Presents an overview of biotechnology and its scientific foundation through introductory investigations of the cell, protein structure and function, genetic expression, ecological and evolutionary interactions, and technological applications and issues. Introduces how science blends with consumer applications, regulatory information and social issues to provide a detailed perspective of the interrelationship among science, technology and society. May include one or more mandatory field trips, and/or guest lecturers.

Presents the tenets of Current Good Manufacturing Practices (cGMPs) and regulations relevant to the biotechnology and bioprocessing manufacturing industries. Importance of inspections and monitoring are discussed. Work-related issues are introduced such as workplace conduct, employer expectations, company organization and policy, personal safety, and industrial hygiene. May include one or more mandatory field trips and/or guest lecturers.

Focuses on the basic principles and procedures used in all laboratory courses. Includes safety, equipment usage, areas of the lab and testing involved, quality control/quality assurance, lab math, and professionalism.

Introduces the common molecular Biology techniques such as DNA & RNA extraction, cloning, RT-PCR, and CRISPR and their applications in the biotech industry. Emphasizes measurements of pH and spectrophotometry and biochemical and analytical methods.

Introduces the principles and concepts of the biological aspects of forensic science. Examines the role of the laboratory in criminal investigation and human identification using forensic pathology, serology, anthropology, molecular biology, and other specializations. Meets the requirement for a general education science lab course.

Introduces practices used in the industry to manufacture a biological material or product, as well as problem-solving strategies. Emphasizes and demonstrates aseptic technique, upstream and downstream processes, and quality control through hands-on laboratory activities. Meets the requirement for a science lab course.

Introduces cellular organization, regulation, energy transport, and division. Discusses gene expression and interaction in relation to cellular biology. Presents tissue culture in the laboratory setting as a medium for bioprocess manufacturing. May include one or more mandatory field trips and/or guest lecturers. Meets the requirement for a science lab course.

Introduces students to the cell therapy field and the associated analytical flow cytometry technique. Students will master the principles of flow cytometry, sample preparation, acquisition, and data analysis. Other techniques used in cell therapy industry such as isolation of T cells, T cell activation, ELISA, fluorescent microscopy, and PCR will be explored. The course may include one or more guest lecturers.

Introduces students to the gene therapy field and the fundamentals of viral vectors. The overview of gene therapy drug development process, types of viral vectors and their components, and viral production and purification will be taught. Hands-on training for techniques used in the gene therapy industry including cell and virus banking, plasmid isolation, transfection and transduction, Tangential Flow Filtration, digital PCR, and ion exchange chromatography using AKTA go system will be taught. The course may include one or more guest lectures.