TechnoBerg Future Intelligence Curriculum
From Technology Users to Future Creators.
- Length
- School year
- Weekly schedule
- One period a week throughout the academic year, or two periods a week for deeper practical learning; theory and practical periods on alternate weeks, term-based modules within the IT schedule, or intensive project weeks with regular virtual practice are also possible.
- Delivery
- Practical + Virtual; integrated with IT/computer science, as an independent subject, as a practical lab period, as a club or enrichment model, or as a hybrid model
- Location
- At the school, within the school timetable
Overview
Upgrade conventional computer education with a progressive practical and virtual curriculum. Students learn to think, code, build, test, improve and present through grade-specific AI, robotics, sensor, automation and project experiences.
The TechnoBerg Future Intelligence Curriculum is a structured, grade-wise technology curriculum for students from Grade 1 to Grade 10. It is designed to be delivered throughout the academic year as part of the school timetable, not as a one-day workshop or an isolated extracurricular activity. The programme combines age-appropriate theory, guided computer activities, block- and text-based coding, artificial intelligence concepts, robotics experiments, project work and virtual practice. Each grade receives its own learning level, syllabus, practical activities and expected outcomes. It can modernise existing IT periods, operate as a separately approved subject or begin as a phased pilot.
Introduces students to the technologies shaping future education and employment, with early exposure to future study and careers. Admissions, employment, rankings or student mastery are not guaranteed.
Who should join, and what to bring.
Who should join
- Students from Grade 1 to Grade 10, with an age-appropriate learning plan for each grade.
- Schools that want to modernise the current IT syllabus without adding a new subject.
- Schools seeking a visible, structured future-technology programme.
- Schools with a computer lab, STEM lab or robotics lab.
- Schools beginning with a smaller group, a pilot or a competition pathway.
- Schools establishing or upgrading an AI & Robotics lab.
Recommended before you start
- Schools may select all Grades 1 to 10, selected grades or a phased rollout.
- Basic needs generally include computers or tablets, display facilities, internet where required, safe practical space and storage; exact requirements are confirmed after assessment.
- Teachers need no advanced robotics experience for the starting levels; TechnoBerg provides orientation, practical training and academic support.
By the end, you will be able to:
- Explain basic AI and robotics concepts in their own words.
- Create coding animations, games, simulations or intelligent applications.
- Build working models using sensors, lights, motors or robots.
- Develop team solutions connected to real-life school and community problems.
- Discuss AI accuracy, safety and privacy at an age-appropriate level.
- Present projects at exhibitions, showcases or demonstration days.
- Develop digital and AI literacy, computational thinking and coding confidence.
- Build practical engineering awareness, creative design and innovation.
- Use technology responsibly.
- Think
- Code
- Build
- Test
- Improve
- Present
Educational hardware is used safely and under supervision, and teacher training covers responsible AI use, online safety and age-appropriate guidance. Mandatory subjects are not replaced without school and regulatory approval.
Ten grades, five stages, a 32-week baseline per grade.
Foundation
- Grade 1: Safe technology exploration, making, patterns and simple machines.
- Grade 2: Logic, sequencing, simple coding and creative mechanisms.
- Computer awareness
- Sequencing and patterns
- Simple coding logic
- Introduction to robots and AI
Stories, games, guided software tasks, robot movement and sensor-based play.
Explorer
- Grade 3: Block coding, basic electronics, sensors and guided builds.
- Grade 4: Robotics basics, mechanisms, smart devices and problem solving.
- Block coding
- Algorithms
- Digital creativity
- Robot parts
- Simple sensors and automation
Animations, interactive stories, basic robot control and mini challenges.
Builder
- Grade 5: Coding, sensors, automation challenges and structured projects.
- Grade 6: Python foundations, microcontrollers, IoT and mobile robotics.
- Structured coding
- Electronics basics
- Sensor logic
- AI awareness
- Project construction
Build-and-test activities, smart systems, simulations and team projects.
Innovator
- Grade 7: Embedded systems, connected devices, robotics and AI basics.
- Grade 8: Advanced coding, computer vision, IoT and automation.
- Advanced block and text coding
- IoT concepts
- Applied AI
- Robotics mechanisms
- Design thinking
Integrated coding-hardware projects, data activities and problem-solving challenges.
Future Engineer
- Grade 9: Applied AI, robotics engineering, data and multidisciplinary projects.
- Grade 10: Advanced AI, intelligent automation, responsible technology and capstone.
- Python foundations
- AI/ML concepts
- Computer vision awareness
- Embedded systems
- Automation
- Capstone work
Prototype development, documented projects, presentations and career-linked challenges.
What you will work with, and what you will make.
Tools
- Block- and text-based coding
- Python
- Coding, AI and simulation platforms on computers or tablets
- Virtual robots and circuit simulation
- AI image and voice activities
- Educational robotics and electronics kits
- Sensors, lights, buzzers and motors
- Portable practical kits
The final set of tools is confirmed for each batch.
Example projects
- Give step-by-step instructions to a 'human robot' to understand algorithms
- Program a character or robot using block coding
- Build a traffic-light sequence and explain the logic
- Use a distance sensor to detect an obstacle
- Control lights, buzzers or motors through simple commands
- Create a line-following or obstacle-avoiding robot
- Explore face, object, gesture or voice recognition in an age-appropriate AI activity
- Design a smart-home, environment or school-safety solution
- Smart classroom, plant monitor, safety system or assistive robot concept
The capstone: what you hand in
- A team capstone project, demonstrated to teachers and parents.
- An end-term project, demonstration or showcase in every grade.
Assessed on the work you produce.
- Concept understandingOral questions, quizzes, worksheets
- Software practiceSaved activity, coding task, teacher observation
- Practical skillsPractical checklist, demonstration
- Problem-solvingChallenge task, debugging record
- Project workMini-project or capstone rubric
- CommunicationPresentation, exhibition, viva
How it is taught
- Concept explanation in simple language.
- Teacher-led classroom demonstration.
- Software or virtual practice: students use age-appropriate coding, AI or simulation platforms on computers or tablets, so every student can practise repeatedly.
- Hands-on practical activity with physical robotics, electronics, sensors and automation models, often in group-based kits.
- Project work: students combine concepts to solve a challenge and present the result.
- Worksheet, quiz or reflection task.
- Mini-project or challenge.
- Periodic assessment and progress review.
- Teacher orientation, technical training and classroom-delivery support for the school's teachers.
- Concepts are repeated at greater depth as students advance, so learning develops systematically rather than through random projects.
Certificates of participation, completion, achievement or project excellence may be provided according to the programme package and assessment model agreed with the school. Government or TVTC approval, academic credit or certificate status are not promised before confirmation.
A TechnoBerg participation or completion certificate, subject to the school agreement.
Start dates and fees, on request.
Next start
To be announced
Enquire now and we will tell you the next start date and schedule.
Fees
Request fee details
We send the fee, and any options for paying, with your enquiry reply.
Questions people ask.
No. It combines digital literacy, coding, AI, robotics, sensors, automation, projects and responsible technology use in a grade-appropriate academic pathway.
Yes. TechnoBerg can map selected modules into the IT/computer periods or structure AI & Robotics as a separate subject, subject to school and authority mapping and approval.
Not necessarily. Kit requirements depend on the grade, activity and delivery model. Many practicals can be conducted through group-based kits, while virtual tools allow individual practice.
Yes. Schools may begin with selected grades or a pilot phase and expand after review.
No advanced experience is required for the starting levels. TechnoBerg provides orientation, practical training and academic support according to the package.
No. It uses explanation, demonstration, software practice, hands-on work, challenges and projects. The practical depth increases with grade level.
Basic needs generally include computers or tablets, display facilities, internet where required, safe practical space and storage. Exact requirements are confirmed after assessment.
Through student projects, portfolios, assessments, demonstrations, certificates, exhibitions and parent-facing showcase events.
Yes. It can begin using existing computer facilities, virtual tools and portable practical kits. A dedicated lab can be added later.
No. Each grade has age-appropriate learning outcomes, concepts, software activities, practicals and projects within a connected Grade 1 to 10 progression.
From learning to a technology career.
Strong performance in labs, projects and capstones can lead to further opportunities with TechnoBerg. They are merit-based, subject to availability, legal eligibility and formal selection, and never guaranteed. See the talent pathway