Guide

It’s Your Future
Unit Overview:
The world needs the students of today to become the scientists, engineers, and problem solving
leaders of tomorrow. Science constantly presents us with new breakthroughs and challenges,
creating greater opportunities for problem solving through technology.
The solutions to such problems could help change the world, and technology-based problem
solvers will be the people to make it all possible. The VEX IQ platform and curriculum provide a fun
and engaging vehicle to begin the journey toward becoming the type of problem solver our world
needs the most. No matter what you see in your future, the VEX IQ platform and curriculum can
help you build the kinds of skills expected of a 21st century innovator.
Unit Content:
- What is STEM?
- What is Engineering?
- What is Robotics?
Unit Activities:
- Matching Exercise
- Idea Book Exercise
Note: Separate copies and/or printouts of activities may be used for student work. Please see your teacher
BEFORE writing in this guide. Visit www.vexiq.com/curriculum to download and print PDFs of all exercises!
What is STEM?
STEM combines science, technology, engineering, and mathematics education to form an
engaging field of study. The VEX IQ platform is a great way for students to explore STEM
hands-on while learning.
What Is Engineering?
Engineering is all about using practical & scientic knowledge to create solutions for identied
problems. Engineers use math and science to create most of the products, buildings and structures
we see every day. Engineers often use an engineering notebook to help them think about and solve
problems. You will have the chance to use “Idea Book” pages alongside activities that help you to think
like an engineer!
There are Five Basic Types of Engineering:
Chemical engineering – Using physical and biological sciences to convert raw materials or
chemicals into more useful forms for the purpose of solving a problem.
Civil engineering - Using design, construction, and maintenance of physically and naturally built
environments to solve a problem. Environmental and structural engineers are two examples.
Electrical engineering – Using electricity, electronics, and electromagnetism to solve a problem.
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