Up your students’ knowledge and skills with Engineering Camp in a Box. Filled to the brim with fun, easy-to-use resources, this box has everything students need to engage, create, and investigate.

Insulin Storage and Shipping Container Design Challenge Overview
With this fun-filled box, students design, construct, and test a container for storing and shipping insulin that keeps 6 or more vials of insulin between 10 degrees C and 35 degrees C for at least 24 hours, regardless of the outside temperature. The container must minimize thermal energy transfer to keep the insulin cool.

Who It’s For:
Middle Schoolers (6th—8th-grade students) will find substantial value in this design challenge and be equipped with all the necessary materials. Students will use the Argument-Driven Inquiry instructional model to explore minimizing resource use and waste, energy transfer, and transformation topics.

Standards Alignment
Click here to view a detailed standards alignment document for this design challenge. 

More details

• Serves up to 24 students working in small groups.
• Designed for 6th – 8th-grade students.
• It takes approximately 12 hours and can be completed in two to three days, but it remains flexible to your group's needs.
• Before starting your Engineering Camp, take the self-paced online training to learn about the ADI instructional model, the specific design challenges, and how to administer an Engineering Camp for 24 to 1000+ students efficiently. 

Also Included!

• Community Building Box with supplies needed to complete five Engineering icebreakers to boost participation
• Group toolbox for optimal organization, which includes various engineering tools, such as scissors, hammers, pencils, markers, hobby snippers, screwdrivers, safety glasses, and more
  
• A teacher guide with lesson plans, discussion questions, and student handouts to guide students’ knowledge
• Online introduction video, digital downloads, and more

How many boxes should I purchase?
We recommend that you need two Engineering Camp boxes per 24 students for every week (5 days) of camp.