or continue their studies at the university level. With access to state-of-the-art labs and an emphasis on hands-on learning, students will develop practical skills that are critical in today’s biotechnology landscape, ensuring they are prepared for a rewarding and dynamic career.

Admission Requirements

• Secondary School Diploma or equivalent.

What You’ll Learn

• Perform laboratory duties independently, ensuring compliance with biotechnology standards, regulations, and legislation.
• Implement and evaluate quality control and assurance procedures to meet industry and organizational requirements.
• Apply sustainable practices and principles to biotechnology processes and operations.
• Use advanced principles of chemistry, biology, biostatistics, and basic physics to complete complex biotechnological applications.
• Co-ordinate, implement, and validate laboratory procedures for quantitative and qualitative tests and analyses.
• Manage biological data, ensuring accurate capture, organization, summarization, and storage to support scientific research.