Aviation management Courses in Delhi

Global Skill Academy Increasing adoption of Digitalization in aviation Industry . Advancements in communication technologies, integration of AI, IOT and Machine Learning with conventional technologies have played a major role in the growth of this market by providing high-speed connectivity for passengers, flight crew, air traffic controllers, and ground station teams. There are multiple use cases of Digital Aviation such as connected aircrafts, Digital MRO, 5G, AR and VR, In-Flight Entertainment among others.

For aviation companies like airlines and airports, the goal are to create a transformation program that is tightly connected with operations. IoT-based gadgets are gradually becoming a norm for improving customer experience in the aviation industry, with aircraft data management, scanners, electronic tags, and many more uses.

In parallel, the requirement for in-flight entertainment, the need to offer passengers constant and more personalised options, as well as full access to telephones, internet and the ability to continue carrying out their personal or business affairs during flights, poses huge technical challenges.

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UPCOMING TRENDS & TECHNOLOGIES IN AVIATION

Increasing adoption of Digitalization in aviation Industry is all set to drive efficiency, reduce costs and enhance passenger experience. Advancements in communication technologies, integration of AI, IOT and Machine Learning with conventional technologies have played a major role in the growth of this market by providing high-speed connectivity for passengers, flight crew, air traffic controllers, and ground station teams. There are multiple use cases of Digital Aviation such as connected aircrafts, Digital MRO, 5G, AR and VR, In-Flight Entertainment among others.

For aviation companies like airlines and airports, the goal is to create a transformation program that is tightly connected with operations. The Internet of Things is a revolutionary concept that has the potential to change operations on the ground and in the air (IoT).

FANS CNS - ATM INFRASTRUCTURE

Telecom technologies are penetrating all businesses including the backbone of Aviation Sector. Apart from generating investment opportunities, the new telecommunications based Communication Navigation & Surveillance (CNS ATM) systems can explore various job opportunities for young aviation and telecom engineers worldwide. We need to train aviation engineers, airline personnel, aviation authorities the technologies of telecommunications. Vice versa is also true, as telecom engineers need to be trained in aviation technologies. Surely, we are heading towards the convergence of Aviation and Telecom Sectors.

CNS technologies and ATM procedures are evolving in many important ways. Aviation professionals need to understand emerging CNS technologies and associated ATM improvements and learn how they impact airport and airspace operations.

This course builds upon the Introduction to Air Traffic Management, and describes specific CNS technologies including air-ground, ground-ground communications; ground-based and satellite-based navigation and surveillance. The discussion of today’s systems also includes ATC automation, airspace management, and air traffic management technologies and procedures. This course acknowledges the need to improve all of these technologies and procedures, and it examines modernization and enhancements for the near future, including Performance-based Air Traffic Management and Area Navigation/Required Navigation Performance (RNAV/RNP) implementation.

Aviation, as many other industries have, utilizes the internet protocol for ground-to-ground network communications and efforts are underway to bring it to the cockpit. In 2015, the International Civil Aviation Organization (ICAO) published the Document on (ATN) using Internet Protocol Suite (IPS) Standards and Protocol. This manual adopted the Internet protocol version 6 (IPv6) for Internet layer interoperability. This defined data communications protocols and services to be used for implementing aeronautical telecommunication network (ATN) using the Internet protocol suite (IPS).

An internetwork architecture that allows ground, air-ground and avionic data subnetworks to interoperate by adopting common interface services and protocols based on the International Organization for Standardization (ISO) Open Systems Interconnection (OSI) reference model.

IoT-based gadgets are gradually becoming a norm for improving customer experience in the aviation industry, with aircraft data management, scanners, electronic tags, and many more uses.