Turn teaching plans into interactive learning experiences.
Simcelium transforms lesson plans and syllabi into simulation-based, practical, differentiated teaching and learning content—supported by real-time assessment, feedback and teacher analytics.
One platform. Different learners. Better evidence of learning.
Designed to help teachers move from static lesson plans to rich digital experiences while keeping the teacher in control of objectives, strategy, pacing and classroom application.
Interactive Simulations
Students manipulate variables, observe cause and effect, practise procedures and learn through exploration.
Differentiated Pathways
Content can be presented through visual, practical, guided, challenge and text-rich pathways to support diverse learners.
Assessment & Feedback
Online tests are marked immediately, with feedback based on performance, misconceptions and next learning steps.
Teacher Intelligence
Teachers receive class and individual performance data to support reteaching, intervention and extension.
Your content stays at the centre.
Give us the syllabus, lesson plan, topic outline or teaching objective. Simcelium structures the learning journey around the outcomes you need.
You Share
Upload a syllabus, topic, lesson plan or teaching brief.
We Analyse
Identify objectives, concepts, prerequisites, skills and assessment needs.
We Build
Create lesson content, simulations, activities, media links and guided practice.
We Differentiate
Provide multiple pathways, supports, challenges and accessibility options.
Students Engage
Learn, practise, simulate and complete assessments from their platform.
Teachers Respond
Receive results and feedback instantly to guide next-step instruction.
See how a teacher's plan becomes a digital learning experience.
Enter a teaching objective and Simcelium demonstrates how the same outcome can be structured for different learners, practical activity, media, assessment and feedback.
1. Teacher lesson input
2. Generated learning package
Simple Electrical Circuits
One live demo at a time. Explore more when you choose.
The electrical circuit opens first. Select another subject only when you want to explore it—keeping the website focused and easy to navigate.
Sample teacher objective → digital activity
Objective: Students will construct and explain a simple DC circuit containing a battery, switch, lamp and ground/reference point.
- Starter: Predict what must happen for the lamp to illuminate.
- Practical: Build the circuit in sequence.
- Simulation: Close and open the switch and observe current-path feedback.
- Assessment: Explain why an open switch prevents the lamp from lighting.
- Differentiation: Guided prompts, core investigation and extension fault-finding tasks.
When the switch is open, the circuit path is broken and the lamp stays off. When the switch is closed, a complete path is established and the lamp illuminates. The visual current path reinforces cause and effect.
Graphing Quadratic Functions
Cell Membrane Transport
Starting & Charging Fault Diagnosis
Projectile Motion
Chemical Equilibrium
One learning loop, connected in real time.
Students receive instruction and assessment through their own dashboard. Teachers receive results, trends and actionable feedback through theirs.
Grade 10 Physics
Performance feedback example
Jordan T. — 71%- Strength: Correctly identifies the effect of initial velocity on range.
- Misconception: Confuses the relationship between launch angle and maximum range.
- Recommended next step: Repeat the simulation at 30°, 45° and 60° and compare outcomes.
- Teacher action: Assign guided pathway and targeted practice questions.
- Extension after mastery: Explain why complementary angles can produce similar ranges under ideal conditions.
Test. Mark. Diagnose. Respond.
Try the sample student quiz. Results are marked immediately and converted into feedback that a teacher could see on the class dashboard.
Design for access, not one “average” learner.
Simcelium can present the same learning outcome through multiple modalities, levels of scaffolding and accessible supports—helping teachers provide meaningful entry points without lowering expectations.
Give us your lesson plan or syllabus.
We turn it into digital, interactive, simulation-based teaching and learning—complete with lesson content, practical activities, media resources, assessment, student feedback and teacher performance data.