On 1 April 2026, CBSE announced a Computational Thinking (CT) and Artificial Intelligence (AI) curriculum for Classes 3 to 8, beginning in the 2026–27 academic session. For school principals, trustees and IT administrators, this announcement raises an important practical question: how can classrooms support more interactive, technology-driven learning?

A traditional blackboard works well for explaining concepts, but demonstrating a coding exercise, exploring an AI application or allowing students to solve problems collaboratively requires a more versatile teaching environment. That is where an interactive flat panel for schools can make a difference.

Unlike a conventional projector, an interactive panel allows teachers and students to write, annotate, manipulate digital content and collaborate directly on the screen. However, selecting the right device involves more than comparing screen sizes or choosing the model with the most features.

Schools must also consider classroom dimensions, software compatibility, connectivity, teacher training, warranty coverage and long-term support. This guide explains how to evaluate these requirements and make a practical investment for the 2026–27 academic session.

Why the CBSE CT and AI Curriculum Changes Classroom Technology Needs

The new curriculum aligns with the broader goals of NEP 2020 and NCF-SE 2023, encouraging students to develop problem-solving, logical reasoning and computational thinking skills.

Rather than relying entirely on lectures, teachers can use activities that help students break problems into smaller steps, identify patterns, explore block-based coding and understand how AI applications work.

An interactive display can support these activities by allowing teachers to demonstrate concepts visually and invite students to participate.

For example, a teacher can display a simple coding exercise, ask students to arrange programming blocks in the correct sequence and discuss the result with the class. Similarly, an AI lesson can use visual examples to explain how a model recognises patterns in data.

Schools exploring technology-enabled learning environments can also review PBMPL’s IoT and AI solutions when planning the technology needed to support AI demonstrations and related educational activities.

Ultimately, the goal is not to fill classrooms with technology. It is to choose tools that make lessons more engaging, collaborative and practical.

Interactive Flat Panel for Schools: Specifications That Matter

Manufacturers often highlight numerous technical specifications, but not every feature contributes equally to classroom learning. Before making a purchase, focus on the capabilities teachers and students will use regularly.

1. Touch Accuracy and Writing Experience

An interactive panel should respond accurately when teachers write, draw diagrams or annotate lesson material.

Look for at least 20 touch points if you expect several students to work on the screen simultaneously. However, touch-point count alone does not determine usability.

Teachers should also test:

• Writing latency and pen accuracy.
• Palm rejection and accidental-touch handling.
• Touch response near the screen edges.
• Multi-user writing and drawing.
• Screen durability and ease of cleaning.

Whenever possible, arrange a hands-on demonstration. Ask teachers to write, erase, annotate a document and run a classroom activity on the actual model under consideration.

2. Built-in Android or an OPS PC for Interactive Panels?

Most interactive flat panels include a built-in operating system that supports digital whiteboarding, screen sharing and selected educational applications.

For more demanding lessons, an OPS (Open Pluggable Specification) PC can provide additional flexibility. This module fits into a compatible panel and enables a supported PC-based environment, often Windows, for applications that may not run on the built-in system.

An OPS PC can be useful when teachers need desktop software, specialised educational applications or compatibility with existing school systems.

Before purchasing, check the processor, RAM, storage, operating system, connectivity and software requirements. Also, confirm that the panel supports the OPS configuration you intend to use.

Schools do not necessarily need an OPS PC in every classroom from day one. Instead, they can identify the rooms that need advanced computing capabilities and plan their budgets accordingly.

3. Choosing the Right Screen Size for Each Classroom

The best screen size depends on classroom dimensions, viewing distance, student strength and the type of content teachers display.

These sizes are starting points rather than fixed rules. A site assessment can help schools determine whether students in the back rows can comfortably read text, diagrams and coding examples.

For instance, an 86-inch panel may suit a larger classroom, but it could be unnecessary in a compact room. Conversely, a smaller display may make detailed content difficult to read in a large space.

4. Whiteboarding, Screen Sharing and Educational Software

Good software makes an interactive panel useful beyond the initial demonstration.

Check whether the software allows teachers to annotate over applications, save lesson notes, export classroom content and resume previous sessions.

Wireless screen sharing is equally important. Teachers should be able to connect compatible laptops and tablets without complicated setup procedures. Where possible, verify support for Windows, Android and iPad devices.

Also, clarify whether the software licence lasts for the life of the panel or requires renewal. Schools should account for subscription fees, updates and compatibility with their existing educational applications.

5. Warranty, Maintenance and After-Sales Support

An interactive flat panel is a significant classroom asset, so schools should assess its expected service life and support arrangements before purchasing.

Ideally, compare models with clearly defined onsite warranty terms, preferably three years or more where available. Ask the vendor about response times, spare-part availability, touch-panel repairs and replacement procedures.

It is also worth checking the cost of extended support after the standard warranty expires.

Schools can review PBMPL’s Annual Maintenance Contract services when evaluating options for ongoing maintenance and support. A clearly defined service arrangement helps administrators plan for equipment issues without disrupting classroom activities unnecessarily.

Budgeting for an Interactive Flat Panel Without Hidden Costs

Panel prices vary according to brand, screen size, operating system, hardware specifications and warranty coverage. Therefore, schools should compare the complete installation cost instead of selecting a device based solely on its purchase price.

A practical classroom budget should include:

• Interactive flat panel and any required OPS PC.
• Wall mount or mobile stand.
• Electrical work and suitable power points.
• Wired network connectivity or classroom Wi-Fi.
• Installation, configuration and testing.
• Software licences and updates, where applicable.
• Teacher training and onboarding.
• Warranty extensions or annual maintenance.
• Future repair and replacement costs.

For example, a school may choose to install panels in selected primary and middle-school classrooms first, while equipping one dedicated AI or robotics laboratory with additional computing resources.

A phased rollout can help management understand actual classroom requirements before expanding the programme. However, schools should establish a consistent technology standard to simplify maintenance, training and procurement over time.

Preparing Teachers to Use Interactive Classroom Technology

Even a feature-rich panel delivers limited value if teachers find it difficult to operate. Therefore, staff training should form part of the procurement plan rather than being treated as an optional extra.

An effective training programme should cover digital whiteboarding, screen sharing, saving lesson materials, using educational applications and troubleshooting common issues.

Schools should also schedule follow-up sessions after teachers have used the equipment in real lessons. This gives staff an opportunity to discuss practical challenges and learn from colleagues.

PBMPL’s training services can be explored when planning technology-related training requirements. The precise training scope should be agreed according to the equipment selected and the school’s learning objectives.

Frequently Asked Questions

Can schools continue using existing projectors?

Yes. Existing projectors can remain useful for presentations and general teaching. However, most conventional projectors do not provide the same direct-touch and collaborative capabilities as interactive flat panels. Schools can retain projectors in suitable spaces while prioritising interactive displays for classrooms that need them.

Does every classroom need an internet connection?

Not every panel activity requires internet access. Basic whiteboarding and locally stored content may work offline, depending on the device. However, cloud-based applications, online AI demonstrations, software updates and certain screen-sharing features may require reliable connectivity.

Schools should plan classroom Wi-Fi and network capacity alongside their display purchases.

How much teacher training is necessary?

Start with hands-on training for every teacher who will use the panel. Then arrange a follow-up session after several weeks of classroom use. Training should reflect actual lesson plans and the applications teachers need rather than covering every feature indiscriminately.

Is an OPS PC compulsory for an interactive flat panel?

No. Many built-in systems support everyday teaching and digital whiteboarding. An OPS PC becomes useful when a school needs specific desktop applications, greater computing flexibility or compatibility with particular educational software.

How should schools choose between 65-inch, 75-inch and 86-inch panels?

Consider room dimensions, student strength, viewing distance and the type of content displayed. A demonstration or site assessment can help confirm the appropriate size for each classroom.

Conclusion: Build Classrooms Around Learning Outcomes

Choosing an interactive flat panel for schools requires a balance between teaching requirements, hardware specifications, software compatibility and long-term support.

For schools preparing to teach computational thinking and AI, the right equipment can make abstract concepts easier to demonstrate and create more opportunities for collaborative learning. However, successful implementation also depends on reliable connectivity, suitable software, teacher confidence and a realistic maintenance plan.

PACE Business Machines Pvt. Ltd. works with educational institutions on classroom technology, interactive displays and AI and robotics-related solutions. By assessing classroom requirements before procurement, schools can select technology that supports their teaching objectives while making better use of their budgets.

Planning an interactive classroom upgrade for 2026–27? Contact PBMPL’s team to discuss your school’s display, infrastructure and educational technology requirements.

Website: https://www.pbmpl.com/

Email: info@pbmpl.com

Phone: +91 22-20811955