This course empowers students to build mobile apps that control and monitor real-time data through robotics integration.
From matching games to apps that control motors or detect gases, students gain hands-on experience with automation. The blend of app development and robotics boosts confidence, deepens academic understanding, and prepares them for future careers in tech.
Activity-Based Learning Include
10+ Activities
Tactile Activities
- Creating a Smartphone Controlled Tractor
- Develop a Walking Robot Prototype
Mobile App Dev with Prototype Activities
- Creating a Flame Detector App
- AI Crop Field Management system
- Creating a Quiz App
- Creating an Air Quality Monitor
- Creating an Interactive Encyclopaedia on Extinct Animals
- Creating a Scientific Calculator
Learning Outcomes
- Demonstrate an understanding of the practices involved in crop production.
- Analyse the relationship between force and motion in daily-life situations.
- Demonstrate an understanding of friction between surfaces and objects in contact.
- Elucidate the harmful effects of microorganisms.
- Identify metals by using their properties.
- Conduct simple investigations to understand how to detect fire.
- Identify contamination in air.
- Identify endangered animals and the way to conserve them.
- Construct working models and explain how to operate them.
- Calculate square roots and cube roots.
- Demonstrate an understanding of calculating percentage values.
- Familiarise with historical events that took place in different years.
- Explain how the East India Company finds its route to capture power in India.
- Employ their critical thinking skills to understand a brief beyond the text.
- Describe their experiences with an understanding to organize thoughts.
- Orally express their thoughts with clear pauses and stress on the right words.
- Write simple comprehensions with an understanding to organize information.
- Take up small projects.