Implementation strategies
for effective use of interactive technology

5 strategies for effectively implementing interactive technology

The strategies

The mere presence of interactive displays in the classroom does not automatically guarantee better learning. To maximise the potential of these tools, it is crucial to implement well-planned teaching strategies that harness their unique capabilities. The following are effective approaches for integrating interactive displays into everyday educational practice.

1. Plan interactive lessons

The key to successful implementation lies in careful planning that makes interactivity a central element of the lesson. Teachers should:

Identify clear learning objectives that benefit from interactivity.

Select relevant and engaging multimedia content.

Design activities that encourage active student participation.

Set aside time for reflection and group discussion.

One example of effective planning could be a science lesson on the solar system that includes:

An interactive simulation of planetary motion.

A real-time quiz to assess understanding.

A collaborative activity in which students create and present models of planets.

2. Encourage collaboration and teamwork

The interactive displays offer unique opportunities for collaborative learning. Some strategies include:

Divide the screen into sections so that different groups can work simultaneously on parts of a project.

Use collaboration software that allows students to share content.

Organise debates and group presentations using the display as a focal point.

These activities not only improve understanding of the content, but also develop essential social and communication skills.

3. Integrate multimedia resources

The ability of interactive displays to present different types of media offers opportunities to enrich educational content. Teachers can:

Incorporate videos, animations and simulations to illustrate complex concepts.

Use interactive maps and timelines to teach history and geography.

Use augmented reality applications to provide immersive experiences.

The key is to select resources that complement and reinforce the learning objectives, avoiding multimedia simply for its visual appeal.

4. Assess and provide feedback

The interactive displays make it easier to implement quick and effective formative assessments. Teachers can:

Use real-time response systems to conduct polls and quizzes.

Implement educational games that assess knowledge in an enjoyable way.

Create opportunities for self-assessment and peer assessment.

The immediate feedback provided by these activities allows teachers to adjust instruction on the fly and students to identify areas for improvement.

5. Personalise learning

The flexibility of interactive displays makes it possible to adapt content to students' individual needs. Effective strategies include:

Create differentiated learning pathways based on each student's ability level.

Offer additional resources and enrichment activities for advanced students.

Provide visual and auditory support for students with special needs.

This personalisation ensures that every student can progress at their own pace, thereby maximising their learning potential.

Integration with other educational technologies

The interactive displays do not operate in isolation within the educational technology ecosystem. Their true potential is realised when they are effectively integrated with other digital tools and platforms, creating a cohesive, multifaceted learning environment.

Synchronisation with mobile devices

Integrating interactive displays with mobile devices such as tablets and smartphones expands the possibilities for interaction and participation:

Students can send answers and contributions directly from their devices to the main display.

Content from the interactive display can be shared with students' devices in real time for closer follow-up.

Activities can be designed to alternate between individual work on mobile devices and collaboration on the large display.

This synchronisation fosters more personalised learning and more active participation from every student.

Connection to learning management platforms (LMS)

Integration with learning management systems such as Moodle, Canvas, Google Classroom or Synetech Class makes it possible to:

Access course resources and activities directly from the interactive display.

Synchronise grades and feedback between the display and the LMS.

Maintain continuity between classroom activities and online assignments.

This connection creates a more efficient workflow for teachers and students, facilitating the transition between in-person and online learning.

Integration with videoconferencing systems

In a world where hybrid and remote learning have become commonplace, integration with videoconferencing systems is crucial:

It enables remote students to participate in classroom activities.

It improves the quality of distance-learning sessions by combining display interactivity with real-time communication.

This integration ensures that the educational experience is equitable and enriching for all students, regardless of their physical location.

Use of specialised software

The versatility of interactive displays enables the integration of specialised educational software, such as the built-in EdSuite:

The ability to run and control this software directly from the interactive display enriches the learning experience and allows students to interact intuitively with professional tools.

Conclusion

The interactive displays have proved to be transformative tools in education, offering a wide range of possibilities for enriching the teaching and learning process. Throughout this article, we have explored in depth how these technologies are redefining classroom dynamics. Their impact can be seen in the way they encourage active student participation, which in turn creates a more dynamic and participatory environment.