Electromagnetic compatibility (EMC), or the field of reducing emissions from and increasing immunity against electromagnetic interference, is an essential part of designing modern electronics.

When UAVs operate in environments with strong EMI, energy can penetrate the internal system via front-door or back-door coupling, potentially interfering with communication, control, and other functions of the UAV. In extreme cases, this interference may even result in uncontrolled crashes. The control of the effects of strong EMI on UAVs is of great significance, particularly for ensuring the safe flight of UAVs and the continued performance of their systems.

Modern UAVs, in particularly, fully rely on complex electronic systems for their functionality, thus making their EMC assessment and protection a major safety concern.

For more details on course agenda, please click here

Participants in the Course will:

• Comprehend the unique concerns of EMI on airborne platforms, and particularly – on UAVs.
• Become acquainted with the applicable Standards associated with EMC and power quality onboard UAVs and their unique requirements for such applications.
• Obtain a systematic approach to equipment, system, and platform EMC design, integration, and testing.
• Acquire fundamental knowledge of the problem and interference sources in electrical and electronic systems and platforms
• Familiarise themselves with the characteristics of the electromagnetic environment, typical of aerospace platforms

The Course is intended for electrical, electronic, mechanical, QA, and system engineers and technicians, who are involved in the design and development, integration, and qualification or engineering management of aerospace, particularly UAV, electronic, and electrical equipment, and systems.

For more information about the event, please email marketing@k2binternational.com