The field of unmanned aerial systems (UAS), also known as drones, is a rapidly growing sector of great importance in the civil, professional and military spheres. Our training programme in Technical and operational aspects of UAS (drones) provides a solid understanding of the various types of UAS and their specific operational characteristics. Through a thorough examination of the different categories of UAS, flight modes and the preparation of technical data sheets, we equip participants with a holistic approach on the performance and key parameters of these aircraft. Taking into account the technical limitations and the operational characteristics of UAS, students gain comprehensive and up-to-date technical knowledge. This approach provides the tools to navigate safely within an emerging technical field, making it an educational programme of great interest to those seeking to understand and utilise these technologies with solvency. Choose our training programme and take a firm step towards a deep understanding of the UAS.
Technical and operational aspects of UAS (drones)
Science and Technology
40 hours
Introduction
Objectives
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Understanding the basics technical and operational required for the safe operation of UAS (drones).
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Identify the key components of the Drones and how they work in various types of operations.
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To analyse the rules and regulations which affect the use of UAS in different environments.
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To develop practical skills for planning and carrying out drone flights with accuracy and safety.
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Apply standard operating procedures for the management of risks and emergencies during UAS operations.
Table of Contents
TEACHING UNIT 1. TYPES OF PROFESSIONAL, CIVILIAN AND MILITARY UAVs
1. Introduction to the types of UAS
2. Aircraft specifications and operational aspects
3. Take-off and landing criteria and procedures
4. Technical limitations of UASs
5. Mass centring and calibration
TEACHING UNIT 2. AIRCRAFT FLIGHT MODES
1. UAS positioning modes
2. Safety measures for unmanned aircraft
3. Payloads carried by unmanned aircraft
4. NATO Classification: Aspects relating to energy supply systems
TEACHING UNIT 3. PREPARING TECHNICAL SPECIFICATIONS FOR EQUIPMENT
1. Regulations and guidance on equipment classification
2. Preparation of technical data sheets
3. Criteria for determining similarity between aircraft
4. Adapting the manufacturer’s manual into a UAS operating manual
5. Equipment requirements and acceptable means of compliance
TEACHING UNIT 4. PERFORMANCE OF UNMANNED AIRCRAFT
1. Forces acting on aircraft
2. Stability and phases of flight
3. Global positioning systems
4. Air navigation
5. Air navigation services
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