Certified Airport Systems Integration Specialist (CASIS) Certification Program by Tonex
The Certified Airport Systems Integration Specialist CASIS program by Tonex prepares professionals to design, integrate, and manage complex airport systems as a coherent and resilient whole. Participants explore how BHS, FIDS, AODB, access control, and CNS ATM platforms interact with operational processes, stakeholders, and regulatory expectations. The course emphasizes practical integration patterns, robust interfaces, and reliable data flows that support safe and efficient airport operations.
A strong focus is placed on cybersecurity to reduce exposure across interconnected OT and IT environments, where legacy equipment and modern platforms often coexist. Participants learn how secure architectures, monitoring, and governance protect critical systems from disruption and data compromise. By the end of the program, learners will be able to align technical integration decisions with operational readiness, safety, and cybersecurity requirements while communicating effectively with both engineering and business teams.
Learning Objectives
- Understand the end to end lifecycle of airport systems integration
- Apply integration patterns for BHS FIDS and AODB platforms
- Design architectures that improve availability scalability and maintainability
- Coordinate testing commissioning and acceptance activities with stakeholders
- Implement governance for data quality standards and interoperability
- Strengthen airport cybersecurity posture across OT and IT domains
- Communicate integration risks and mitigation options to technical and business leaders
Audience
- Systems Integrators and Solution Engineers
- Airport Infrastructure and Systems Engineers
- IT and OT Architects in Aviation
- Cybersecurity Professionals
- Airport Operations and Engineering Managers
- Aviation Technology Project Managers
- Airport Authority and Regulator Representatives
- Technology Vendors and Solutions Architects
Program Modules
Module 1: Integrated airport systems and operations
- Airport as a system of systems
- Landside airside and terminal views
- Core operational processes and stakeholders
- Mapping systems to operational use cases
- Identifying integration pain points and gaps
- Aligning integration goals with airport strategy
Module 2: BHS FIDS AODB integration patterns
- Role of BHS FIDS and AODB in operations
- Typical interfaces and data exchange mechanisms
- Flight scheduling and baggage routing dependencies
- Real time updates and performance constraints
- Handling disruptions and irregular operations
- Common integration pitfalls and mitigation patterns
Module 3: Access control and passenger security
- Functional overview of access control systems
- Integration with IDMS HR and contractor systems
- Passenger and staff identity lifecycle management
- Coordinating with screening and security checkpoints
- Physical security events and system responses
- Security logging monitoring and audit readiness
Module 4: CNS ATM and airside systems
- Overview of CNS ATM systems at airports
- Integration with surface movement and guidance
- Data exchanges between tower and airport systems
- Airside situational awareness tools and dashboards
- Safety and latency considerations in interfaces
- Coordination with external ANSP and airline systems
Module 5: Cybersecure airport OT and IT convergence
- OT and IT convergence challenges in airports
- Threats to BHS FIDS AODB and access control
- Network zoning segmentation and trust boundaries
- Endpoint hardening and secure configuration baselines
- Continuous monitoring and incident detection practices
- Cybersecurity requirements in vendor and integration contracts
Module 6: Data interoperability models and standards
- Common data models for airport operations
- Use of messaging middlewares and APIs
- Standards such as AIDX and iBags concepts
- Master data and reference data management
- Data quality validation and reconciliation techniques
- Governance roles ownership and change management
Module 7: Testing integration performance and reliability
- Integration test planning and traceability
- Interface test cases and data scenarios
- Performance and load considerations for peak periods
- Failover failback and degraded mode behaviour
- Defect management and triage with multiple vendors
- Tools dashboards and metrics for integration health
Module 8: Commissioning readiness and acceptance processes
- Factory site and integrated testing alignment
- ORAT and readiness activities for new systems
- Cutover planning fallback and communication plans
- Regulatory and safety approvals for go live
- Acceptance criteria and sign off documentation
- Post go live hypercare and stabilization
Module 9: Operations resilience monitoring and optimization
- Operational KPIs for airport systems integration
- Proactive monitoring and alert tuning practices
- Problem management and root cause analysis
- Using data to improve passenger experience
- Capacity planning and future growth scenarios
- Continuous improvement roadmap for systems and cybersecurity
Exam Domains
- Airport Systems Integration Principles and Context
- Operational Data Flows and Messaging Architectures
- Security Risk Management for Airport OT and IT
- Safety Critical Communications and Control Environments
- Assurance Governance Testing and Acceptance Frameworks
- Lifecycle Optimization and Continuous Improvement Strategies
Course Delivery
The course is delivered through a combination of lectures, interactive discussions, structured case studies, and guided group exercises led by experienced airport and systems integration practitioners. Participants work through realistic scenarios involving BHS FIDS AODB access control and CNS ATM environments while exploring alternative integration designs and governance approaches for different airport contexts. Learning is reinforced through practical templates checklists and reference models that participants can adapt to their own organizations. Online resources including readings tools and curated examples are provided to support continued learning after the course.
Assessment and Certification
Participants are assessed through knowledge checks short quizzes practical assignments and an integration focused capstone exercise that brings together architecture data flows cybersecurity and acceptance planning. The capstone evaluates the ability to propose defend and document an integrated airport systems solution. Upon successful completion of the course and required assessments participants receive the Certified Airport Systems Integration Specialist CASIS Certification from Tonex.
Question Types
- Multiple Choice Questions MCQs
- Scenario-based Questions
Passing Criteria
To pass the Certified Airport Systems Integration Specialist CASIS Certification Training exam candidates must achieve a score of 70% or higher.
Elevate your expertise at the intersection of airport operations systems engineering and cybersecurity by joining the Certified Airport Systems Integration Specialist CASIS Certification Program by Tonex. Enroll now to strengthen your role in designing protecting and optimizing the next generation of integrated airport environments.