Explore

Immerse students in environments, systems and phenomena that would otherwise be difficult, expensive or impossible to access in the classroom.

Discover

Conduct virtual investigations, experiments and simulations that help students observe scientific processes, test ideas and understand complex concepts.

Design

Apply scientific knowledge, mathematics, computational thinking and engineering principles to solve real-world challenges.

Create

Build models, simulations, robots and project solutions that demonstrate understanding, creativity and innovation.

Interactive virtual laboratories where students investigate scientific concepts, collect data, test variables and carry out repeatable experiments in a safe, controlled environment.

Problem-solving experiences where students apply STEM knowledge to complete tasks, overcome challenges and test solutions in engaging, goal-based environments.

Detailed, manipulable models that allow
students to explore objects, organisms, systems and structures from every angle, zooming in to examine features that are difficult to see in the real world.

Immersive environments that place students inside a concept, process or location. Learners can navigate the scene, investigate points of interest and uncover key information through exploration.

Guided experiences that take students through real-world locations, systems or processes. Students can observe how things work and develop understanding through interactive observation.

Virtual dissections that allow students to
investigate anatomy and biological structures without the need for physical specimens, with opportunities to repeat and revisit learning.

From robotics to building applications, students can learn to code, and build real life objects through a VR screen with our Computing content library.

Open-ended creation tools that encourage
students to design, build, prototype and
experiment with their own ideas, promoting
creativity and innovation.

BIOLOGY

Explore the Living World from the Inside Out

From the human body to the microscopic world of cells, students investigate biological systems through immersive, hands-on experiences. Virtual dissections and repeatable investigations make complex concepts visible, accessible and engaging for every learner. 

Experiences include: 172+ biology learning experiences, virtual dissections, human anatomy and physiology, genetics/DNA/cell biology and microbiology, ecology and environmental science, biological investigations and experiments, interactive anatomy models and AI-supported exploration. 

CHEMISTRY

Experiment Safely, Understand Deeply 

From atoms and molecules to complex chemical reactions, students investigate chemistry through immersive, hands-on experiences. Virtual experiments remove the constraints of consumables, equipment and safety risks, allowing every learner to experiment, repeat and refine their understanding. 

Experiences include: 130+ chemistry simulations and investigations, atomic structure and bonding, molecule construction and visualization, chemical reactions, chromatography, spectroscopy, acids/bases/titration, electrochemistry. 

PHYSICS

Experience Physics Beyond the Textbook

From forces and motion to electricity, waves and energy systems, students investigate physics through immersive simulations and virtual experiments. Concepts that are often difficult to visualize become visible, interactive and easier to understand through direct exploration and testing. 

Experiences include: 90+ physics simulations and experiments, forces and motion, electricity and circuits, waves and optics, mechanics

ENGINEERING & TECHNOLOGY

Step Inside the Design Process

From robotics and automation to mechanical and civil engineering, students apply mathematics, data analysis and engineering principles to solve real-world problems through immersive, hands-on experiences. By building, testing and refining solutions, they develop the technical knowledge, problem-solving abilities and design-thinking skills needed to tackle complex engineering challenges. 

Experiences include: engineering design challenges, robotics and automation, mechanical systems, power generation, manufacturing concepts, career exploration, design-thinking challenges, engineering problem-solving projects. 

COMPUTING

Turn Students from Consumers into Creators

From coding and computational thinking to game development and immersive content creation, students develop the skills to design, build and create with technology. An open coding platform enables learners to create their own VR experiences, progressing from block-based coding to TypeScript while applying creativity, logic and problem-solving in meaningful ways. 

Experiences include: coding and programming, computational thinking, 3D design and modeling, game and world creation, AR and VR content creation, AI-assisted creation tools, collaborative digital projects. 

PROJECT-BASED LEARNING

Apply STEM Knowledge to Real-World Challenges

EduverseSTEM’s Gold Standard Project-Based Learning Framework extends learning beyond simulations and content exploration into authentic project work. Each project is built around a compelling driving question, guiding students through a sustained process of investigation, design and engineering before culminating in a live pitch where they present and defend their solutions. Five ready-to-teach projects are included, covering challenges from building a space station to restoring a coral reef, with full teacher guidance provided.