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Univ Cincinnati - Cosmetic Microbiology - check it out
We’ve just completed the first semesters of online Cosmetic Microbiology - Microbiology, Product/Package Design and Quality Assurance and Manufacturing Hygiene: Facilities, Utilities and Plant Engineering as part of the MS curriculum at the Univ Cincinnati.
We had ~25 students in each semester and received rave reviews. This course is superior as lecturers are well known and articulate experts from industry. The syllabi are attached, and I encourage interested folks to check it out at https://online.uc.edu/masters-programs/ms-in-cosmetic-science/curriculum/
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This discussion was modified 3 months, 1 week ago by
PhilGeis.
online.uc.edu
Master of Science in Cosmetic Science
Our Master of Science in Cosmetic Science is globally recognized as one of the oldest cosmetic science graduate programs in the country and offered online.
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This discussion was modified 3 months, 1 week ago by
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1 Reply
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attachment did not open so here are syllabi
First Semester
Module 1: Introduction to Microbiology (1/8-1/14)
Module 2: Sources of Microorganisms (1/15-1/21)
Module 3: Preservatives in Personal Care (1/22-1/28)
Module 4: Product Development Risk Assessments (1/29-2/4)
Module 5: Microbiology Laboratory Functions (2/5-2/11)
Module 6: Rapid Methods and Quality Control (2/12-2/18)
Module 7: Case Study and Midterm Exam (2/19-2/25)
Module 8: The Regulatory Environment (2/25-3/1)
Module 9: The Business Environment and Brand Equity (3/3-3/8)
Module 10: Leading Individuals and Teams (3/10-3/15)
Module 11: Case Study (3/17-3/22)
Module 12: Quality Assurance (3/24-3/29)
Module 13: Design and Risk Assessment (3/31-4/5)
Module 1: Introduction to the Course and Manufacturing Facilities Part 1 (5/6-5/12)
Second Semester
Module 1: Introduction to the Course and Manufacturing Facilities Part 1 (5/6-5/12)
Module 2: Manufacturing Facilities Part 2 and Clean Design Principles (5/13-5/19)
Module 3: Equipment Cleaning - the Chemistry and Effective Methods (5/20- 5/26)
Module 4: Equipment Cleaning - Validation and Case Study (5/27-6/2)
Module 5: CIP COP System application & Design, Hygienic Equipment Fabrication & Design (6/3-6/9)
Module 6: Surface Finishes and Concepts from Physics and their Application (6/10-6/16)
Module 7: Piping Schematics and Water System Part 1 (6/17-6/23)
Module 8: Material Review and Mid-term Exam (6/24-6/30)
Module 9: Water System Design, Testing and Validation (7/1-7/7)
Module 10: Good Manufacturing Practices & HVAC (7/8-7/14)
Module 11: Compressed Air and Environmental Monitoring Program (7/15-7/21)
Module 12: Micro Investigations, Case Studies and Hygienic Risk Assessment (7/22-7/28)
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