Showing posts with label courses. Show all posts
Showing posts with label courses. Show all posts

Wednesday, March 25, 2009

CHEM 281: Food Chemistry Offered for Fall '09

A special topics course on the chemistry of food is being offered for Fall 2009 in the Chemistry Department.

CHEM 281: Food Chemistry
Food Chemistry is a 3-credit, non-lab chemistry course focusing on basic and organic chemistry as it applies to food. This class is appropriate for chemistry, biochemistry or biology majors wanting an elective chemistry course; for food & nutrition majors who plan to take FDNT 362; and other students with an interest in food chemistry who meet the prerequisite requirements. The course will include lectures on topics including but not limited to: carbohydrates, protein, fats, grains, fruits & vegetables, meat & dairy, fermentation, chemical processes in food preparation, molecular gastronomy, coffee & tea, flavor & aroma, food additives, and more. This course is not eligible as a liberal studies non-lab science course. PREREQUISITES: Successful completion of CHEM 102, CHEM 112, or CHEM 114, or completed credits that were accepted for transfer by IUP to count as one of the aforementioned courses.
For more information on the course, contact Dr. Nate McElroy.

Monday, October 22, 2007

CHEM-281: Survey of Forensic Chemistry


Hey, IUP students! Have you registered yet?

TAKE A FORENSIC CLASS!

This is a great way to get started learning about forensic science and it can count as a liberal studies non-lab science course!

CHEM 281: SURVEY of FORENSIC CHEMISTRY (3c-0l-3cr)
Prerequisites: none
MW 3:35-4:50 PM, Weyandt 240
Instructor: Dr. John Woolcock

This course is designed for students who would like learn about forensic chemistry and the basic science needed to understand it. Chemical concepts (on the level of an introductory chemistry course) and their applications to forensic chemistry, will be explored in detail. Topics will include the forensic chemistry of drugs, arson, poisons, fibers, inks, paint, glass and fingerprints. Other topics will include, forensic chemistry in fiction (novels and TV), and the methods used in forensic evidence collection, measurement and analysis.