Drones & UAV

    • Jr. Aircraft Designer

      AED300.00 AED150.00
      About this course

      This is an aircraft designing program for primary students, that focuses on introducing the basic concepts of aerospace engineering and learning how to use Autodesk Tinkercad software to design a multirotor aircraft.

      By enrolling on the program participants will learn about different types of aircraft, the basic components of an aircraft, such as wings, fuselage, and engines and how all these components work together to fly the aircraft.

      This program helps participants gain an appreciation for the science and engineering behind flight and learn how to create a 3D model of a multirotor aircraft using Autodesk Tinkercad software.

       

      What you will learn
      • Overview of aircraft and 3D printing
      • Understand the science behind how an aircraft fly
      • Designing an Airframe using Tinkercad
    • Drone Design Challenge

      About this challenge

      This program is to learn to design a drone frame using Tinkercad and to 3D print.

      By enrolling in this program, participants will learn important aspects of drones, the basic components of drones, different drone design types, an overview of 3D printing, and how to use Tinkercad for designing. At the end of the session, participants will access Autodesk software Tinkercad and learn to design a drone.

      What you will learn
      • Overview to drone and 3D printing
      • Designing a quadcopter drone using Tinkercad
      Please select your Region, Date & Time slot
    • Sr. Aircraft Designer

      AED400.00 AED199.00
      About this course

      This is an aircraft designing program for secondary students, where participants will learn a wide range of skills and concepts related to the field of aerospace engineering. The program introduces participants to different types of aircraft, the science behind how it flies and finally designs an aircraft using Autodesk Fusion 360 software.

      By enrolling in this program participants will learn about the fundamental principles of aerodynamics, including lift, drag, thrust, and weight. They will learn how these forces interact to allow an aircraft to fly and how they can be manipulated to achieve different flight characteristics.

      This course is concentrated on rotor aircraft and the key design features. At the end of the session, participants learn about the process of designing an aircraft, including creating 2D and 3D models using fusion 360 software.

       

      What you will learn
      • Overview of aircraft and 3D printing
      • Understand the science behind how an aircraft fly
      • Designing an Airframe using Fusion 360
    • Simulator Pilot Program

      AED600.00 AED390.00
      About the program

      The Flysym Simulator Pilot program is an exciting STEM educational initiative designed to introduce k12 students to the fascinating world of aviation.

      Tailored for students ranging from year 7 to 9 and year 10 to 12, this program offers a unique blend of innovative learning experiences, culminating in a deeper understanding of flight principles and hands-on piloting skill development.

      Program Components
        • Simulator Pilot Training Workshop: Dive into the world of aviation through an immersive training session. This workshop combines theoretical knowledge with practical hands-on experience in flying a Cessna 182 aircraft within an ultra-realistic flight simulator cockpit.
        • Flysym Landing Challenge: Put your newly acquired piloting skills to the test in the exhilarating Flysym Landing Challenge. Participants compete to showcase their ability to execute smooth takeoffs and landings with precision and finesse.
    • Jr. Drone Designer

      AED300.00 AED149.00
      About this course

      This program aims to learn about drones and design a drone frame using Autodesk Tinkercad software. By enrolling in this program, participants can learn about drones, different design types, how a drone fly, an overview of 3D printing, and how to use Tinkercad to design a drone. This course will be focused on the multirotor drone, and by the end of the session, participants learn how to work on Tinkercad software and learn to design a drone.

       

      What you will learn
      • Overview to drone and 3D printing
      • Understand the science behind how a drone fly
      • Designing a Drone Frame using Tinkercad
    • Teens Next Big Idea

      AED600.00 AED399.00
      About this challenge

      This program is intended to teach students how to build a drone from scratch.

      This will start with an overview of the electronic components used in Drones. It will also deep dive into Electromechanical Devices like the Drone Motors, ESC and power source used in drones. It will further take you to explore the Flight controllers (FC) and the different types of FC available in the market. Then will introduce you to add-ons like sensors, Gyroscope, GPS, sensors, camera, transmission system, autonomous processing units, and LIDAR.

      At the end of the session, students will be able to choose all the required components to build a Drone with confidence and build the drone.

      What you will learn
      • Understand the components needed to build a quadcopter drone.
      • Build a quadcopter drone from scratch.
      Please select your Region, Date & Time slot
    • Sr. Drone Designer

      AED400.00 AED199.00
      About this course

      This program aims to learn about drones and design a drone frame using Autodesk Fusion 360 software. By enrolling in this program, participants can learn about drones, different design types, how a drone fly, an overview of 3D printing, and how to use Fusion 360 to design a drone. This course will be focused on the multirotor drone, and by the end of the session, participants learn how to work on Autodesk software and learn to design a drone.

       

      What you will learn
      • Overview to drone and 3D printing
      • Understand the science behind how a drone fly
      • Designing a Drone Frame using Fusion 360
    • Drone Soccer Challenge

      AED450.00 AED390.00
      About this Workshop

      The Drone Soccer Challenge is an exciting and innovative STEM-based competition designed to engage students in drone technology while fostering teamwork, problem-solving, and engineering skills. This competition brings the futuristic sport of drone soccer to schools, allowing students to learn about drone technology and fly drones within a controlled environment while applying advanced concepts in aerodynamics, physics, and aviation.

       

      What you will learn
      • Introduction to Drone Technology
      • Principles of Flight & Aerodynamics
      • Drone flying Training
      • Drone Soccer Competition
    • Learn to Build a Drone

      AED600.00 AED399.00
      About this course

      Learn about drones by assembling a DIY Drone.

      This course will help you understand drones and its components by assembling a DIY Drone. Each participant gets a DIY drone kit, and the trainer will take the students through a step-by-step process through which the drone is build and ready to fly. During this process, students will learn about their mechanical and electronic components and how they interact with motors, flight controllers, batteries and chargers, receivers and transmitters and more. By the end of the course, you will have an overall idea about different components of the drone.

      What you will learn
      • Learn the Components of drone
      • Assemble your own drone and fly
      Please select your Region, Date & Time slot
    • Build a Drone – Advance

      AED600.00 AED399.00
      About this challenge

      This program is intended to teach students how to build a drone from scratch.

      This will start with an overview of the electronic components used in Drones. It will also deep dive into Electromechanical Devices like the Drone Motors, ESC and power source used in drones. It will further take you to explore the Flight controllers (FC) and the different types of FC available in the market. Then will introduce you to add-ons like sensors, Gyroscope, GPS, sensors, camera, transmission system, autonomous processing units, and LIDAR.

      At the end of the session, students will be able to choose all the required components to build a Drone with confidence and build the drone.

      What you will learn
      • Understand the components needed to build a quadcopter drone.
      • Build a quadcopter drone from scratch
      Please select your Region, Date & Time slot
    • Learn Drone Coding

      AED300.00 AED199.00
      About this course

      Gain foundational knowledge in drone coding using Block programming

      In this program, participants will learn important aspects of drones, different terminologies used in drone flying and the fundamentals of coding. Participants will use a specially built drone simulator to fly the drone using Block Programming. This course will introduce and familiarize you with drone flying terminology and Learn to fly a drone using block programming.

      What you will learn
      • Learn the basic drone manoeuvres and controls
      • Test different program using a drone simulator

       

      Please select your Region, Date & Time slot
    • FlySYM Flight Simulator

      AED400.00 AED299.00

      This is a customized flight simulator with a flight controller stick designed to provide a realistic flying experience for k12 students to learn the basics of flying an aircraft. This product includes Windows-based Flight Simulator software and a precision-engineered Flight Controller Stick designed to provide an authentic and realistic flying experience and a controller which puts you in command of your aircraft, allowing for seamless control and an authentic feel.

      What is in the box?

      • Flight Simulator software
      • Flight Controller Stick

       

      Technical Details

      • Compatible device: Windows
      • Controller type: Joystick
      • Connectivity technology: USB

      System Configuration to run the FlySYM Flight Simulator:

      • Processor: i5 Processor
      • RAM – 6 GB RAM
      • HDD – 60 GB HDD
      • OS – Windows
      • Application: MS Office

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