MOSA Application Engineering Workshop

MOSA Application Engineering Workshop by Tonex

This workshop provides participants with a comprehensive understanding of the Modular Open System Approach (MOSA) and its application across defense and aerospace systems. It focuses on leveraging open standards to design and implement scalable, interoperable, and cost-effective solutions for C4ISR/EW capabilities. The workshop covers key frameworks, including CMOSS, SOSA, FACE, HOST, MORA, OMS/UCI, and VICTORY, and demonstrates their integration to meet modern mission requirements.

Learning Objectives

By the end of the workshop, participants will:

• Understand the principles of MOSA and its importance in defense and aerospace system development.
• Gain proficiency in applying CMOSS, SOSA, FACE, HOST, MORA, OMS/UCI, and VICTORY standards.
• Learn how to design and integrate modular systems for seamless interoperability.
• Explore methods for reducing lifecycle costs while improving system scalability and flexibility.
• Develop hands-on skills to apply MOSA frameworks in real-world scenarios.

Target Audience

This workshop is ideal for:

• System Architects and Engineers: Working on modular and scalable defense systems.
• Program Managers: Overseeing projects that require MOSA compliance.
• Defense Contractors and Suppliers: Developing or integrating solutions based on open standards.
• Military and Government Personnel: Involved in acquisition, system design, and implementation.
• Academics and Researchers: Exploring modular open system architectures.

Workshop Modules

Day 1: Foundations of MOSA and Core Frameworks

Module 1: Introduction to MOSA

• Definition and objectives of MOSA
• Benefits: Cost reduction, interoperability, and rapid upgrades
• Case studies: Successful MOSA implementations

Module 2: CMOSS (C4ISR/EW Modular Open Suite of Standards)

• Overview of CMOSS standards
• Modular open RF architectures for C4ISR and EW systems
• Integration challenges and solutions

Module 3: SOSA (Sensor Open Systems Architecture)

• The Open Group SOSA principles and components
• Designing sensor systems for interoperability
• Hands-on example: SOSA-compliant sensor integration

Module 4: FACE (Future Airborne Capability Environment)

• Overview of FACE standards and their applications
• Designing avionics systems using FACE modules
• Reducing costs and time-to-deployment with FACE

Day 1 Workshop Activity

Participants will analyze a legacy system and propose a MOSA-based redesign using CMOSS, SOSA, and FACE frameworks.

Day 2: Advanced Frameworks and Integration

Module 5: HOST (Hardware Open Systems Technologies)

• Aligning hardware development with open system principles
• HOST-compliant hardware design and testing processes

Module 6: MORA (Modular Open Radio Frequency Architecture)

• RF challenges in modular system design
• Applications of MORA in spectrum management and EW systems
• Designing scalable RF solutions using MORA

Module 7: OMS/UCI (Open Mission Systems/Universal Command and Control Interface)

• Overview of OMS/UCI standards
• Developing mission systems with open interfaces
• Ensuring cross-platform compatibility

Module 8: VICTORY (Vehicular Integration for C4ISR/EW Interoperability)

• Integrating C4ISR and EW systems in vehicular platforms
• Using VICTORY standards to improve battlefield effectiveness
• Real-world application examples

Day 2 Workshop Activity

Participants will design a comprehensive system architecture for a multi-domain mission, ensuring compliance with all MOSA standards covered.

Workshop Outcome

Participants will leave the workshop with:

• A clear understanding of how to implement MOSA frameworks in defense projects.
• Practical experience in integrating modular systems for C4ISR/EW applications.
• A certificate of completion demonstrating their proficiency in MOSA principles.