Fundamentals of Confectionery Science and Technology Module 1-Sugar Confections
Upcoming dates (1)
Fee
- $695
-
Fee covers online anytime instruction and course materials.
Discounts
$549 for NCA Member
$1295 ($1049 for NCA Member) for any two Confectionery Science Modules
$1795 ($1349 for NCA Member) for all three Confectionery Science Modules
ID
RA01056-D363
Credits
- CEU: 1.8
- PDH: 18
Schedule
Students will work through online course modules on their own time and at their own pace.
Instructors
Richard Hartel, Douglas Reindl
Location
This is an online course.
Cancellation Policy
Once you have accessed the online course, no cancellations or refunds are permitted.
Course Overview
In this course, you will review the physical and chemical properties of sweeteners, and improve your products by learning about the factors that impact product quality and shelf-life.
Who Should Attend?
- Food scientists and technologists
- Food and flavor chemists
- Food engineers
- Process technologists
- Production managers and key production staff
- Sales staff that need to develop an understanding of candy making science
Additional Information
Course Outline
Overview of sugar and corn syrup chemistry and phase transitions
Physical and chemical properties of sweeteners
Principles of crystallization
Applications including hard candies, fondants, creams, tablets, lozenges, caramel, fudge, and toffee
Factors impacting quality and shelf-life of sugar confections
Instructor
Richard Hartel
Professor Hartel is internationally-recognized for his expertise in understanding phase transitions in foods. Phase transitions in foods play an important role in determining textural and physical properties of many food products. Understanding these phase transitions is critical to proper design, development and control of many food processes. In particular, Professor Hartel studies crystallization of ice (freeze concentration, recrystallization in frozen desserts), sugars (refining, confectionery applications) and lipids (milk fat fractionation, mixed lipid crystallization in chocolates and confections) as well as glass transition events of importance to stability and shelf life of foods. This work involves fundamental understanding of the physical chemistry of these phase transitions, kinetics and applications of this understanding to real products. In general, Professor Hartel applies these principles to food products like ice cream, confections, chocolate and compound coatings, and dairy products.
Fundamentals of Confectionery Science and Technology Module 1-Sugar Confections
Register through: Jun. 30, 2025
Location: Online
Course #: RA01056-D363
Fee: $695
Fee
- $695
-
Fee covers online anytime instruction and course materials.
Discounts
$549 for NCA Member
$1295 ($1049 for NCA Member) for any two Confectionery Science Modules
$1795 ($1349 for NCA Member) for all three Confectionery Science Modules
Credits
- CEU: 1.8
- PDH: 18
Schedule
Students will work through online course modules on their own time and at their own pace.
Instructors
Richard Hartel, Douglas Reindl
Location
This is an online course.
Cancellation Policy
Once you have accessed the online course, no cancellations or refunds are permitted.
Fundamentals of Confectionery Science and Technology
Course #: RA01056Fundamentals of Confectionery Science and Technology - Module 1: Sugar Confections
Date: Sat. July 01, 2023 – Sun. June 30, 2024ID: RA01056-D123
Fee:
- $695
-
Fee covers online anytime instruction and course materials.
$549 for NCA Member
$1295 ($1049 for NCA Member) for any two Confectionery Science Modules
$1795 ($1349 for NCA Member) for all three Confectionery Science Modules
- CEU: 1.8
- PDH: 18
Fundamentals of Confectionery Science and Technology - Module 1: Sugar Confections
Date: Fri. July 01, 2022 – Fri. June 30, 2023ID: RA01056-C673
Fee:
- $695
-
Fee covers online anytime instruction and course materials.
$549 for NCA Member
$1295 ($1049 for NCA Member) for any two Confectionery Science Modules
$1795 ($1349 for NCA Member) for all three Confectionery Science Modules
- CEU: 1.8
- PDH: 18