Certified Aviation Design Engineer (CADE) Certification Program by Tonex
Certified Aviation Design Engineer CADE Certification Program by Tonex prepares engineers to plan and design modern airports that are safe efficient and resilient. Participants explore airfield geometry pavement systems terminal functionality utilities and support facilities with an emphasis on integrating regulatory guidance from ICAO FAA and EASA. The program links planning decisions to lifecycle performance capacity growth sustainability and passenger experience so designs stand up to real world demand.
Because airport systems are increasingly connected the course also highlights how design choices influence cybersecurity exposure across operational technology networks building automation systems and critical navigation infrastructure. Learners see how secure by design approaches protect data flow control systems and safety critical services from disruption. By the end of the program participants understand how to coordinate multidisciplinary requirements and how to embed safety resilience and cybersecurity awareness into every stage of aviation infrastructure design. Real world case discussions connect geometric standards structural design and digital engineering practices so that graduates can confidently contribute to new developments and major airport expansion programs.
Learning Objectives
- Understand the functional relationships between runways taxiways aprons and terminal areas in integrated airport layouts.
- Apply ICAO FAA and EASA design criteria to airfield geometry pavement structures and obstacle limitation surfaces.
- Evaluate passenger flow terminal layout and landside access to support capacity growth and service quality.
- Coordinate utilities fuel systems hangars and maintenance facilities within safe efficient and maintainable airport site plans.
- Identify how digital design tools data integration and information management improve collaboration across multidisciplinary aviation projects.
- Incorporate cybersecurity awareness into design decisions so that critical infrastructure control systems and data networks remain resilient to evolving threats.
Audience
- Civil Engineers
- Electrical Engineers
- Mechanical Engineers
- Airport Design Engineers
- Airport Operations And Planning Managers
- Aviation Infrastructure And Consulting Professionals
- Cybersecurity Professionals
Program Modules
Module 1: Airfield Geometry And Runway System Design
- Runway orientation length and width considerations
- Runway classification code and aircraft mix
- Runway strip shoulders and safety areas
- Separation distances between parallel runways
- Linking runway design to capacity and delays
- Coordination of runways with terminal and taxiways
Module 2: Pavement Design Materials And Structural Evaluation
- Traffic loading aircraft gear types and spectra
- Subgrade evaluation drainage and frost protection
- Rigid flexible and composite pavement choices
- Thickness design using common methodologies
- Surface characteristics friction grooving and ride quality
- Pavement management inspection and maintenance planning
Module 3: Taxiway Apron And Ground Movement Planning
- Taxiway hierarchy high speed exits and connectors
- Geometric design fillets and clearance standards
- Apron layout stand types and service routes
- Ground movement capacity hot spots and bottlenecks
- Marking signing and standard ground operations routes
- Mitigation of runway incursion and excursion risks
Module 4: Terminal Planning Passenger Flow And Capacity
- Demand forecasting and terminal zoning strategy
- Check in security screening and baggage systems
- Passenger circulation vertical connections and wayfinding
- Gate allocation stand types and boarding concepts
- Interfaces between landside parking and public transport
- Designing for accessibility comfort and service quality
Module 5: Navigational Aids Airfield Lighting And Marking
- Instrument approach categories and siting constraints
- Runway and taxiway lighting layouts and control
- Approach lighting stop bars and guidance systems
- Signage layout and information hierarchy on airfield
- Power supply redundancy and lighting control arrangements
- Maintenance inspection and reliability considerations
Module 6: Utilities Fuel Systems And Support Infrastructure
- Potable water fire protection and drainage networks
- Stormwater management retention and discharge control
- Electrical power distribution backup and redundancy
- Fuel farm siting capacity and containment design
- Fuel hydrant systems on apron and safety measures
- Integration of utilities corridors with future expansion
Module 7: Hangars MRO Facilities And Landside Interfaces
- Hangar types clearances and structural spans
- MRO facility functional zoning and workflows
- Apron access doors and aircraft towing routes
- Support spaces storage offices and technical areas
- Fire protection ventilation and environmental controls
- Noise safety and community compatibility considerations
Module 8: Digital Engineering BIM And Asset Information
- Use of BIM models across project lifecycle
- Integration of survey geographic and asset data
- Design coordination clash checks and change tracking
- Common data environments and document control practice
- Asset registers and handover information requirements
- Links between digital twins operations and maintenance
Module 9: Safety Resilience And Cybersecure Airport Design
- Hazard identification safety assessments and risk registers
- Designing redundancy for power communications and access
- Protection of critical navigation and control systems
- Integration of physical security with operational procedures
- Embedding cybersecurity requirements into design specifications
- Business continuity concepts for disruptive events and recovery
Exam Domains
- Aviation Regulatory Standards And Design Governance
- Integrated Airside And Landside Systems Planning
- Airport Pavement Terminal And Facility Performance
- Operational Safety Risk And Resilience Management
- Digital Design Data Management And Information Control
- Professional Practice Ethics And Stakeholder Coordination
Course Delivery
The course is delivered through a combination of expert led lectures interactive discussions and structured workshops focused on real airport design cases. Participants work through guided design exercises and group reviews that connect standards to practical layout and sizing decisions. Learning is supported by curated online resources including readings design tools and case examples relevant to airport and airfield projects. Emphasis is placed on multidisciplinary collaboration so that engineering design choices remain aligned with operations safety sustainability and cybersecurity considerations in modern connected airport environments.
Assessment and Certification
Participants are assessed through quizzes short design assignments and an integrated capstone concept design for an airport or major expansion project. Performance is evaluated on technical correctness regulatory alignment clarity of assumptions and ability to balance operational safety capacity sustainability and cybersecurity awareness. Upon successful completion of all required assessments participants receive the Certified Aviation Design Engineer CADE Certification from Tonex demonstrating advanced competence in aviation infrastructure design.
Question Types
- Multiple Choice Questions MCQs
- Scenario based Questions
Passing Criteria
To pass the Certified Aviation Design Engineer CADE Certification Program exam candidates must achieve a score of 70 percent or higher.
Elevate your role in shaping the next generation of airports by earning the Certified Aviation Design Engineer CADE credential with Tonex. Enroll now to deepen your technical design capabilities strengthen your understanding of regulatory and safety expectations and build cybersecurity aware airport infrastructure that can confidently support future growth and innovation.