STEM lessons that actually stick.
550+ standards-aligned lessons that turn abstract concepts into hands-on, 3D experiences — ready to teach in minutes, not hours.
550+ lessons
5 subjects
NGSS aligned
Any device
Why it works
Every lesson is built around the same idea: students learn more by doing than by watching.
Interactive, not passive
Students actively explore, manipulate and interact with every concept in 3D — they never just sit and watch.
Standards-aligned
Every lesson is mapped to NGSS and state curriculum frameworks, grades 6–12.
Built-in assessment
Every lesson includes formative assessment and teacher reporting — no extra setup.
Works on any device
Chromebooks, tablets, interactive displays, or the Umety VR headset — same lesson.
THE RESEARCH ON ACTIVE LEARNING
Hands-on beats sit-and-listen — and the data backs it up.
33.8% → 21.8%
average failure rate in STEM courses using traditional lecturing vs. active learning — a 12-point drop
0.47 SD
higher exam and concept-test scores for students in active-learning STEM classrooms
Source: Freeman et al., "Active learning increases student performance in science, engineering, and mathematics," Proceedings of the National Academy of Sciences, 2014 — a meta-analysis of 225 studies comparing traditional lecturing to active, hands-on STEM instruction.
How it works in your classroom
Every lesson follows the same simple, interactive flow — from hands-on exploration to real results.
1
Student Experience
Students explore, interact and learn through immersive, hands-on experiences — never just watching.
2
Formative Assessment
Students answer questions built into the lesson and get instant feedback.
3
Teacher Reporting
See class and individual results, identify learning gaps and plan next steps.
Every core STEM subject
From the smallest cell to the farthest galaxy — one library, five subjects.
Life Science
- Human Body Systems
- Cells and Genetics
- Ecosystems and Biodiversity
Example: Anatomy of the Heart
Physical Science
- Forces and Motion
- Energy and Electricity
- Waves and Light
Example: Electric Forces
Chemistry
- Atoms, Elements and Compounds
- Chemical Reactions
- Acids, Bases and pH
Example: States of Matter
Mathematics
- Algebra and Functions
- Geometry and Measurement
- Coordinate Geometry
Example: Coordinate Geometry
Earth & Space Science
- Earth's Systems
- Climate and Weather
- Astronomy and the Universe
Example: Earth's Magnetic Field
See it. Do it. Understand it.
Students don't just learn about STEM concepts — they interact with them. A few examples from the library:
Ohm's Law
Physics
Adjust voltage, current and resistance and watch the circuit respond in real time.
Explore This Lesson >
Molecular Geometry
Chemistry
Build and manipulate molecules to see how atoms bond and take shape.
Explore This Lesson >
The Human Heart
Biology
Step inside the heart and explore its structure and function in 3D.
Explore This Lesson >
Earth's Interior
Earth & Space Science
Journey beneath the surface and explore Earth's layers in 3D.
Explore This Lesson >
Coordinate Geometry
Mathematics
Visualize and interact with points, lines and planes in 3D space.
Explore This Lesson >What educators and students are saying
What educators are saying
“Umety has changed the way I teach. My students are more engaged, ask deeper questions, and truly understand the concepts.”— Middle School STEM Teacher
“The immersive experiences make complex topics accessible. It's like giving students a front-row seat to the impossible.”— High School Math Teacher
“Umety helps all learners — including ELL and diverse learners — access STEM in a meaningful, exciting way.”— K–12 Instructional Coach
What students are saying
“It feels like I'm actually inside the lesson. It makes STEM fun and real!”— Grade 10 Student
“I can see and interact with things I never thought I could. It helps me understand so much better!”— Grade 8 Student
“Umety makes hard topics easier to understand. I feel more confident in science now.”— Grade 11 Student