TAME Practice Tests & Engineering Design Challenges
TAME appreciates the value of hard work and practice in success. To help our students better prepare for our annual STEM Competitions, TAME provides practice tests, past Engineering Design Challenges, Engineering Adventure activities, and advice on competing like a scientist.
PRACTICE TESTS - UPDATED 11/13/2017
(this test is designed to be taken without a calculator)
(this test is designed to be taken without science tables)
TAME High School Math Practice Test - updated 11/13/17
(this test is designed to be taken with a graphing calculator)
(this test is designed to be taken with science tables; see below)
ENGINEERING DESIGN CHALLENGES
TAME Engineering Design Challenge - Wrap A Fuselage, from the 2016 State STEM Competition
TAME Engineering Design Challenge - Jet Powered Blimp, from the 2015 State Math and Science Competition
TAME Engineering Design Challenge - Stunt Plane, from the 2014 State Math and Science Competition
TAME Engineering Design Challenge - Mars Rover, from the 2013 State Math and Science Competition
TAME Engineering Design Challenge - Aggie Crane Challenge, from the 2012 State Math and Science Competition
TAME ENGINEERING ADVENTURES
For our regular Engineering Adventures, TAME selects two similar engineering activities and combines them into a blog post. Usually the activities will be divided into Middle School and High School based on complexity. When an official TAME Engineering Design Challenge from a past competition is posted, the simpler activity is usually presented as a warm-up.
The goal is to help you challenge students with hands-on learning. We provide bonus ideas, interesting videos to spark imagination and conversation, and map each activity to TEKS.
Launch your adventures here: Engineering Adventures
COMPETE LIKE A SCIENTIST
For over forty years, students have returned to TAME Competitions to build on what they’ve learned from past years. How do you talk to your students about winning and losing? We have seven recommendations that draw from the Scientific Method and research on growth mindsets.