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{
"id": 21,
"level_number": 2,
"level_code": "TBF_L02",
"price": "1999",
"level_name": "Millitary Jeep",
"level_title": null,
"photo": "S+k8rIvc/so0ie1GYj7L+aXtsVK/+UGr/kdSHU0pnSVdkqd8zWKU8z0hMTlRaXMQc6YfKc6qpK4qg2r8a4PSJQFIKjuYn6E9kEf0cNFnYfrQ+Hyc48AM7Ppe4OqkZvgAso5OCudjIfBd3fIcYyb6kOGV/PvZnNBUZya1UWxuiwqbEff/6+3qj1LgiXHwb6fm7fkw1kADr/OYm9lqYTtcjTJZ8WEzHI7+znuI80pRmk7vsDKEdoWD/J/HOGYRKspF",
"description": "Turn Your Child into a Future Innovator 🚀\r\nTakshak Battle Field Level-2 Military Jeep is not just a toy—it’s a hands-on STEM adventure where kids build their own working vehicle, learn real science concepts, and develop critical thinking skills. With 50+ experiments, your child learns by doing—not memorizing.",
"hardware_components": "MDF Kit, BO Motor, Battery, DPDT Switch, SPST Switch, Wheel, Caster Wheel,",
"learning_concepts": "Understanding electrical circuits, Working principles of DC motors, Wire concepts, Battery working, Introduction to SPST switch for motor control",
"programming_skill": "No",
"key_skills": "electrical circuits, motor control, switch operation, polarity reversal, MDF construction",
"discount": "50",
"promotion": true,
"ratings": 4.7,
"key_description": null,
"key_features": [],
"game": 1
},
{
"id": 22,
"level_number": 2,
"level_code": "TSC_L02",
"price": "799",
"level_name": "Smart Water Tank",
"level_title": null,
"photo": "fRg2awJq2TEXag4/TGuuc5elXhniwpMOZMrZMtEQkXmrwHSUnznbcvzuPtiSIRBpMqyGpSodKwPpxM5nL1SJZOfs9xd/am8dRXAC7u7eMdy/IvkHJGMrjLbdzOYkfoY1N+gHrWKY7tHRHdwySgkgX+5T86yGMCln6lh9phyLndm06cYmyS8GwYSBjpIh/EtogtMv4ohteGTLfBlfNmZkVBBnX9hp0yGlcsCmXbR43LA=",
"description": "At Smart City, we believe in providing hands-on learning experiences that not only engage young minds but also inspire them to make a positive impact on the world around them. In this exciting project, we invite children to build their very own Water Tank Tower using MDF pieces and incorporate a water tank, a DC pump, and a water level indicator. Not only will they gain valuable insights into engineering and electronics, but they will also learn about the importance of water conservation and efficient resource management. Join us on this journey as we explore the steps involved in creating a functional and educational Water Tank Tower.\r\n\r\nThe first step involves assembling the Water Tank Tower using MDF pieces. This tower will serve as a sturdy structure to hold the water tank and other components. Children will learn about measurements, cutting, and joining techniques as they construct the tower, developing their spatial reasoning and manual dexterity.\r\n\r\nOnce the Water Tank Tower is built, it's time to connect a DC pump to fill the water tank. This step introduces children to the principles of fluid dynamics and basic plumbing. They will learn how to connect the pump, create an inlet and outlet system, and ensure proper water flow. By integrating their Water Tank Tower into a garden irrigation system, children will witness firsthand the importance of water conservation and sustainable practices.\r\n\r\nTo prevent water wastage and potential damage due to overflow, we incorporate a water overflow alarm. Children will learn about circuitry and sensors as they assemble and install the alarm system. This feature serves as a practical reminder to monitor water levels and take timely action to conserve this precious resource.\r\n\r\nTo enhance the functionality and educational value of the Water Tank Tower, we include a water level indicator. Children will explore concepts of conductivity and circuit completion as they create a simple yet effective indicator to display the water level inside the tank. This allows for easy monitoring and efficient water usage.\r\n\r\nBuilding a Water Tank Tower is an exciting project that combines creativity, practicality, and valuable lessons in engineering, electronics, and water conservation. By actively participating in the assembly, installation, and functioning of the tower, children gain a deeper understanding of STEM concepts and develop crucial skills such as problem-solving, critical thinking, and teamwork. Join us in Smart City as we empower young minds to create a sustainable future through hands-on projects that ignite their passion for learning and inspire them to make a positive impact on the world. Together, let's build a better tomorrow.",
"hardware_components": "DC Pump, Water Level Circuit, Wires, Battery, Switch, Battery Connector, Battery,",
"learning_concepts": "Problem-solving, Construction techniques, Teamwork, Project management, Time management, Water pump operation, Submersible pump, Electrical circuit, Transistor operation, Circuit design.",
"programming_skill": "NO",
"key_skills": "Assembly, Craftsmanship, Attention to detail, Following instructions, Spatial reasoning, Electrical wiring, Manual dexterity, Electronics, Circuit design, Component identification.",
"discount": "46.69",
"promotion": true,
"ratings": null,
"key_description": null,
"key_features": [],
"game": 2
},
{
"id": 23,
"level_number": 1,
"level_code": "TBF_L01",
"price": "899",
"level_name": "Robo Car",
"level_title": null,
"photo": "rruo7MyqyB5b/rXb2tHsv4ROdgZnLtQrshy1FXZZUAyeFVw8sHW24vcgH6DCefkPKCZ+JLwNw69xGpjZwOo1/3rJtlIYmzbkszfXn2lo8Y/PkCk4r9DE2utIyenfzsIDST4L6lvkw2izFHN0ZqKlSH3NaEuzYPGICZeKRz/AWP/4sjbS+3sMsbz2tQ61arhpw/28QeqMfzhQYMZFjsqDXUVVRPisV5c5Prv5DY6wOon+NYuY81iulWGpH9RlBz5q",
"description": "Welcome to Takshak Battlefield Level 1, where we embark on an exciting journey of assembling a Robocar. In this blog, we will explore the step-by-step process of creating a fully functional Robocar using motors, wheels, a caster wheel, chassis, battery, and an SPST switch. Get ready to dive into the world of STEM and unleash your creativity as we guide you through this thrilling project.\r\n\r\nIn Task 1, we focus on the fundamental control mechanism of the Robocar. By connecting the motors in parallel and attaching them to the chassis, we ensure smooth movement. The SPST switch plays a crucial role in turning the motors on and off, providing us with control over the Robocar's motion.\r\n\r\nBuilding upon the knowledge gained in Task 1, Task 2 delves into the assembly process of the Robocar. We demonstrate how to fix the motors securely on the chassis using hooks, nuts, and bolts. Additionally, we address the importance of proper height adjustment for the caster wheel using hex nuts, ensuring optimal stability. With the wheels connected to the motors and the electric wiring completed, we unveil the fully assembled Robocar. The SPST switch allows us to easily control its movement, providing hands-on experience of engineering and problem-solving.\r\n\r\nCongratulations on completing the assembly of your Robocar! Through this project, you have not only gained insights into the mechanics of motors, wheels, and circuits but also developed essential skills in problem-solving, creativity, and critical thinking. Keep exploring the fascinating world of STEM and stay tuned to iLearnPlace for more exciting projects, as we continue to inspire young minds and nurture their passion for learning.",
"hardware_components": "MDF Kit, BO Motor, Battery, SPST Switch, Wheel, Caster Wheel,",
"learning_concepts": "Electric circuitry, Motor control, Battery operation, Switch functionality, Safety considerations",
"programming_skill": "No",
"key_skills": "Motor control, Circuitry design, Electrical wiring, Switch operation, Problem-solving",
"discount": "35.73",
"promotion": true,
"ratings": null,
"key_description": null,
"key_features": [],
"game": 1
},
{
"id": 24,
"level_number": 1,
"level_code": "TSC_L01",
"price": "499",
"level_name": "My Shining House",
"level_title": null,
"photo": "QxDSyIhxhaQyZlU+EdIN6g/chkDFPAWrqIzxwMVkavV88OfzurYJ+aoNpiADl/RESc4F6YU5ombpgoHPBerJoKyilh8+kDK+jtFdjHtSeWDLAJbSrUrmC/hJRW+qAW2M7K9jVyrYM14DOM1rhtlDit/hE2oQKLy5s30DaN4Od/WWy9E2CQhR6fl40p63LGoP8slsGgx+IwnF+RraI+jtrxC5JQFlxghuVIi2NGApZDY=",
"description": "Welcome to Level 1 of Smart City, where we invite children to embark on an exciting journey called \"My Shining House.\" As the Gateway to STEM (Science, Technology, Engineering, and Mathematics), this level aims to provide children with a basic understanding of STEM concepts while igniting their interest and curiosity in these fields. Through carefully designed tasks, we offer an immersive and interactive experience that will captivate young minds. Let's dive into the five engaging tasks that await your child in this adventure!\r\nIn Task 1, children will delve into the realm of light and color by assembling an LED Light-Up House Kit, bringing brilliance to their living space. Task 2 and Task 3 introduce the principles of mechanical energy conversion, where children will build ultra-compact fans for refreshing airflow inside their tiny houses. Task 4 focuses on wind turbines, enabling children to understand how these tall structures harness renewable energy. Finally, Task 5 explores the concept of color mixing with the creation of a Newton Disc, allowing children to witness the combination of colors to form white light.\r\nWith \"My Shining House\" Level 1, children will not only gain hands-on experience and knowledge in STEM, but they will also be inspired to explore and develop their creativity, critical thinking, and problem-solving skills. Join us in Smart City and ignite your child's passion for STEM education, paving the way for a bright future of innovation and discovery.",
"hardware_components": "MDF Kit, LED, Bulb, Resistance, DC Motor, Fan, SPST Switch, DPDT Switch,Wires, Battery, Newton Disc",
"learning_concepts": "LED, DC motor, DPDT switch functionality, Renewable energy sources, Understanding the concept of light",
"programming_skill": "NO",
"key_skills": "Electronics expertise, Circuit design, Motor control techniques, Renewable energy understanding, Scientific experimentation",
"discount": "50.01",
"promotion": true,
"ratings": null,
"key_description": null,
"key_features": [],
"game": 2
}
]