Kreativity Camp is a “Learning with Fun” summer camp program for Smart New generation Kids of 8 years and above, here students work on really cool hands-on projects on STEM during their summer vacation. This Kreativity camp, aims to unleash the Creativity of students as they experience hands-on activities on Robotics, Electronics, Artificial Intelligence, and Coding.
We strongly believe that this unique process of teaching is beyond all existing conventional teaching processes. As students are encouraged to think out of the box and enhance their logical thinking & critical thinking skills. While doing these fun activities at the end of every session, the student feels accomplished and learned. The program helps the student in enhancing the problem-solving skills. In addition to the above, at the end of every session, students take home the Kits they have worked on. The learning does not stop after the session is over as students are given a Project Challenge to see the breakthrough achieved during the camp.

Kreativity Courses

Kreative Kids Jr.

It is a creative course where young minds will nurture mechanical skills having fun with Robots, logical thinking skills while having fun with AI based coding, fun with electronics circuits, fun with science.

Takeaway kit: MechanzO Beginner Robot kit & Hands-on Science Kits & Paper circuit kit.

Duration: 2 weeks (12 days & 24 hours). Bringing Laptop is mandatory from 9th session

Age Group: 8-10 Years

Kreative Kids Sr.

It is a creative course where young minds will nurture electro-mechanical skills having fun with intelligent Robots, logical thinking skills while having fun coding, and 3D Designing.

Takeaway kit: MechanzO Advanced Robot kit.

Duration: 2 weeks (12 days & 18 hours). Bringing Laptop is mandatory

Age Group: 11 Years and above

Kreativity Camp Activities (Junior Category)

Day	Topic	Learning Outcome
1	Introduction to Paper Circuit Project – Glowing Heart	1. Students will learn about fundamental concepts such as circuits, current, and conductive materials. 2. Encourage creativity in designing their paper circuit layouts and in deciding where and how to place the LED bulb.*
2	Project – Shining Star and Blushing Girl	Students will learn to troubleshoot their circuit designs, understanding why a circuit might not function (e.g., broken connections, incorrect layout) and how to rectify these issues.
3	Simple Machine	Students will learn the concepts of simple machine and their application in real life.
4	Types of Force	1. Gain knowledge about different types of forces such as gravitational force, frictional force, magnetic force, and applied force. 2. Develop skills to identify and explain examples of different forces in their daily life and environment.
5	Introduction to Robotics and MechanzO Beginner kit Project – 2 Wheel Robotic Car	1. Grasp the fundamental principles of 2-wheel drive systems, including traction, force distribution, and torque. 2. Develop the ability to test hypotheses and adjust based on observations.
6	Sweeper Model	1. Grasp the fundamental principles of robotic movement and task automation. 2. Understand the importance of efficient design in robotics.
7	Speedster Bot	1. Learn about the mechanical advantage provided by different gear setups. 2. Understand gear ratios and how they affect speed and torque.
8	Pick and Drop Robot	Engage students in the engineering design process by challenging them to design and build their own pick and drop robots.
9	Introduction to AI and ML Project - Voice controlled sprite	1. Students will learn how to integrate voice recognition libraries or APIs into programming environments. 2. Students will understand how to capture and process voice input in real-time.
10	Read Video through codelab	Students will understand to read video at runtime through vision training blocks
11	Chatbot application	1. Students will learn to create chatbot with training data. 2. Incorporate feedback from model performance to continuously improve the quality of text training.
12	Project Presentation and Display	Students will present their overall learning through project presentation.

Kreativity Camp Activities (Senior Category)

Day	Topic	Learning Outcome
1	Introduction to Coding with Ablox Project – Led Blinking and Led Chaser	1. Understand what Arduino is and its role in DIY electronics, robotics, and IoT (Internet of Things). 2. Learn how to set up the Arduino IDE (Integrated Development Environment) and configure Arduino boards for programming.
2	Interfacing of IR Sensor Project – Obstacle Detector	1. Learn how IR sensors detect infrared light and how they are used in various applications. 2. Gain experience in setting up circuits on a breadboard with the IR sensor, Arduino, and other components.
3	Interfacing of Ultrasonic Sensor Project – Distance Calculator	1. Grasp the basic principle of how ultrasonic sensors work: transmitting a sound wave and receiving the echo to measure distance. 2. Learn the basics of connecting an ultrasonic sensor to a microcontroller like Arduino.
4	Autonomous Robot	1. Learn about the basic structure and mechanics of a 2-wheel driving bot. 2. Enhance problem-solving skills by troubleshooting mechanical and programming issues.
5	Obstacle Avoider Robot	1. Learn about different types of sensors used in robotics for obstacle detection, such as ultrasonic, infrared, or LIDAR sensors. 2. Learn to interpret the data received from sensors to determine the presence and distance of obstacles.
6	Interfacing of Bluetooth Module Project – Voice Controlled Light	Students will understand how to connect Bluetooth module with Arduino.
7	Drag and Drop Robot	Creative challenge
8	Introduction to Artificial Intelligence and Computer Vision Project - Read and write Image	1. Learn about different image formats (e.g., JPEG, PNG) and their characteristics. 2. Gain proficiency in using image processing libraries (like OpenCV in Python) to read images into a programming environment.
9	Draw geometrical shapes on Image	Learn to draw basic shapes like lines, rectangles, circles, ellipses, and polygons on images.
10	Image Thresholding	1. Grasp the concept of image thresholding and its role in image processing. 2. Learn to set a threshold value and convert an image to binary (black and white) based on this value.
11	Face Detection	1. Grasp the basic principles of how algorithms detect human faces in images or videos. 2. Learn to apply face detection algorithms to both still images and real-time video streams.
12	Project Presentation and Display	Students will present their overall learning through project presentation.

Logistical details of the Kreativity Camp

Kreativity camp is based on Experiential learning with hands-on activities.

Camp duration is 2 weeks.

100% Fee refundable if students don't have “Learning with Fun”.

Students will be given a Project challenge on the last day of the camp.

Students should bring their laptops or school has to arrange for the computers.

Each participant will get the Participation Certificate.

Explore Kreativity Camps!

Course Name	Duration	Cost (incl. of GST)	Takeaway Kit
Kreativity Summer Camp for Jr. Kids	2 weeks	Rs. 5,490 ~~Rs. 6,490~~*	MechanzO Beginner Robot kit + Science Activities + Paper Circuit kit worth Rs. 3,500
Kreativity Summer Camp for Sr. Kids	2 weeks	Rs. 5,990 ~~Rs. 6,990~~*	MechanzO Advanced Robot kit worth Rs. 4,000

Terms and Conditions:

1.100% Payment in advance.
2. Fees will be non-refundable.
3. The above discounted fee will be applicable if the participant is registered by 10th May 2024.

You may visit the camp venue:

ABL Education LLP
G 233 GF Sector 63 Noida (UP) 201301
Aparna Jha
M: 9211786061

Kreativity Camp