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Engineer

Did You Know?

Engineers designed running shoes to protect your feet and joints. They calculate exactly how much force travels from the ground through the shoe to your foot and distribute weight evenly from heel to toe.

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FIRST STEPS

How to Get Started

Beginning a career in engineering involves building things, solving problems, and becoming comfortable with math and science. Engineering is mainly about turning ideas into reality, so the best preparation includes hands-on experience in designing, building, and testing your own projects. Starting early with building projects, developing strong academic skills, and engaging with the engineering community can set you on a path to becoming an engineer.

Explore the Basics

Start building! Use LEGO, blocks, cardboard, craft supplies, or recycled materials to create structures, vehicles, and inventions. Pay attention to what makes your creations strong or weak, fast or slow. Keep a notebook where you draw your designs and write about what worked and what you would change next time.

Try It Out

Try engineering challenges at home by building bridges from popsicle sticks and testing how much weight they can hold. Design small boats with paper or cardboard that float and see how many they can carry before sinking, or create simple machines with pulleys and levers from household items. These activities show how Engineers learn from what doesn’t work and improve or iterate step by step.

Join the Community

Visit science and technology museums, maker fairs, or factory tours to see engineering in action. Pay attention to how engineers design, build, and test products, structures, or systems, and notice the tools and technology they use. Seeing engineering in real settings helps connect classroom learning to real-world careers and sparks ideas about different engineering pathways. 

WATCH & LEARN

How to Become a Engineer

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CURATED LEARNING RESOURCES

Explore more resources for a future Engineer

Toy / Game / Kit
Discovery Model Engine Building Kit, DIY 4-Cylinder Combustion Engine, Working Pistons Fan Valves Belts LED Lights, STEM Mechanic Engineering Construction Experiment Set, Kids & Adults Gift

Discovery Model Engine Building Kit, DIY 4-Cylinder Combustion Engine, Working Pistons Fan Valves Belts LED Lights, STEM Mechanic Engineering Construction Experiment Set, Kids & Adults Gift

Why We Picked It

This working 4-cylinder engine model with LED lights, moving pistons, and fan lets kids see exactly how a combustion engine converts fuel into motion.

Career Connection

Mechanical engineers analyze combustion cycles, valve timing, and thermal efficiency when designing engines, and this visible model makes those same internal processes tangible and understandable.

Toy / Game / Kit
Thames & Kosmos | Roller Coaster Engineering STEM Kit | Design, Build, Experiment w/ Working Models | Explore Physics, Forces, Motion, Energy, Velocity & More | Solve Building Challenges

Thames & Kosmos | Roller Coaster Engineering STEM Kit | Design, Build, Experiment w/ Working Models | Explore Physics, Forces, Motion, Energy, Velocity & More | Solve Building Challenges

Why We Picked It

This kit challenges kids to design, build, and test working roller coaster models while exploring the physics of forces, motion, energy, and velocity.

Career Connection

Structural and mechanical engineers design amusement rides by calculating g-forces, track stress, and safety margins, and this kit introduces those same physics-driven design challenges.

Toy / Game / Kit
10 in 1 STEM Toys for 4 5 6 7 8+ Year Old Boy Girl Birthday Gifts Building Toys Stem Kits Activities for Kids Ages 4-8 5-7 6-8 Educational Learning Boy Toys Age 3-5 4-6 8-10 Engineering Creative Games

10 in 1 STEM Toys for 4 5 6 7 8+ Year Old Boy Girl Birthday Gifts Building Toys Stem Kits Activities for Kids Ages 4-8 5-7 6-8 Educational Learning Boy Toys Age 3-5 4-6 8-10 Engineering Creative Games

Why We Picked It

This versatile construction set lets young builders create 10 different machines and vehicles while learning about force, balance, motion, and structural design.

Career Connection

Mechanical engineers prototype multiple design variations before selecting the best solution, and this set teaches the same build-test-compare methodology that drives professional engineering decisions.

Continue Your Journey

Keep exploring everything this career has to offer.