This is a comprehensive list of YouTube videos for each Automation & Robotics Technical Standard compiled by ADE Program Specialist Tracy Rexroat. 

Design, produce and test a marine boat hull that will: (1) travel faster than any other student-designed boat hull without a payload, (2) hold the heaviest payload without capsizing, (3) travel faster than any other student-designed boat hull with a standard payload, and (4) deliver the greatest net profit in simulated payload-to-power tradeoff races.

This resource provides helpful information as well as sample problems and solutions for common math used in construction programs. 

Leading builders and construction firms are always in search of affordable, high-quality, and efficient materials. Wood – used for building projects for more than10,000 years – was largely replaced by steel and concrete starting in the early 20thcentury. But now, thanks to the emergence of Cross-Laminated Timber (CLT), woodis not just making a comeback, it might very well be the most innovative option inthe construction industry today.

This is a comprehensive list of YouTube videos for most Electronic Technologies Technical Standard compiled by ADE Program Specialist Tracy Rexroat. 

This collection of YouTube videos was curated by the Engineering Program Specialist at the Arizona Department of Education.

Engineering is the art or science of making practical. ~ Samuel C. FlormanThese lessons reference www.engineergirl.org and discoverengineering.org. 

The flight of a fixed-wing aircraft is controlled by altering the three primary flight control surfaces; ailerons, rudder, and elevator. In this activity, students will experiment with a profile model fixed-wing aircraft to learn the use of the primary flight control surfaces.

Research proves effective learning takes place when three domains are merged: the Cognitive Domain, the Psychomotor Domain, and the Affective Domain.

A flyer describing how to start an in-person or virtual Girls Who Code club.

A student activity book compliments of Tucson Electric Power and UniSource Energy Services.

Students design an LTA vehicle. Competition is based on payload, reliability, and aestetics.

Students will work as part of a group or as a class to construct and test a working model of a magnetic levitation vehicle. They will explain the basic concepts of propulsion, guidance and control as they relate to a linear induction motor.

The student will design, construct, and launch a model rocket. An after-action report will be written from the data collected. The student will describe the vehicle performance in terms of stability, altitude at apogee, recovery system deployment, engine function, meteorological conditions, etc.