Airport SAS/ICT (Special Airport Systems/Information and Communication Technology) engineering
refers to the specialized field of engineering that focuses on the planning, design, implementation,
and maintenance of various technology systems and infrastructure within airports. These systems
play a crucial role in ensuring the efficient and safe operation of airports and improving the overall
passenger experience. Here's an overview of some key aspects of Airport SAS/ICT engineering:
1. System Integration: Airport SAS/ICT engineers are responsible for integrating various special
systems, such as baggage handling systems, security systems, passenger information systems, and
more. Integration ensures these systems work together seamlessly to enhance airport operations.
2. Network Infrastructure: They design and maintain the network infrastructure that enables
communication between various airport systems, including data transmission, security, and
passenger information systems. Robust and secure networks are essential for airport functionality
and safety.
3. Security Systems: Airport security is a top priority. Engineers work on the design and
implementation of access control systems, CCTV systems, biometric recognition, and other security
technologies to protect passengers and airport assets.
4. Baggage Handling Systems (BHS): Engineers oversee the design, installation, and maintenance of
baggage handling systems to ensure that passengers' luggage is efficiently transported from check-in
to the aircraft's hold and back to the passenger upon arrival.
5. Air Traffic Control Systems: These systems require specialized engineering to ensure that air traffic
controllers have the tools they need to manage and guide aircraft movements on the ground and in
the airspace safely.
6. Communication Systems: ICT engineers work on communication infrastructure to support airport
operations, including voice and data communication for air traffic control, airport staff, and airlines.
7. Passenger Information Systems (PIS): They are responsible for the design and implementation of
digital signage, public address systems, and other technologies that provide real-time information to
passengers.
8. Environmental and Energy Management Systems: Engineers design systems to monitor and
manage environmental factors like noise, air quality, and energy consumption within the airport to
reduce the environmental impact and improve efficiency.
9. Customs and Immigration Systems: They work on systems that facilitate customs and immigration
procedures for international travellers, including passport control, visa verification, and baggage
inspection.
10. Emergency Response Systems: Designing and maintaining systems that support emergency
responses, including fire detection and suppression, evacuation procedures, and medical assistance.
Airport SAS/ICT engineers play a crucial role in keeping airport operations running smoothly and
ensuring the safety and comfort of passengers and staff. They need to have expertise in a variety of
technology domains and be capable of managing complex projects that involve multiple systems,
vendors, and stakeholders. Additionally, they must stay updated with the latest technological
advancements and security standards to adapt to the evolving landscape of airport operations and
security.