Innovation

Interactive Learning Space — Simulation Labs

Simulation-based learning uses interactive, virtual environments to mimic real-world scenarios. Our platform enables students to perform virtual lab activities that clarify complex concepts through hands-on, guided experience.

Why simulation-based learning?

Simulation-based learning lets students experiment in risk-free virtual environments that mirror real-world situations. By manipulating variables, testing hypotheses, and observing outcomes, learners build transferable intuition and stronger conceptual understanding.

We combine mapped activities, secure offline delivery, campus connectivity, and collaborative tools to make simulations accessible and pedagogically effective across grades.

Student using a virtual lab simulation on a laptop
Features

Core ILS Capabilities

The Interactive Learning Space (ILS) emphasizes scalable, curriculum-aligned simulations and collaborative workflows.

Mapped Virtual Lab Activities

A curated library of simulation activities mapped to our curriculum. Each activity includes objectives, step-by-step tasks and assessment rubrics so students can practice and demonstrate mastery.

Secure Offline Access

Downloadable modules allow labs to run offline in a secure, sandboxed environment — ideal for low-connectivity situations and fieldwork.

Campus-wide Connectivity

Seamless integration with our campus network provides fast access to simulators, artifact repositories and central project storage so students can work anywhere on campus.

Collaborative Learning

Multi-user labs support paired and group modes so learners collaborate in real-time, share results, and iterate together on solutions.

Mapped Activities

Simulation catalogue

Activities below are mapped to curriculum outcomes and include teacher notes, student tasks and assessment rubrics.

Physics: Virtual Mechanics Lab
Explore forces, friction, and motion through parameterized experiments.
Chemistry: Reaction Kinetics Simulator
Run virtual titrations and study rates with safe, repeatable scenarios.
Biology: Cell Structure Explorer
Interact with 3D models and simulate staining and microscopy techniques.
Environmental Science: Watershed Modeling
Model rainfall-runoff and land-use effects on water quality.
Access & Connectivity

Secure Offline Access & Campus Connectivity

We provide encrypted, signed modules for offline use on school devices and maintain campus-wide caching and mirrors so virtual labs are performant and reliable.

Secure Offline Access
Signed simulation bundles with teacher-controlled sync schedules.
Campus Caching
Local mirrors and CDN caching reduce latency and bandwidth usage.
Device Management
Managed image updates and secure sandbox policies for student devices.
Collaboration

Collaborative Learning in Simulations

Group modes, shared workspaces and real-time telemetry let students work together on experiments, compare approaches and learn from peers' processes.

Shared Sessions
Teachers can start synchronous sessions and assign breakout groups.
Instructor Dashboard
Live dashboards show attempts, key metrics and teacher actions for timely feedback.