Who Should Attend
- Undergraduate and high school students interested in aviation, aeromodelling, or drone technology
- Engineers looking to expand their knowledge in UAV, drone assembly, and autonomous flight systems
- Drone enthusiasts and hobbyists eager to build and fly drones
- Professionals and technicians seeking to upskill or shift into roles involving drone technology
- Aviation enthusiasts curious about aircraft control, avionics, and aerodynamics
What You Will Learn
- Fundamental principles of aerodynamics and theories of flight
- Aircraft control systems and avionics essentials
- Historical evolution of aviation and the rise of UAVs (Unmanned Aerial Vehicles)
- Practical understanding of drone technology and drone flight systems
- Hands-on experience in drone assembly, simulator training, and real-world drone flying
- Introduction to autonomous flight systems and flight control technologies
- Safety protocols and best practices for drone flying and maintenance
Course Structure
This course is divided into interactive modules, blending theory with hands-on practice. Each module covers key aspects of aeromodelling, drone technology, and flight control systems, culminating in hands-on drone assembly and flying sessions. You’ll also engage in drone simulation practice to hone your skills before flying real drones.
Course Duration
The course lasts 6 weeks, with a total of 40 hours of instruction, including lectures, simulation practices, and drone flying sessions.
Course Prerequisites
- Basic understanding of physics and mathematics
- Familiarity with using computers and software applications
- No prior experience in aeromodelling or drone technology is required
Course Module
- Principles of aerodynamics
- Lift, drag, thrust, and weight: How aircraft achieve flight
- Real-world applications and relevance to drones
- Overview of aircraft control surfaces (ailerons, elevators, rudders)
- Avionics systems and flight control technologies
- Flight stability and maneuvering principles
- The evolution of aviation: From the Wright brothers to modern drones
- Key milestones in unmanned aerial vehicles (UAV) development
- Applications of UAVs in defence, agriculture, and commercial sectors
- Types of drones: Fixed-wing vs. multi-rotor
- Components of a drone: Frame, motors, propellers, batteries, and controllers
- Fundamentals of quadcopters and drone assembly
- Hands-on training using drone simulation software
- Introduction to Pixhawk 2.4.8 flight controller and its functions
- Basics of autonomous flight systems and flight planning
- Step-by-step guide to assembling a quadcopter
- Wiring and configuring the flight controller (Pixhawk)
- Troubleshooting assembly issues and drone calibration
- Using drone simulators to practice safe flying
- Understanding weather conditions, terrain, and flight paths
- Building confidence and skills for real drone flight
- Hands-on drone flying under expert supervision
- Introduction to safety protocols for drone operation
- Navigating through obstacles, mastering take-offs and landings
- Overview of autonomous flight systems
- GPS-based flight and return-to-home functionalities
- Future trends in UAV technology and drone automation
Why Enroll in This Course
- Comprehensive Learning: Get a full understanding of both the theory and practical aspects of aerodynamics, drone assembly, and flight control.
- Hands-On Experience: Gain real-world experience with drone assembly, simulation, and flying practice.
- Industry-Relevant Skills: Learn about the latest drone technologies and their applications in various industries.
- Expert Instruction: Benefit from guidance provided by instructors with real-world experience in aeromodelling and UAV systems.
- Open to Engineers and Enthusiasts: Engineers can expand their skill set in autonomous flight and drone technology, while enthusiasts can turn their passion into a practical skill set.
Teaching Methodology
- Lectures: In-class sessions for theory
- Hands-On Practice: Build circuits and work with real-world components
- Practical Projects: Industry-relevant mini-projects to enhance learning
- Assessment: Quizzes, project work, and a final evaluation to ensure understanding
Course Certification
Upon successful completion, students will receive a Certificate of Completion demonstrating their proficiency in good practices and safety in electronics and electrical engineering.
Instructor Information
This course is taught by experienced professionals in electronics and electrical engineering, with a focus on practical, real-world skills.
How to Enroll?
To enroll in this course, visit our registration page or contact us at admin@ssitraininginfo.com, 0422-2209999