Ai, Robotics and Drone Programme
About The Programme
AI, ROBOTICS AND DRONE SUMMER CAMP PROGRAMME
This summer camp programme aims to introduce participants to the concepts, principles, and practical applications of artificial intelligence, robotics, and drone technology. Participants will gain hands-on experience in building and programming robotic systems, exploring AI algorithms, and operating drones; Encourages creativity, problem-solving, and critical thinking in the context of emerging technologies.
PROGRAMME FORMAT
This AI, robotics and drone summer camp programme combines theoretical knowledge with hands-on practical sessions to provide participants with an immersive learning experience in the fields of artificial intelligence, robotics, and drone technology. Through interactive workshops, demonstrations, and project-based activities, participants will explore the fundamentals and applications of these cutting-edge technologies.
Ai, Robotics and Drone Programme
Date: 12/10/24
Duration: 2 Weeks
Classroom time/week: 15 hours
Program Season: Year Round
Pre-requisites
This program is suitable for students, professionals, or enthusiasts interested in AI, robotics, and drone technology. While there are no specific pre-requisites, a basic understanding of programming concepts and mathematics is beneficial.
Takeaways: Reports, Certificates and Prizes
Participants will receive a comprehensive report summarising their learning and practical experiences. Upon successful completion, they will be awarded a certificate of participation. Outstanding participants may also be eligible for prizes, such as recognition for exceptional project work, innovative solutions, or contributions to hands-on activities.
Fundamentals of AI, Robotics, and Drones
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Introduce participants to the fundamentals of artificial intelligence, robotics, and drone technology.
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Building and Programming Robotics Skills
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Develop practical skills in building and programming robotic systems.
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AI Algorithms and Domain Applications
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Explore AI algorithms and their applications in various domains.
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Hands-On Drone Operation Experience
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Provide hands-on experience in operating and controlling drones.
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Creativity and Problem-Solving in Tech
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Foster creativity, problem-solving, and critical thinking in the context of emerging technologies.
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AI, Robotics, and Drone Fundamentals
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Understanding of the fundamental concepts and principles of artificial intelligence, robotics, and drone technology.
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Robotic Systems Building Skills
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Practical skills in building and programming robotic systems.
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AI Algorithms Knowledge
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Knowledge of AI algorithms and their applications in various domains.
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Drone Operation Proficiency
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Proficiency in operating and controlling drones.
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Creativity and Critical Thinking Skills
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Enhanced creativity, problem-solving, and critical thinking abilities in the context of emerging technologies.
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Awareness of AI, Robotics, and Drones
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Increased awareness and knowledge of AI, robotics, and drone technology.
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Robotic Systems Programming Skills
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Practical skills in building and programming robotic systems.
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Understanding AI Algorithm Applications
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Understanding of AI algorithms and their applications.
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Drone Control Proficiency
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Proficiency in operating and controlling drones.
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Enhanced Creativity and Problem-Solving Skills
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Enhanced creativity, problem-solving, and critical thinking abilities in the context of emerging technologies.
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Interactive AI and Robotics Workshops
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Interactive workshops on AI, robotics, and drone technology.
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Hands-On Robotics Programming Sessions
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Hands-on sessions for building and programming robotic systems.
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Exploring AI Algorithms and Uses
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Exploration of AI algorithms and their applications.
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Drone Flight Training and Operation
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Flight training and operation of drones.
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Project-Based Skill Application Activities
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Project-based activities to apply knowledge and skills.
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Programme Structure
The programme is structured into 10 modules, each focusing on a specific aspect of A.I. and robotics. The modules are designed to provide participants with a comprehensive understanding of machine learning and Robotics AIoT principles and practices, while also encouraging hands-on engagement and application of knowledge, hands-on activities, out of classroom experience and of course the IYRC finale!
- This is a 2 week programme structure and topic outline.
- For a 1 week or 3-4 weeks programme, the programme structure and topics will be customised according to your request.
Key Topics
– Emotional face detector, face locker and object inspector.
– Programming fruit ninja, virtual doctor and home assistant games.
– Mask detector and animal classifier.
– Mini welcoming screen, digital music box, wireless digital piano, Tom and Jerry.
– Space escape, digital clock tower, smart security door and smart pet feeder.
– Selfie stick, drawing face, llama and mastermind.
– Wheel production line, s-r-p game, contactless lift and IOT apps.
– Lost alarm, canteen kiosk, smart office and AIoT assessment project (smart house system).
– Understand mind+ software
– Getting familiar with RMTT
– Knowledge on drone flying blocks and coordinate systems
– Basic motion principles
– Applying loop concept for flying
– Flying along square path
– Learn to use conditional blocks
– Understand the concept of Time of Flight (ToF)
– Controlling drone using keyboard
– Performing checkpoint challenges
– Brief idea on RMTT’s sensors
– Calculating height using RMTT and also applying variables concept
– Understand how Mission Pads work
– Performing point-to-point flight drills
– Mastering triangular flying paths using the angular concepts
– Getting to know about the Extension Module
– Making the drone an object and human follower
– Explore difference features of LED display matrix
– Learn about Morse code
– Sending messages using Morse Code
