ÌÇÐÄVlog

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ÌÇÐÄVlog

Last updated

27 June 2026

pptx, 410.87 KB
pptx, 410.87 KB
pdf, 8.44 KB
pdf, 8.44 KB
pdf, 22.22 KB
pdf, 22.22 KB
pdf, 12.7 KB
pdf, 12.7 KB
pdf, 7.78 KB
pdf, 7.78 KB

**** What’s included:****

  • PowerPoint presentation clear step-by-step explanations with diagrams, real-world examples and animations
  • Student worksheet structured exam-style questions on drone components, control systems, applications and ethical implications
  • Classroom activity engaging individual/pair/group task evaluating drone applications across different industries and debating the ethical and legal challenges they present
  • 10-question MCQ quiz with full answer key
  • Full marking scheme with examiner tips and model answers

**** Learning outcomes students will be able to:****

  • Define drone technology and explain the difference between remotely piloted and fully autonomous drones
  • Describe the key hardware components of a drone rotors, motors, flight controller, GPS module, sensors, camera and battery
  • Explain how a drone’s flight controller uses sensor data to maintain stability, altitude and direction
  • Describe the communication systems used by drones radio frequency, Wi-Fi, 4G/5G and satellite communication
  • Explain how GPS and computer vision enable drones to navigate autonomously without human input
  • Describe how drones use sensors accelerometers, gyroscopes, barometers, infrared and LiDAR for environment detection
  • Explain the role of Artificial Intelligence and Machine Learning in enabling autonomous drone decision-making
  • Evaluate real-world drone applications delivery services, military operations, search and rescue, agriculture, filmmaking, infrastructure inspection and disaster relief
  • Analyse the advantages and disadvantages of drone technology for individuals, businesses and governments
  • Discuss legal and regulatory challenges airspace management, no-fly zones, licensing and international drone laws
  • Evaluate ethical implications privacy invasion, surveillance, weaponisation, accountability and environmental impact
  • Discuss the future of drone technology drone swarms, urban air mobility and fully autonomous delivery networks

**** Syllabus alignment:****

  • Cambridge IGCSE Computer Science 0478 / 0984
  • Cambridge AS & A-Level Computer Science 9618
  • Suitable for Grade 09, 10 and 11
  • Covers Emerging Technologies, Artificial Intelligence, Robotics and Automated Systems chapters

Suggested lesson time: 60–90 minutes
All worksheets are fully print-ready
PowerPoint is fully editable adapt it to your class
Perfect for: classroom teaching, ethical debate and discussion lessons, STEM and careers awareness sessions, awe and wonder lessons, flipped learning, revision lessons and homework tasks

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