Agami Engineering Services specializes in airport and MRO (Maintenance, Repair, and Overhaul) solutions for both civil and military aircraft. We provide sustainable solutions that exceed client expectations, designing systems that make the world safer, cleaner, and more efficient.

Our engineering solutions focus on improving the passenger experience and enhancing airport operations. Since each airport has its own unique needs, we tailor our services to meet those specific challenges, contributing to some of the world’s leading airports.

Modern airports need reliable, cost-effective systems. At Agami Engineering, we specialize in navigating the complexities of today’s airport systems. By working closely with clients and stakeholders, we offer valuable insights into every system and service required for future airports.

Our consultants bring years of experience in design, engineering, and aviation advisory services to support governments, civil aviation authorities, military organizations, major airports, and MRO facilities worldwide. Our solutions improve performance, safety, and efficiency, while minimizing environmental impact and maximizing profitability.

AIRPORT DESIGN

MRO FACILITY DESIGN

SPECIAL AIRPORT SYSTEM

Agami Engineering offers design, system integration, and project management services for clients looking to modernize their airport facilities with state-of-the-art technologies

Passenger Boarding Bridges

At every journey’s beginning and end, passenger boarding bridges shape the travel experience. We partner with airports around the world to design bridges that guarantee passengers a safer, smoother, and more welcoming transition between air and ground.

Ground Support Equipment

We deliver smart engineering solutions that reduce tarmac congestion, drive operational efficiency, and support greener airport environments. From Ground Power Systems (GPU/400Hz) and Pre-Conditioned Air (PCA) to potable water, sewage, and blue water services, we customize in-ground or above-ground GSE systems to meet every airport’s unique needs. Our innovative delivery options — including pop-up pits, hatch systems, and PBB-mounted solutions — ensure seamless service right where it’s needed most: at the aircraft stand.

Aircraft Visual Docking and Guidance System

Achieve perfect aircraft docking with VDGS solutions that guarantee 100% accurate identification, faster turnaround, and a greener footprint. By simplifying complex tasks and reducing human error, our systems deliver safer operations, greater efficiency, and a smoother journey for every passenger.

MEP Design

Aircraft Fuelling System

Fuel smarter and safer with advanced aviation fueling and system integration solutions for both civil and military applications. Our underground fuel hydrant systems design streamline refueling operations, reduce airside congestion, and elevate safety across major airports. Engineered to the strictest global standards (API, TÜV, STS-M, EI, UFC, UFGS), our fueling portfolio ensures world-class performance and reliability.

Airfield Ground Lighting

Smart Airfield Ground Lighting (AGL) design transforms airfield operations. By merging lighting control with real-time data from surveillance and tracking systems, pilots benefit from clearer guidance, faster routing, and smoother traffic flow — all while maintaining exceptional safety standards.

BIM Design

Baggage Handling System

Design and engineering of a Baggage Handling System (BHS) ensure efficient and secure movement of luggage throughout the airport. It includes conveyor belts, automated sorting, security screening, and integration with airport IT systems to streamline baggage flow. The system is optimized for speed, reliability, and security, minimizing errors and delays while enhancing the passenger experience. With scalable solutions, a well-designed BHS improves operational efficiency, reduces wait times, and supports high volumes of baggage in modern airports.

Airport Security System

An Airport Security System's (ASS) engineering and design incorporates cutting-edge technologies to protect travellers, employees, and airport property. Alarm systems, surveillance cameras, passenger and baggage screening, and access control systems are all included. A safe and smooth airport experience is guaranteed by the system's scalability and efficiency, which includes real-time monitoring, quick threat detection, and adherence to international safety standards.

BIM Design

IT Automation System

Transform airport operations with our smart Gate Management Solutions, designed for centralized monitoring and efficient maintenance of airside assets. Powered by IoT, our system turns real-time data into valuable insights for airport stakeholders. With fully customized architectures tailored to each client's unique needs, we deliver solutions that drive better performance, smarter maintenance, and greater revenue opportunities through powerful remote management tools.

Maintenance Repair and Overhaul (MRO) Services

Ground Support Equipment (GSE) for MRO applications plays a critical role in supporting the maintenance, repair, and overhaul of aircraft on the ground. The design of GSE ensures the efficient and safe handling of aircraft during maintenance operations, providing the necessary tools and equipment for servicing. Key components include:

  • Aircraft Towbars and Tugs: For safely moving aircraft within hangars or to maintenance areas.
  • Power Supply Units (GPU): Provide electrical power to aircraft during maintenance when the aircraft engines are not running.
  • Air Conditioning and Pneumatic Systems: Supply pre-conditioned air and pressurized systems for air systems testing and comfort during maintenance.
  • Maintenance Stands and Platforms: Provide secure access to different parts of the aircraft for maintenance staff to work at various heights.
  • Fuelling and De-fuelling Equipment: To ensure safe fuelling and de-fuelling operations during maintenance.
  • Hazardous Material Handling Equipment: safely managing fluids, chemicals, and waste during the maintenance process.

GSE for MRO applications is designed for durability, safety, and ease of use, with a focus on improving operational efficiency, minimizing downtime, and ensuring that maintenance tasks are carried out in compliance with industry safety standards.