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CfPA-The Center of Professional Advancement, New Brunswick, NJ
March 20-21, 2018
Who Should Attend? The course is intended for pharmaceutical and other life-science professionals who have a direct or casual interest in near-infrared, including: • Analysts and Managers • Spectroscopists and Chemists (QC, academic, R&D, Process Analysts) • Process Engineers • PAT/QbD Committee members • Quality Assurance professionals Course Description
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Organized by:
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CFPA-The Center of Professional Advancement |
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Invited Speakers:
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Emil W. Ciurczak, Near-Infrared Consultant to the Life Science Industries |
Emil W. Ciurczak, holds advanced degrees in Physical and Analytical Chemistry from Rutgers and Seton Hall Universities and is a consultant in Near-Infrared, specializing in the pharmaceutical industry. He is currently developing instruments and applications for the industry while teaching courses in NIR and PAT/QbD in the US, Europe, Asia and Africa. Since 1970, Mr. Ciurczak has worked at Ciba-Geigy, Sandoz, Cooper Labs (Berlex), Merck and Purdue Pharma. He has consulted and worked for Technicon (Bran+Leubbe), NIRSystems (Metrohm), Infrared Fiber Systems, Brimrose, and CDI Pharma. He received the 2004 Eastern Analytical Symposium “Achievements in NIR” award.
Mr. Ciurczak has taught (adjunct) at Stevens Tech, College of St. Elizabeth, Hood College, and Mount St. Mary’s College. He is a founding member of the Council for NIRS, is on several USP Expert Committees, and was on the FDA’s Subcommittee for PAT. He is co-editor of the “Handbook of NIR Analysis” (3 editions), co-author of “Pharmaceutical and Medical Applications of NIRS” (2 editions) and has a number of other texts and chapters on NIR in print. He holds twelve patents on NIR equipment and software and has over sixty contributed papers published as well as over 250 oral presentations.
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Deadline for Abstracts:
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n/a
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Registration:
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Please click here for registration information.
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E-mail:
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Jmorbit@cfpa.com
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This course covers the fundamentals of NIR, the wide variety of equipment available, and introduces the student to the various types of software programs used in NIR. While not going in-depth in the algorithms, the students will receive sufficient information to intelligently choose and apply the proper software packages for their own applications.
All topics include examples of actual pharmaceutical analyses, how analytical techniques may be developed, how samples are chosen or made for calibrations, how to build and improve calibrations, and how these may be validated and reported to the appropriate agencies (FDA, EMA).
Participants are encouraged to bring one or more problems for discussion (with class or privately with the instructor).