The purpose of this module is to teach students about the fundamentals of food and product engineering. Students are encouraged to experiment with various flavors and colors in order to create an alginate boba to the correct specifications. Students are then able to further analyze their boba using an image analysis program that calculates boba diameter, eccentricity, and uniformity.

 ...

Based on the production of a home-made fertilizer of calcium mineral, the chemical process of ionization of calcium carbonate (egg shell) in the soil is taught in this module. The objective is to understand how a calcium fertilizer works and its benefits in the growth process of a bean or lentil plant. Moreover, this module is aligned with the thirteenth (13°) Sustainable Development Goal in order to teach children how to grow organic food and have friendly habits with our planet.

 ...

In this experiment, we will use Alka-Seltzer and water to launch rockets and learn about chemical reactions and pressure.

This activity will demonstrate the scientific properties of polymers, polymer gels, cross linking, and polysaccharides. The enormous size of polymer molecules and their flexible, chain-like structures give polymers unique and useful properties. Sodium alginate, a natural polymer obtained from kelp and seaweed, is an important food additive. Participants will observe this property by taking sodium alginate and adding it to various solutions. ...

In this module, we create homemade toys, made of casein polymers, obtained by the blending of milk and vinegar.

 ...

Chem-E Board is an educational coloring page and board game designed to teach you about chemical engineering. This is a coloring page that also doubles as a board game you can print and play at home! Travel with engineers through Chem-E, where we teach you about what a chemical engineer does

Students will test various acidic and basic substances using red cabbage indicator in order to solve a crime: who stole the cookie jar? They will first learn about acids and bases and the pH scale, and then participate in the mystery module.

We first introduce the process of recycling plastic and metal, then introduce composting, then students sort through a "treasure chest" bucket filled with compostable materials, recyclable materials, and garbage to win "gold coin" chocolates.

Students will learn about the concepts of separations, buoyancy, and density through using carbonated water to separate raisins and m&ms. The video is short as we didn't want to overload with technical information, but running the activity with a live audience will take around 20 minutes. ...