JORD
Tech Explorers
Age Group: 5-7 Years
Duration: 8 Weeks – 1 Session per Week
Session Time: 2 Hours
Group Size: 15–20 Students per Session
Program Objectives
Spark curiosity for robotics, movement, and simple mechanical systems in a playful way.
Strengthen hand-eye coordination, sequencing, and observation skills.
Build early understanding of automation, sensors, and logic through interactive models.
Boost confidence, teamwork, and creativity by assembling, testing, and presenting real robot projects
Program Agenda
|
Session |
Project Title |
Students |
Tim |
Activities Summary |
|
|
1 |
Rhino |
15-20 |
120 minutes |
A two-wheeled robot that moves forward and turns. Children learn how wheels and motors work while building it. |
|
|
2 |
Break Dancer |
15-20 |
120 minutes |
A dancing robot that spins and moves! Kids explore direction and rhythm through simple coding |
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|
3 |
Smart Bike |
15-20 |
120 minutes |
A robot bike that balances on a beam. Introduces concepts of weight and stability in a fun way |
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|
4 |
Robot Hand |
15-20 |
120 minutes |
|
|
|
5 |
Advance Driving Base |
15-20 |
120 minutes |
Children build a strong and accurate robot base preparing for future robotic movement and control. |
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|
6 |
The Tracker |
15-20 |
120 minutes |
A robot that follows a black line path. Kids are introduced to sensors and movement in an exciting challenge |
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|
7 |
Quality Check Robot |
15-20 |
120 minutes |
A robot that detects and sorts items by shape or color. Introduces logic, sorting, and sensing |
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|
8 |
Super-Safe Deposit Box |
15-20 |
60 minutes |
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|
8 |
Final Celebration & Medal Ceremony |
15-20 |
60 |
Fun robotics games (like “Robot Race”, “Color Hunt”), group dancing with robots, and medal distribution for all participants. |
Session 1: Rhino (Two-Wheel Smart Car)
Learning Objectives:
- Understand how wheels and motors make things move.
• Learn basic directions: forward, stop, and turn.
• Develop focus through step-by-step building.
Session 2: Break Dancer
Learning Objectives:
- Explore movement and rhythm through robot dancing
• Learn how to follow and build movement sequences
• Encourage self-expression and fun through robotics
Session 3: Smart Bike
Learning Objectives:
- Discover how balance and weight affect movement
• Practice careful placement and observation
• Boost problem-solving by making the bike stay upright
Session 4: Robot Hand
Learning Objectives:
- Understand how joints and parts work together
• Discover how robots can copy human hand movements
• Improve fine motor skills through creative assembly
Session 5: Advance Driving Base
Learning Objectives:
- Learn how to move a robot forward, backward, and turn using simple controls or buttons
• Develop hands-on building skills by assembling wheels, motors, and electronic parts
• Improve thinking and problem-solving by testing the robot and adjusting it to move correctly
Session 6: The Tracker (Line-Following Robot)
Learning Objectives:
- Introduction to sensors and how robots “see” lines.
• Understand following paths and staying on track.
• Practice patience, attention, and directional thinking.
Session 7: Quality Check Robot
Learning Objectives:
- Learn how robots test and sort items by color or shape
• Understand automation and basic quality control
• Encourage matching, logic, and decision-making
Session 8: Super-Safe-Deposit Box
Learning Objectives:
- Discover the idea of safety and locking systems
• Learn how gears and mechanisms work together
• Encourage imaginative play and engineering thinking