Course Descriptions

Biotechnology Methods and Applications-I
This course addresses the basic principles, concepts and techniques of biotechnology necessary for an understanding of the field, and effective work in a pharmaceutical-, biotechnology- and/or research- laboratory setting(s). Practical applications of biotechnology are explored.

Biotechnology Methods and Applications Lab-I
This laboratory course is designed to complement BSC-2426 Biotechnology Methods and Applications I.  This is a hands-on course that emphasizes the basic laboratory principles, techniques, and instrumentation, necessary for effective work in pharmaceutical-, biotechnology-, and/or research laboratory setting(s).

Biotechnology Methods and Applications-II
This course addresses advanced principles, concepts and techniques of biotechnology necessary for an understanding of the field, and effective work in a pharmaceutical-, biotechnology- and/or research- laboratory setting(s). The following areas of contemporary biotechnology are covered: forensics, bioremediation, and medical-, animal-, plant-, marine- biotechnology.

Biotechnology Methods and Applications-L-II
This laboratory course is designed to complement BSC-2427 Biotechnology Methods and Applications II.  This is a hands-on course that emphasizes advanced laboratory principles, techniques, and instrumentation necessary for effective work in a pharmaceutical-, biotechnology- and/or research- laboratory setting(s). 

Methods and Applications of Cell Culture and Protein Biotechnology
This course addresses the basic methods and principles of cell culture and protein biochemistry necessary for an understanding of the field and effective work in a pharmaceutical-, biotechnology- and/or research- laboratory setting(s). Practical applications of cell culture and protein biotechnology are explored with hands-on training in plant and mammalian cell culture and protein purification 

Bioscience Internship
The internship will provide students with hands-on work experience in Bioscience or related industries.  The experience readies the individual for their first position in field along with continued attention to and application of skills required to gain employment. 

Genetics
This course provides a understanding of the mechanisms of transmission of heritable information including classical principles of Mendelian genetic analysis, principles of modern genetic analysis, gene mapping, change and regulation of gene expression.  Quantitative genetic analysis, genomics, genetic basis of cell and cancer development will also be explored.

Scientific Computing
This course explores the specialized features of common computer desktop applications as applied to biotechnology data. Through hands-on practical assigments, students will study and practice the computerized techniques by which to organize, manipulate, report, present, depict and analyze biomolecular data and information.

Introduction to Bioinformatics
This course introduces the basic concepts and techniques of Bioinformatics. Through research papers, hands-on projects and use of common computational programs, students will apply aspects of Information Technology and Computer Science in order to analyze biological/biomelcular/bioinformatic data...

PERL Programming I
This course provides a practical introduction to PERL programming for the biology/bioinformatics student. Through lectures, real-world examples and extensive hands-on assignments, the student will acquire an understanding of the PERL syntax and use it to create and execute PERL modules that solve common bioinformatic programming demands

Survey of Quantitative Analysis
This course is a one-semester combination lecture-laboratory course covering the theories, calculations, and methodologies used in analytical chemistry.  Topics include mathematical treatment of data; acid-base equilibria; and gravimetric, volumetric, and potentiometric methods of analysis. 

Survey of Organic Chemistry
This one-semester course briefly examines the structure, synthesis, nomenclature and reactivity of selected mono- and poly-functional organic compounds.   Theories that relate the structure of organic molecules to their chemical reactivity will be presented as a unifying principle.

Survey of Organic Chemistry Laboratory
Experiments and exercises will be conducted to introduce students to the basic laboratory techniques that are used in organic chemistry and that re-enforce and illustrate several important topics in organic chemistry. 

Analytical Chemical Instrumentation
An introduction to a variety of chemical instrumentation commonly employed in the chemical and pharmaceutical industries.  The course will combine lecture and discussion with laboratory experiences to present the principles of instrumental analysis as well to provide extensive hands-on experience with instrumentation commonly used in the chemical and pharmaceutical industries. 

Introduction to Quality Assurance
This course describes the role and aspects of Quality systems and Regulatory affairs in research laboratories, regulated companies, and firms that comply with voluntary standards. Topics include stages in development and submission of drugs and medical devices, patents legislation, and quality systems such as auditing, Standard Procedures, Good Manufacturing and Laboratory practices.

Introduction to Bioscience Manufacturing
This course introduces students to the field of bioscience manufacturing. Topics will include basic principles of the industry, large-scale process development and the future of the bioscience industry. Current Good Manufacturing Practices (cGMPs), and the nature and delivery system of products will also be discussed.