Teaching Safety Systems with the Electude Learning Cycle
How do you teach a group of fifteen students who do not all have the same prior knowledge, experience or need for support?
As a teacher, you work towards common learning objectives, but students do not necessarily reach them at the same pace or with the same amount of support. A good teaching plan therefore provides structure while leaving room to adjust along the way.
The Electude Learning Cycle provides a framework for this:
Introduction → Discovery → Experimentation → Hands-on
In this example, we use the cycle to teach vehicle safety systems, combining ADAS and occupant protection systems such as airbags and seat belt systems.
The plan covers approximately two weeks. Fifteen students share the available theory and workshop facilities with another group. This makes the challenge recognisable: not everyone can do the same activity at the same time.
The Learning Cycle can help organise both learning and teaching.
Table of Contents
1. Introduction
Start with what students already know
Start together with a realistic situation.
Imagine a vehicle that has been involved in an accident after leaving its lane.
Ask the group:
Which systems could have helped prevent the accident, and which systems protect the occupants when an accident can no longer be prevented?
This opens the discussion about the different roles of ADAS and occupant protection systems.
You can also challenge students with statements:
- “An airbag only deploys when the occupant is wearing a seat belt.”
- “You can check an airbag by measuring its resistance directly with a multimeter.”
Ask students not only whether they agree or disagree, but why.
The discussion activates prior knowledge and gives you a first impression of what the group already understands.
Check: Find out where learning should start
Classroom discussion gives useful information, but students do not always accurately judge what they already know. A short diagnostic test can provide a clearer picture.
Using the Electude test generator, select questions from the relevant ADAS and occupant protection modules. Adjust the number or selection of questions to match your learning objectives.
The purpose is not necessarily to give students a grade. Instead, use the answer analysis to determine:
- What does the group already understand?
- Which learning objectives require more attention?
- Are there individual differences, or does the whole group struggle with the same concept?
This creates your first decision point.
Students who already master the fundamentals can continue. Students who need more support can first complete introductory lessons.
Differentiation does not require fifteen different lesson plans. Students work towards the same objectives but may need different amounts of instruction and practice to reach them.
2. Discovery
Build the required knowledge
Students now explore the systems and concepts they need.
For ADAS, you might start with:
- ADAS: Introduction (module 8348)
- ADAS: Operating principles (module 8358)
- ADAS: System structure (module 8355)
For occupant protection, Airbags (1088) can provide a starting point, followed where needed by subjects such as airbag control, crash sensors, gas generators, seat belt pretensioners or occupant detection.
Not every student has to complete every available module.
Select content based on your learning objectives and use student results to decide where additional learning is needed.
If several students struggle with the same concept, bring the group together. Use Presentation Mode to show an illustration or animation and provide a short explanation.
Digital learning and teacher instruction then reinforce each other.
3. Experimentation
From knowing to diagnosing
Knowing how a system works does not automatically mean that a student can diagnose it.
Students now need to combine system knowledge with technical information, wiring diagrams, measurements and diagnostic reasoning.
The Electude Virtual Labs provide a controlled environment in which students can practise this process. For example:
Virtual Lab: Check ADAS control unit ground (6933)
or
Virtual Lab: Lane recognition camera power check (6948)
Students are presented with a diagnostic problem and have to decide what to check and measure.
The objective is not simply to obtain the correct value. Students should learn to:
- choose a logical diagnostic approach;
- find and interpret technical information;
- select the correct measuring point;
- use measuring equipment correctly;
- interpret the result;
- decide what the next diagnostic step should be.
Feedback helps students learn from incorrect choices before they encounter similar problems in the workshop.
4. Hands-on
Prepare and apply learning in the workshop
The final phase is application in a real workshop environment.
Electude can prepare students for this phase even when the practical assignment itself is provided by the school. Teachers can use the vehicles, trainers, equipment and assignments available within their own program.
Prepare the practical procedure with a How-To Video
Before students start the practical assignment, they can complete a relevant Electude How-To.
A How-To Video helps students become familiar with:
- the purpose of the procedure;
- the tools and equipment they will need;
- important safety precautions;
- the correct sequence of steps;
- specific points that require attention.
Students arrive better prepared and require less explanation before they can start. This allows you to spend more time observing their work, asking questions and providing targeted support.
This approach also helps with classroom management.
With fifteen students and limited equipment, groups can rotate between activities. While one group carries out the practical assignment, another can complete a How-To, work on a Virtual Lab or study additional Discovery content.
The different Electude resources then serve complementary purposes:
- Discovery lessons build system knowledge and understanding.
- Virtual Labs develop diagnostic reasoning and measurement skills.
- How-To videos prepare students for practical procedures.
- The school’s practical assignment allows students to integrate and apply their knowledge and skills in a real workshop environment.
Assess and adjust
Did the learning plan work?
At the end of the topic, return to the original learning objectives.
Use the test generator to create an assessment based on the content covered. Combine the results with your observations of students during diagnostic and practical activities.
But use the results to evaluate more than the students.
Ask yourself:
Where did students struggle? Which activities prepared them well? Where was additional instruction necessary? What would I change next time?
This completes the feedback loop.
The same information that helps you support individual students also helps you improve the learning plan for the next group.
One learning cycle, different routes
The Electude Learning Cycle provides the structure:
Introduction → Discovery → Experimentation → Hands-on
But a real classroom is not a production line.
Students enter with different levels of knowledge and experience. Some need additional explanation, others need more practice, while some are ready to move on sooner.
The teacher therefore remains central to the learning process.
Plan → Observe → Decide → Support → Check → Adjust
Electude provides the learning activities and information that support those decisions.
The result is not fifteen different lesson plans, but one structured learning journey with room for different learning needs and a common destination.
Looking for more resources for your classes? Explore lesson plans, best practices, and educational articles in our Teacher Toolbox.
Want to discover more about Electude? Explore our learning solutions and see how we support technical education.
