"[RCI's Next Generation event was created to help the younger generation] develop relationships with members their age, many of whom will turn out to be life-long friends, creating a network of confectionery colleagues facing many of the same challenges who can turn to each other to solve problems and learn from, "says Vande Walle. 

"I wish they had something like this 30 years ago, when I first started attending conventions. I remember attending a networking reception in those days, and seeing all of the “older” members chatting and socializing like they were all best friends."

As a reminder for the more "seasoned" professionals, Vande Walle states, "as leaders of RCI, it is our responsibility to make sure professional growth and networking opportunities for our younger members continues to be available as a way to help our next generation flourish. I believe the next generation events are a step in that direction. Please encourage all young RCI members to attend Next Generation events and even consider becoming a member of our Next Generation Committee. Being a part of the inner workings of the association is very interesting and even more rewarding." 

1. Not enough fat – Increase the percentage of fat and/or the amount of milk being used in the recipe. A minimum of 8% fat is recommended when making caramels. 

1. Excessive inversion – Inversion occurs when sucrose (a disaccharide) is broken down into glucose and fructose. This can be caused by extended cooking times (especially under acidic conditions) and the use of the enzyme invertase. Increasing reducing sugars will add to the flavor and color of caramel – but too much can cause excessive stickiness.
   
   Check the pH of premix, water and other ingredients, including scrap, to identify excessive inversion as the problem. Caramel premix should have a neutral pH (6.8-7.0). 

1. Not enough milk – A minimum of 3.7% milk protein solids or higher is recommended

1. Low cooking temperature – Increasing the final cooking temperature slightly will produce caramel with a harder texture. Even one or two degrees can make a significant difference. Additionally, do not allow the moisture from the cooking process to drain back into the kettle.

1. Too much corn syrup – Too much corn syrup can create a tender caramel, but also lead to stickiness and lack of body. Adjust the ratio of sugar to corn syrup (reduce the corn syrup or dextrose equivalent of corn syrup)

1. Too much humidity – An overly humid environment can make caramel sticky and create a less than desirable layer of scum on its surface. Too avoid exposure to excessive humidity, pack and store cooked caramel away from steam kettles and in an area with a relative humidity of 40-50%.

1. Lack of emulsifiers – The addition of mono and diglycerides (generally 1-1.25%) will produce caramel that is less sticky.