Educational Programme
What we teach, why it makes a difference and how to become a partner institution of the KialaDrone Project.
Partnerships
A partnership tailored to your institution
The KialaDrone Project is available to secondary schools, higher institutes and universities.
How the partnership works
Training and Workshops
Training sessions, workshops and courses with educational drones.
Demonstrations
Practical demonstrations at your institution's own premises.
Laboratory Activities
Hands-on laboratory sessions integrated into the academic curriculum.
Professional Services
Services delivered professionally, under a fee agreed in advance.
How we agree the partnership
Services provided by the KialaDrone Project are delivered professionally, for a fee agreed in advance between the parties, based on duration, number of participants and training objectives.
- Training duration, tailored to the curriculum
- Number of participants and classes involved
- The institution's educational and technological goals
Training Areas
A complete curriculum, from basic flight principles to artificial intelligence applied to drones.
Fundamentals and Flight
- Introduction to drones and their technological evolution
- Basic flight principles
- Mathematics applied to drones
- Physics of flight
- Drone mechanics
- Aerodynamics
Electronics and Systems
- Embedded electronics
- Sensors
- Electric motors
- Navigation systems
- GPS systems
Artificial Intelligence and Robotics
- Artificial intelligence applied to drones
- Computer vision
- Robotics
- Communication networks
- Internet of Things (IoT)
- Automation
Programming
- Visual programming with DroneBlocks
- Python programming
- Tynker programming
- Developing computational thinking
- Problem solving through programming
Mathematics comes to life
Concepts students see on the whiteboard now fly: algebra, geometry, trigonometry, vectors, coordinate systems, speed, acceleration, automatic control, algorithms and artificial intelligence.
See the Benefits for StudentsBenefits
Institutional benefits
- Modernisation of the educational process
- Introduction of emerging technologies
- Enhanced institutional image
- Differentiation from other institutions
- Preparing students for the job market
- Promotion of scientific research
- Encouragement of technological innovation
- Creation of robotics and drone clubs
- Organisation of technology competitions
Possible research areas
- Robotics
- Artificial intelligence
- Telecommunications
- Automation
- Systems control
- Smart agriculture
- Environmental monitoring
- Smart cities
Benefits for students
- Learning through hands-on experimentation
- Developing logical reasoning
- Stimulating creativity
- Understanding mathematical concepts visually
- Developing programming skills
- Increasing interest in scientific and technological fields
- Preparing for the professions of the future
- Developing an innovative, entrepreneurial mindset
Concepts learned
- Algebra
- Geometry
- Trigonometry
- Vectors
- Coordinate systems
- Speed and acceleration
- Automatic control
- Algorithms and artificial intelligence
Request a free demonstration
We bring the drones to your institution's own premises for a hands-on demonstration, free of charge, with no commitment.
Request a Free Demonstration