Immersive Virtual Lab for Science Education
Our immersive STEM learning platform is designed to meet the diverse needs of K–12 schools, offering versatile, curriculum-aligned simulations and virtual labs in 3D environments.
Book a DemoAbout Science Experiment Virtual Lab
Our immersive STEM learning platform is designed to meet the diverse needs of K–12 schools across multiple curriculum boards as well as early university programs. It offers versatile, curriculum-aligned simulations and virtual labs in 3D environments that can be used with or without VR glasses. Covering over 13 scientific disciplines including biology, chemistry, and physics, the platform allows students to explore complex concepts safely and interactively, free from the limitations of traditional labs. Alignment with prominent global standards such as GCSE, IB, NGSS, and AP ensures the solution seamlessly integrates into a variety of educational frameworks worldwide.
Trusted by leading schools and universities in over 40 countries, our platform enhances science education by providing an engaging and flexible digital environment. Students benefit from hands-on experimentation, the ability to repeat and refine tasks, and real-time visualization of scientific principles. Educators gain an adaptive tool that supports effective instruction while boosting student engagement and comprehension. This advanced interactive platform transforms the traditional laboratory experience for schools and universities, delivering scalable, technology-driven STEM education that prepares learners for future innovation and success.
Key Highlights
240+ Curriculum-Aligned Experiments
Comprehensive Science Coverage for Every Learning Level
Explore a vast library of virtual labs aligned with IB, AP, GCSE, and K–12 standards, enabling deep, hands-on science learning across disciplines.
Flexible, Multi-Device Access
Learn Anytime, Anywhere on Any Device
Conduct safe, realistic experiments seamlessly on PCs, laptops, tablets, or VR headsets like Meta Quest 3, ensuring accessibility for all learners.
Ready-to-Use Lesson Plans
Streamlined Integration with Built-In Progress Tracking
Leverage pre-built lessons designed for quick adoption into your teaching framework, complete with progress tracking to monitor student outcomes.
Core Functionalities
Seamless LMS Integration
Connect your virtual labs to any learning management system. Assign experiments, track student performance, and manage workflows effortlessly with full integration capabilities designed for institutional efficiency.
Risk-Free Repeatable Practice
Empower students to master concepts through unlimited experimentation. Students can conduct experiments as many times as needed in a safe, interactive environment—building confidence and deepening understanding without resource constraints or safety concerns.
Automated Assessment & Progress Tracking
Measure learning outcomes with intelligent, built-in evaluation tools. Real-time assessments automatically evaluate student knowledge and monitor progress throughout the learning journey, enabling educators to make data-driven instructional decisions.
Interactive Science. Real Learning Outcomes.
Empower students across K–12 and universities with virtual labs that enable hands-on exploration of biology, chemistry, physics, and more—safely, repeatedly, and at scale. Discover interactive virtual labs designed to captivate students and transform science learning—empower your learners to experiment safely, master concepts effectively, and achieve breakthrough results.
A Structured Approach to Discovery
Experiments are executed through a structured approach that mirrors the principles of the scientific method.
Pre-Lab Preparation
Review lab manual and safety guidelines. Familiarize yourself with virtual tools and equipment available in the simulation environment.
1. Observe & Explore
Launch the virtual lab environment and observe the initial setup. Identify available tools, materials, and interactive elements.
2. Define Your Hypothesis
Review the research question provided in the lab manual. Formulate your hypothesis based on initial observations and prior knowledge.
3. Set Up Equipment
Select and arrange virtual lab tools needed for the experiment. Configure instruments according to experimental requirements.
4. Conduct the Experiment
Follow the interactive prompts to manipulate variables and perform measurements. Repeat trials as needed in the error-tolerant environment.
5. Record Data
Document all observations, measurements, and results systematically using the built-in data collection tools.
6. Analyze Findings
Use integrated analytical tools to calculate values, create graphs, and interpret patterns in your collected data.
7. Draw Conclusions
Compare results with your hypothesis. Save your work and review against the personalized answer sheet for validation and deeper insights.
Post-Lab Reflection
Document key learnings and questions for discussion.
Explore a Virtual Lab Experiment
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Explore Our Full Experiment Catalog
To access our full catalog of subject-specific experiments, please request here.
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