System Middleware Architect

Middleware Architecture and Technical Strategy

• Define the overall architecture and technical roadmap for the operating system middleware layer.
• Lead the long-term evolution of middleware architecture while balancing technical debt, platform requirements and product priorities.
• Identify architectural risks, dependencies and opportunities for simplification or consolidation.
• Drive key technical decisions across system frameworks and middleware components.

Cross-Platform and Multi-Ecosystem Support

• Design a unified middleware architecture capable of supporting multiple application ecosystems.
• Ensure strong cross-platform compatibility, scalability and performance.
• Develop architectural approaches that provide consistent behaviour across different device types and usage scenarios.
• Support middleware deployment across devices such as smartphones, PCs and other connected platforms.

Performance, Stability and Scalability

• Identify and resolve critical middleware-level performance and stability issues.
• Optimise areas including:
• Memory management
• Application and service startup performance
• Compatibility
• Runtime efficiency
• Scalability
• Improve system responsiveness and reliability across complex application workloads.
• Lead technical investigations into difficult system-level issues and performance bottlenecks.

Engineering Standards and Quality

• Define development standards, architecture principles and technical specifications for middleware systems.
• Establish automated testing, validation and quality-assurance mechanisms.
• Improve architectural consistency, maintainability and engineering quality across middleware components.
• Introduce processes that support reliable technical evolution and large-scale platform development.

Technology Research and Roadmapping

• Track developments in operating system and middleware architecture.
• Evaluate emerging industry technologies and academic research.
• Identify technologies that could influence future platform architecture.
• Translate research and technology trends into practical technical roadmaps and incubation projects.

• Strong experience with at least one major operating system platform such as:
• Android
• iOS
• Fuchsia
• ChromeOS
• Other modern mobile, desktop or embedded operating systems
• Strong understanding of operating system software architecture, frameworks and system-level application development.
• Deep knowledge of operating system implementation principles.
• Academic or professional background in:
• Computer Science
• Software Engineering
• Electronics
• Communications
• Related technical disciplines
• Practical commercial experience working with middleware architectures.
• Experience solving significant architecture, compatibility, stability or performance challenges.
• Ability to design and evolve complex system-level software platforms.
• Strong communication, coordination and stakeholder-management skills.
• Ability to drive architectural changes from concept through implementation.

Preferred Experience

• Experience designing middleware for mobile, desktop, embedded or multi-device operating systems.
• Strong understanding of framework services, IPC, runtime systems, lifecycle management and system services.
• Experience with memory optimisation, startup performance and system compatibility.
• Experience defining architecture governance, engineering standards or platform specifications.
• Familiarity with automated testing and quality systems for low-level platform software.
• Experience working across multiple engineering teams on large-scale operating system platforms.
• Ability to translate emerging technology trends into medium-term architecture strategy.