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Begin by exploring the fundamental concepts of airport operations and the features that define a modern airport. Understand the critical need for growth requirements, driven by passenger demand and capacity. Delve into the essential codes and aviation regulatory organizations that govern airport development. Gain a firm grasp of key aviation terms and definitions, and explore the diverse landscapes of international airports.

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Begin by exploring the fundamental concepts of airport operations and the features that define a modern airport. Understand the critical need for growth requirements, driven by passenger demand and capacity. Delve into the essential codes and aviation regulatory organizations that govern airport development. Gain a firm grasp of key aviation terms and definitions, and explore the diverse landscapes of international airports.

Learn the comprehensive airport master planning process, guided by ICAO standards. From site selection for greenfield airports, considering crucial geotechnical investigations and surveys of various facilities, to developing detailed layout plans, you'll understand the strategic roadmap for airport growth. Examine real-world applications through in-depth case studies for Airport Master Plan.

Master the intricacies of runway planning and design. Explore location and planning considerations, and learn how to determine the optimal configuration and orientation of runways based on factors like wind conditions, using Windrose diagrams. Understand the technical aspects of runway design, including the essential calculations for runway length. Dive into the world of air traffic management, understanding its crucial role in ensuring safety and efficiency. Analyze airside capacity and delay, and learn to design essential airside infrastructure, including taxiways and aprons. Explore the critical design considerations for drainage systems, ducts, and lighting systems, ensuring the functionality and safety of the airside environment.

By mastering the principles of airside facility planning, you'll gain the ability to create and optimize the very core of airport operations. From runway design and air traffic control to the intricacies of master planning, this course equips you with the knowledge to ensure safe, efficient, and future-proof airside environments, laying the groundwork for seamless aviation experiences.

The target learners for this specialization are civil engineering graduate students, post graduate students and professionals working in the field of Airports. The prerequisites include Basic Civil Engineering, Building Materials and Transportation Engineering.

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Syllabus

Overview and Introduction of a Modern Airport
This module provides a foundational understanding of contemporary airport operations, exploring the features and complexities that define a modern airport. It delves into the drivers of airport growth, including passenger demand and capacity considerations, and introduces the key regulatory bodies and aviation codes that govern airport development. Learners will become familiar with essential aviation terminology and gain a broad overview of international airport operations.
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Activities

Coming soon We're preparing activities for Airside Facility Planning. These are activities you can do either before, during, or after a course.

Career center

Learners who complete Airside Facility Planning will develop knowledge and skills that may be useful to these careers:
Airport Planner
An Airport Planner develops long-term strategies for airport growth and operations, creating master plans that guide future development. This role involves assessing capacity needs, forecasting demand, and ensuring adherence to regulatory standards for airport infrastructure. This course is exceptionally well-suited for aspiring Airport Planners, as it directly addresses the critical processes of planning the airside of a modern airport. It covers the comprehensive airport master planning process, guided by ICAO standards, from site selection for greenfield airports to developing detailed layout plans and examining real-world case studies. Learners gain a foundational understanding of growth requirements driven by passenger demand and capacity, and explore the essential codes and aviation regulatory organizations governing airport development. By mastering these principles, individuals are well-prepared to contribute to the strategic roadmap for airport growth and ensure future-proof airside environments.
Airfield Design Engineer
An Airfield Design Engineer specializes in the technical layout and construction specifications for runways, taxiways, and other critical airside infrastructure. This professional ensures that airport facilities meet stringent safety, efficiency, and regulatory standards. The Airside Facility Planning course provides an unparalleled foundation for an Airfield Design Engineer. It delves deeply into runway planning and design, covering location considerations, optimal configuration and orientation using Windrose diagrams, and essential calculations for runway length. Furthermore, the course teaches the design of essential airside infrastructure, including taxiways, aprons, drainage systems, ducts, and lighting systems. Learners gain the ability to create and optimize the very core of airport operations, directly preparing them for the detailed engineering work required to develop safe and efficient airside environments.
Civil Engineer Aviation Facilities
A Civil Engineer specializing in Aviation Facilities designs and oversees the construction of airport infrastructure, including pavements, drainage, and utility systems on the airside. This role ensures structural integrity and functional performance in line with aviation standards. This course offers a robust foundation for a Civil Engineer Aviation Facilities, particularly targeting civil engineering graduate students and professionals. It delves into the technical aspects of runway planning and design, including essential calculations for runway length and optimal configuration. Furthermore, it comprehensively covers the design of essential airside infrastructure such as taxiways, aprons, drainage systems, ducts, and lighting systems. The course emphasizes the importance of geotechnical investigations during site selection, providing critical knowledge for designing durable and safe airport facilities that meet stringent aviation requirements. This role typically requires an advanced degree.
Infrastructure Engineer Airport
An Infrastructure Engineer Airport is responsible for the design, construction, and maintenance of the physical assets that facilitate airport operations, including pavements, utility networks, and structural elements. This role ensures the reliability and longevity of critical systems. The Airside Facility Planning course provides an excellent basis for an Infrastructure Engineer Airport. It offers detailed insights into the design of essential airside infrastructure, including taxiways and aprons, as well as critical design considerations for drainage systems, ducts, and lighting systems. Understanding the technical aspects of runway design and the importance of geotechnical investigations for site selection equips engineers to make informed decisions about material specifications, construction methods, and long-term maintenance needs. This knowledge is crucial for creating and optimizing robust, safe, and efficient airside environments.
Airside Operations Manager
An Airside Operations Manager oversees the daily activities within the airport's airside, ensuring safe, efficient, and compliant aircraft movement and ground handling. This role requires a thorough understanding of air traffic flow, capacity management, and emergency procedures. The Airside Facility Planning course offers significant insights for an Airside Operations Manager. It provides a foundational understanding of complex systems ensuring safe and efficient aircraft movement, covering airport operations, airside capacity and delay analysis, and the crucial role of air traffic management. Understanding the design considerations for runways, taxiways, and aprons, along with navigational and meteorological aids, helps a manager anticipate operational challenges and optimize airside resource utilization. This expertise is vital for maintaining seamless aviation experiences and ensuring operational excellence.
Airport Development Specialist
An Airport Development Specialist focuses on expanding and modernizing airport facilities, translating master plans into actionable projects, and managing the strategic growth of an airport. This professional navigates land acquisition, funding, and project implementation challenges. The Airside Facility Planning course is highly beneficial for an Airport Development Specialist. It provides a deep understanding of the critical need for growth requirements, driven by passenger demand and capacity. Learners explore the comprehensive airport master planning process, guided by ICAO standards, from site selection for greenfield airports to developing detailed layout plans. Understanding the intricacies of runway planning and design, along with the design of essential airside infrastructure, equips specialists to strategically plan and execute expansion projects that ensure safe, efficient, and future-proof airside environments.
Aviation Consultant
An Aviation Consultant provides expert advice to airports, airlines, and government bodies on various aspects of aviation, including planning, design, operations, and regulatory compliance. This role involves analyzing complex challenges and developing strategic solutions for airport development and efficiency. This course is highly relevant for an Aviation Consultant, equipping learners with comprehensive knowledge across critical aviation domains. It covers airport master planning processes, airside design principles for runways and taxiways, air traffic management, capacity analysis, and regulatory frameworks. By exploring real-world applications through in-depth case studies for Airport Master Plan, learners develop the analytical and problem-solving skills necessary to advise clients on strategic roadmap for airport growth and optimize airside environments for safety and efficiency. This broad foundational understanding is key for advising on complex projects.
Air Traffic Management Specialist
An Air Traffic Management Specialist contributes to the planning, analysis, and implementation of systems and procedures that ensure the safe and orderly flow of air traffic. This role focuses on optimizing airspace and airside efficiency. The Airside Facility Planning course is particularly relevant for an Air Traffic Management Specialist. It dedicates a module to Air Traffic Control and Design of Airside Works, where learners examine the crucial role of air traffic management in ensuring safety and efficiency. It covers principles of air traffic control, airside capacity and delay analysis, and insights into navigational and meteorological aids. While not focused on hands-on control, understanding the design of airside infrastructure like runways, taxiways, and aprons, alongside capacity considerations, helps specialists optimize traffic flow and system performance.
Airport Safety Officer
An Airport Safety Officer is responsible for developing, implementing, and monitoring safety programs across all airport operations, with a particular focus on the airside environment. This role ensures compliance with safety regulations and mitigates risks to aircraft, personnel, and passengers. The Airside Facility Planning course is highly beneficial for an Airport Safety Officer, as it fundamentally aims to ensure "safe and efficient aircraft movement" and "future-proof airside environments." Learners gain a comprehensive understanding of air traffic management, airside capacity and delay analysis, and the critical design considerations for runways, taxiways, and aprons. This knowledge enables a safety officer to assess the safety implications of airside layouts, operational procedures, and plan for potential hazards, ensuring compliance with aviation safety standards and minimizing accidents or incidents.
Transportation Planner Aviation
A Transportation Planner specializing in Aviation integrates airport development with broader regional transportation networks, considering passenger and cargo flows, ground access, and environmental impacts. This role involves strategic planning to optimize overall transportation efficiency. The Airside Facility Planning course provides a relevant foundation for a Transportation Planner Aviation. It explores the comprehensive airport master planning process, which inherently connects with regional transportation infrastructure. Learners delve into growth requirements driven by passenger demand and capacity, and understand how airside design impacts overall airport functionality and connectivity. While focused on the airside, the strategic roadmap for airport growth and the foundational understanding of complex systems ensuring efficient aircraft movement offer a critical perspective for integrating aviation into a multi-modal transportation strategy.
Airport Facilities Manager
An Airport Facilities Manager ensures that all airport infrastructure, particularly on the airside, is maintained and operates efficiently and safely. This role involves overseeing maintenance schedules, managing service contracts, and coordinating with operational teams. The Airside Facility Planning course offers valuable insights for an Airport Facilities Manager. It provides a foundational understanding of the planning and design considerations for the airside of a modern airport, including runways, taxiways, aprons, drainage systems, ducts, and lighting systems. Understanding the initial design intent, capacity considerations, and regulatory requirements helps a facilities manager effectively plan for maintenance, anticipate potential issues, and ensure the longevity and safe operation of critical airside infrastructure, optimizing performance and reducing downtime for seamless aviation experiences.
Regulatory Compliance Specialist Aviation
A Regulatory Compliance Specialist Aviation ensures that airport operations and development projects adhere to national and international aviation regulations and standards. This role involves interpreting complex guidelines and implementing compliance frameworks. The Airside Facility Planning course is helpful for a Regulatory Compliance Specialist Aviation, as it explicitly delves into the essential codes and aviation regulatory organizations that govern airport development. Learners gain a firm grasp of key aviation terms and definitions and are guided through the airport master planning process based on ICAO standards. Understanding the detailed design considerations for runways, taxiways, and other airside infrastructure, as taught in this course, provides the specialist with crucial context for evaluating project plans and operational procedures against established safety and efficiency regulations.
Geotechnical Engineer Airport Projects
A Geotechnical Engineer for Airport Projects investigates the soil and rock conditions at airport sites to inform foundation design for runways, terminals, and other structures. This professional assesses stability, settlement, and drainage characteristics of the ground. This course is helpful for a Geotechnical Engineer Airport Projects. While not a core geotechnical design course, it strongly emphasizes the importance of "geotechnical investigations" during site selection for greenfield airports within the comprehensive airport master planning process. Understanding the specific needs of airside infrastructure design, such as runway length calculations and drainage systems, provides a geotechnical engineer with critical context for their investigations and recommendations. This insight helps ensure that sub-surface conditions are adequately assessed to support the demanding requirements of airport facilities. This role typically requires an advanced degree.
Urban Planner Aviation Integration
An Urban Planner focused on Aviation Integration works at the intersection of airport development and urban growth, ensuring that airport expansion aligns with broader community needs, land use policies, and infrastructure development. This role often mediates between airport authorities and local governments. This course may be useful for an Urban Planner Aviation Integration. While primarily focused on the technical aspects of the airside, the module on the Typical Master Planning Process of a Commercial Airport provides an understanding of the strategic roadmap for airport growth, including site selection for greenfield airports. Understanding the drivers of airport growth, such as passenger demand and capacity considerations, and the regulatory bodies governing airport development, can help an urban planner comprehend the impacts of airport expansion on surrounding communities and infrastructure, fostering more integrated planning.
Aviation Data Analyst
An Aviation Data Analyst collects, processes, and interprets data related to aviation operations, capacity, and performance to identify trends, optimize efficiency, and support strategic decision-making. This role often involves statistical modeling and visualization. This course may be helpful for an Aviation Data Analyst. It covers concepts like airside capacity and delay analysis, and the determination of optimal runway configuration and orientation using Windrose diagrams, which are inherently data-driven processes. Understanding the foundational concepts of airport operations, growth requirements driven by passenger demand, and the design of airside infrastructure provides an analyst with critical context for interpreting operational data, developing relevant metrics, and identifying areas for improvement in airside efficiency and capacity.

Reading list

We haven't picked any books for this reading list yet.
Comprehensive guide to airport engineering, covering everything from runway design to drainage systems.
Comprehensive overview of airport finance, covering topics from capital budgeting to revenue generation.
Comprehensive guide to airport design and planning, covering topics from site selection to terminal design.
Provides a practical guide to airport design and operation. It covers a wide range of topics, from runway design to terminal planning to air traffic management. It valuable resource for professionals involved in airport planning and operation.
Focuses on airport management. It covers a wide range of topics, from airport planning to airport operations to airport marketing. It valuable resource for professionals involved in airport management.
Focuses on airport ground transportation. It covers a wide range of topics, from airport access roads to airport parking to airport shuttle buses. It valuable resource for professionals involved in airport ground transportation.
Is written by a leading safety expert in the field of air traffic management. It provides a comprehensive overview of the safety issues and challenges facing the industry.
Explores the latest advances and future trends in air traffic management, including the use of new technologies and the development of new operating concepts.
This report from the ICAO provides a comprehensive overview of the Next Generation Air Traffic Management (NGATM) concept, which global initiative to modernize air traffic management systems and improve safety and efficiency.
This classic work on international aviation law provides a comprehensive and authoritative overview of the legal framework for international aviation. It covers topics such as the Chicago Convention, the International Air Transport Association, and the liability of international air carriers. is essential reading for anyone interested in international aviation law.
This important book examines the legal and policy challenges associated with aviation security. It covers a wide range of topics, including the legal framework for aviation security, the role of international organizations in aviation security, and the impact of aviation security on civil liberties. is essential reading for anyone interested in aviation security.
Provides a comprehensive overview of the legal and regulatory framework for unmanned aircraft systems (UAS). It covers a wide range of topics, including the legal definition of UAS, the regulation of UAS, and the liability of UAS operators. This book is essential reading for anyone interested in the legal and regulatory aspects of UAS.
Examines the legal and policy issues surrounding aviation and the environment. It covers a wide range of topics, including the environmental impact of aviation, the regulation of aviation emissions, and the role of international organizations in addressing the environmental impact of aviation. This book is essential reading for anyone interested in the environmental impact of aviation.
Provides a detailed overview of air navigation law. It covers a wide range of topics, including the legal framework for air navigation, the regulation of airspace, and the liability of air traffic controllers. This book is essential reading for anyone interested in air navigation law.
Provides a comprehensive overview of commercial air law. It covers a wide range of topics, including the legal framework for commercial aviation, the regulation of airlines, and the liability of airlines. This book is essential reading for anyone interested in commercial air law.
Provides a comprehensive overview of the design and implementation of smart infrastructure for cities. It covers topics such as smart grids, intelligent transportation systems, and smart buildings.
Provides a comprehensive introduction to the principles and practices of Infrastructure as Code (IaC), a crucial approach in modern IT infrastructure design. It's highly relevant for understanding how to automate and manage infrastructure in cloud environments, which key theme in the provided course titles. It serves as a useful reference for professionals and students looking to solidify their understanding of cloud-age infrastructure management.
While not exclusively about infrastructure design, this book is fundamental for anyone building or designing systems that handle large amounts of data, which core concern for modern digital infrastructure. It delves into the trade-offs and fundamental concepts behind building reliable, scalable, and maintainable data systems. is highly valuable for deepening understanding of the complexities underlying many infrastructure decisions and is often recommended for software engineers and system architects.
Offers invaluable insights into how Google manages its massive and complex infrastructure. It focuses on the principles and practices of Site Reliability Engineering (SRE), which are essential for designing and operating highly reliable and scalable systems. It's particularly relevant for those interested in the operational aspects of infrastructure design and is considered a must-read for professionals in the field.

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