STEAM Power: a Quaker Valley High School club helping kids see their STEAM power through exposure to science, technology, engineering, art, and math!
Where Art empowers STEM to create STEAM.
There are five components of STEAM:
Physics (mechanics, thermodynamics, electromagnetism, optics, nuclear physics)
Chemistry (organic, inorganic, physical, analytical, biochemistry)
Astronomy / Astrophysics
Biology (botany, zoology, microbiology, genetics, evolutionary biology)
Anatomy & Physiology
Ecology
Marine Biology
Neuroscience
Immunology
Geology
Meteorology / Atmospheric Science
Oceanography
Seismology
Climatology
Planetary Science
Cosmology
Materials Science
Agricultural Science
Food Science
Forensic Science
Environmental Science
Medicine
Pharmacology
Nutrition Science
Public Health
Epidemiology
Psychology
Sociology
Anthropology
Political Science
Economics
And more!
Coding
Software Engineering
Algorithms & Data Structures
Data Science & Analytics
Artificial Intelligence & Machine Learning
Web Development
Mobile App Development
Game Development
Database Management
Networking
Cybersecurity
Cloud Computing
IT Infrastructure & Systems Administration
Information Systems Management
Graphic Design (digital tools)
UX/UI Design
Animation & Digital Art
Video/Audio Production & Editing
3D Modeling & CAD (Computer-Aided Design)
Electronics & Circuitry
Robotics
Automation & Control Systems
Mechatronics
Embedded Systems (microcontrollers, IoT devices)
Artificial Intelligence
Virtual Reality (VR) / Augmented Reality (AR)
Biotechnology (tech applications in biology/medicine)
Nanotechnology
Blockchain & Cryptography
Quantum Computing
3D Printing / Additive Manufacturing
Manufacturing Technology
Agricultural Technology (AgTech)
Energy Technology (renewables, grid systems)
Transportation Technology (autonomous vehicles, aerospace tech)
Construction Technology
Digital Citizenship & Online Safety
Media Literacy
Technology Ethics & Privacy
Computational Thinking
And more!
Thermodynamics
Fluid Mechanics
Machine Design
Robotics & Mechatronics
Manufacturing & Materials Processing
HVAC / Thermal Systems
Civil engineering
Structural Engineering
Geotechnical Engineering
Transportation Engineering
Water Resources / Hydraulic Engineering
Construction Management
Urban & Infrastructure Planning
Electrical & Electronics Engineering
Circuit Design
Power Systems
Signal Processing
Telecommunications
Control Systems
Embedded Systems
Chemical Engineering
Process Engineering
Petrochemical Engineering
Materials & Polymer Engineering
Biochemical Engineering
Environmental/Process Safety Engineering
Aerospace Engineering
Aeronautical Engineering (atmospheric flight)
Astronautical Engineering (spaceflight)
Propulsion Systems
Avionics
Biomedical & Bioengineering
Medical Device Design
Biomechanics
Tissue/Genetic Engineering
Prosthetics & Rehabilitation Engineering
Computer & Software Engineering
Computer Hardware Engineering
Systems Engineering
Network Engineering
Software Engineering (design/architecture, not just coding)
Environmental & Sustainability Engineering
Environmental Engineering
Renewable Energy Engineering
Water/Wastewater Engineering
Sustainable/Green Design
Industrial & Systems Engineering
Manufacturing Systems
Operations Research
Supply Chain / Logistics Engineering
Human Factors / Ergonomics
Materials Engineering
Metallurgy
Ceramics Engineering
Polymer Science
Nanomaterials
Agricultural Engineering
Marine/Naval Engineering
Mining Engineering
Nuclear Engineering
Petroleum Engineering
Acoustical Engineering
And more!
Drawing (sketching, illustration, figure drawing)
Painting (watercolor, acrylic, oil, gouache)
Printmaking (linocut, screen printing, etching)
Sculpture
Ceramics & Pottery
Mixed Media / Collage
Photography
Digital Illustration
Graphic Design
Animation
Digital Photography & Photo Editing
Video Art / Filmmaking
Game Art & Concept Art
3D Modeling & Digital Sculpture
Graphic Design
Industrial / Product Design
Fashion Design
Interior Design
Architecture (design side, distinct from civil engineering)
UX/UI Design (overlaps with tech)
Typography
Theater / Drama
Dance
Music (composition, performance, music theory)
Musical Theater
Opera
Creative Writing (fiction, poetry, screenwriting)
Storytelling
Journalism (creative/narrative nonfiction)
Art History (by period/movement: Renaissance, Impressionism, Modernism, etc.)
Art Criticism
Aesthetics / Philosophy of Art
Museum Studies / Curation
Textile Arts (weaving, embroidery, quilting)
Woodworking / Carving
Jewelry Making
Calligraphy
Folk Art / Cultural Art Traditions
Illustration (editorial, children's book, concept art)
Advertising Design
Set/Production Design
Comic Art & Sequential Art
Art Therapy
Art Education
Arts Administration / Curation
Art Conservation & Restoration
And more!
Number Sense & Operations
Fractions, Decimals & Percentages
Ratios & Proportions
Basic Number Theory
Elementary Algebra (equations, expressions)
Intermediate & Advanced Algebra
Linear Algebra
Abstract Algebra
Euclidean Geometry (shapes, proofs, theorems)
Coordinate / Analytic Geometry
Trigonometry
Non-Euclidean Geometry
Topology
Pre-Calculus
Differential Calculus
Integral Calculus
Multivariable Calculus
Differential Equations
Real & Complex Analysis
Descriptive Statistics
Inferential Statistics
Probability Theory
Data Analysis & Visualization
Bayesian Statistics
Combinatorics
Graph Theory
Set Theory
Logic & Proofs
Number Theory
Cryptography (math side)
Mathematical Modeling
Financial Mathematics
Actuarial Mathematics
Operations Research
Numerical Analysis
Game Theory
Computer-Based Math / Algorithmic Thinking
Computational Mathematics
Data Science (statistics + programming)
Mathematical Physics
Mathematical Logic
Category Theory
Chaos Theory & Dynamical Systems
Mathematical Optimization
And more!
If you can answer yes to any of the questions shown, then you have used STEAM! Though you may not realize it, you use STEAM all the time. The actions shown to the left are just a few of the many ways you may use STEAM in your everyday life. Curious how you use STEAM when building a blanket fort or swinging on a swing set? Check out the explanations below and learn more about your STEAM power!
Have you ever looked outside and wondered why the sky is blue or why it is raining?
When you notice the weather, you are actually using science to understand the world. Meteorologists study the weather by looking at things like clouds, wind, temperature, and air pressure to figure out what the weather will be like tomorrow. They use tools such as thermometers to learn more about the air around us.
Weather is also connected to math and technology. Scientists use numbers and computers to predict what the weather will do. They build weather stations and other tools that help us learn more about Earth.
So, when you look at the weather, remember that you are learning about science, technology, engineering, and math.
Have you ever picked up a controller and entered a world full of characters and adventures?
When you play video games, you are seeing art, science, and technology working together. The people who make video games are artists, designers, and programmers. They create the characters, build the worlds, and design the rules of the game.
Video games also use math and engineering. Programmers use numbers and code to make the game work, while engineers design the computers and game consoles that let you play.
So, when you play a video game, remember that you are using creativity and problem-solving.
Have you ever connected blocks together to make something amazing?
When you build with LEGO bricks, you are an engineer and a designer. You use your imagination to think about what you want to create, and you use problem-solving skills to figure out how the pieces fit together.
Building with blocks also uses science and math. You learn about shapes, patterns, balance, and measurement. Engineers use these same ideas when they design buildings, bridges, and machines.
So, when you build with LEGO bricks, remember that you are using imagination, math, and science to create something.
Have you ever used a camera to capture a special moment?
When you take a picture, you are using both art and science. Photographers use creativity to choose the best angle, lighting, and subject. Cameras work because light enters the lens and creates an image.
Engineers design cameras and technology that help us save, edit, and share our pictures.
So, when you take a picture, remember that you are using creativity, technology, and science.
Have you ever looked at a clock and figured out what time it is?
When you read a clock, you are using math. The numbers and hands help you understand time, and you use problem-solving skills to figure out the correct hour and minute.
Clocks are also examples of engineering because engineers design all the moving parts that make them work.
So, when you read a clock, remember that you are using math, science, and engineering.
Have you ever mixed ingredients to make something delicious?
When you cook or bake, you are using science. Ingredients change when they are mixed, heated, or cooled.
Cooking also uses math because you measure ingredients and follow recipes. Chefs use creativity to make their food taste great and look beautiful.
So, when you cook or bake, remember that you are using science, math, and creativity.
Have you ever swiped your finger across a screen?
When you use a tablet, you are using technology. Tablets use computers, touchscreens, batteries, and software to work.
The apps on a tablet are created by programmers who write computer code, while designers make the apps fun and easy to use.
So, when you use a tablet, remember that you are using technology, creativity, and science.
Have you ever folded paper into a shape or design?
When you make origami, you are using art, math, and engineering. Artists use imagination to create beautiful designs, while math helps us understand shapes, symmetry, and patterns.
Origami also connects to engineering because engineers use folding techniques when designing buildings, spacecraft, and other inventions.
So, when you make origami, remember that you are using creativity, math, and engineering.
Have you ever rolled the dice to see what would happen next?
When you play dice games, you are using math. Dice help you practice counting, adding, and probability.
Game designers use creativity and problem-solving to make games that are fun and exciting.
So, when you play with dice, remember that you are using math, design, and critical thinking.
Have you ever folded paper into an airplane and watched it soar?
When you make a paper airplane, you are using engineering and science. The way you fold the paper changes how it flies.
Scientists study forces like gravity and air resistance to understand flight. You also use creativity to design your airplane and math to compare how far it flies.
So, when you fly a paper airplane, remember that you are exploring flight through science, engineering, and creativity.
Have you ever shaped clay into something special?
When you use clay, you become an artist and a designer. You use your imagination to create something new.
Clay also connects to science because different materials have different properties. Engineers study materials to help them build stronger buildings, vehicles, and other inventions.
So, when you create with clay, remember that you are using art, science, and engineering.
Have you ever kicked a ball or scored a goal?
When you play sports, you are using science, math, and teamwork. Your muscles use energy, and your body works together to help you run, jump, and kick.
Sports also use math to keep score and measure time. Engineers design equipment that helps athletes perform their best.
So, when you play sports, remember that you are using your body, your brain, science, and math.
Have you ever used blankets and pillows to create your own special space?
When you build a fort, you are using engineering. You have to think about balance, support, and structure to keep it standing.
You also use creativity and design to decide what your fort will look like. Engineers use these same ideas when designing buildings and bridges.
So, when you build a blanket fort, remember that you are using imagination, science, and engineering.
Have you ever used colors and brushes to create a picture?
When you paint, you are using creativity, color theory, and design. You become an artist.
Paint is made from different materials that work together to create colors. When you mix colors, you are experimenting just like a scientist. Your eyes and brain also work together to help you see color and light.
So, when you paint, remember that you are using art, science, and engineering.
Have you ever divided a pizza with your friends or family?
When you share a pizza, you are using math. You divide the pizza into slices and compare different-sized pieces.
Making pizza also uses science because ingredients change when they are heated. Chefs use creativity to make delicious recipes.
So, when you share a pizza, remember that you are using math, science, and creativity.
Have you ever moved back and forth on a swing at the playground?
When you swing, you can actually feel science in action. Gravity pulls you toward the ground while your motion creates energy that helps you move back and forth. By pumping your legs and shifting your body, you can make yourself swing higher or slow yourself down.
Scientists study motion, gravity, and energy to better understand how things move. Engineers use this knowledge to design safe playgrounds, cars, bridges, and machines.
So, when you swing on a swing set, remember that you are learning about science, engineering, and motion. Motion is an important part of STEAM, and every trip to the playground is another chance to discover how STEAM works in the real world.