The non-thesis Master of Science in Microbiology, Plan B is designed to strengthen the scientific academic portfolio of those seeking professional degrees and provide differentiating preparation for those seeking careers in industry. Students will work side-by-side one of the leading microbiology and immunology departments in the nation as they develop professional knowledge and skills.
With the growth of biotechnology and the increase in technology and specialization in applied microbiological sciences, there is a significant regional and national need for additional educational opportunities for individuals wishing to pursue a career in these industries. In addition, many students wish to pursue additional post-baccalaureate studies due to a variety of interests such as improved preparation for professional (medical, veterinary, DO, etc.) schools or Ph.D. programs. The Department of Microbiology, Immunology & Pathology's M.S. in Microbiology, Plan B provides an excellent opportunity to meet these needs. As a recognized world leader in infectious disease basic and translational research with over $144 million in active extramurally funded research programs, including a good variety of translational efforts that interface with industrial partners, the MIP department is uniquely positioned in our region to effectively provide this training.
Goals of the Master of Science in Microbiology, Plan B
The overall goal of the program is to give each student a competitive advantage for their future career in industry or their admission into professional school. To develop this advantage, the program leverages your undergraduate education and training in life science and provides the advanced knowledge and skills required through:
- A rigorous curriculum designed to provide cutting-edge knowledge in both theoretical and applied aspects of microbiology, virology, immunology, and molecular biology.
- A strong emphasis on aspects of the discipline that will be useful in real world employment scenarios.
- A well-rounded curriculum that includes the development of vital professional skills such as verbal and written communication, responsible conduct of research, and biosafety.
- Active communication with regional and national representatives from the pharmaceutical, biotech, government, and public health sectors to ensure that the program's curriculum remains pertinent and effective.
- A high level of communication in the program to facilitate active mentoring, networking and career discussions, and access to take full advantage of the cutting-edge facilities and expertise available in the department.
Effective Fall 2013
|MIP 540||Biosafety in Research Laboratories||2|
|MIP 611||Advanced Microbiological Research Methods||4|
|MIP 612||Applied Immunology||3|
|MIP 613||Applied Microbiology and Virology||4|
|MIP 614||Medical Microbiology||3|
|MIP 616||Modern Molecular Biology for Microbiologists||4|
|MIP 617||Principles of Biodefense/Emerging Pathogens||3|
|MIP 618||MIP Masters Seminar Series 1||2|
|MIP 619||MIP Masters Topics 2||4|
|MIP 654||Research Policies and Regulations||1|
|Program Total Credits:||30|
A minimum of 30 credits are required to complete this program.
Students must take MIP 618 twice for 1 credit each time, Fall and Spring semesters, for a program total of 2 credits.
Students must take MIP 619 twice for 2 credits each time, Fall and Spring semesters, for a program total of 4 credits.
A scholarly paper is required for this degree.
A minimum of 24 credits must be earned at CSU.