Software Architect

Present in India since 1953, Thales is headquartered in Noida and has other operational offices and sites spread across Delhi, Gurugram, Bengaluru and Mumbai, among others. Over 2200 employees are working with Thales and its joint ventures in India. Since the beginning, Thales has been playing an essential role in India s growth story by sharing its technologies and expertise in Defence, Aerospace and Cyber & Digital sectors. Thales has two engineering competence centres in India - one in Noida focused on Cyber & Digital business, while the one in Bengaluru focuses on hardware, software and systems engineering capabilities for both the civil and defence sectors, serving global needs. The Group has also established an MRO (Maintenance, Repair & Overhaul) facility in Gurugram to provide comprehensive avionics maintenance and repair services to Indian airlines and support the growth of the local aviation industry.

• Architecture Ownership: Define the target software architecture for real-time embedded applications, including partitioning strategy, data/control flow, interface contracts, timing constraints, concurrency model (e.g., task scheduling, ISR interaction), and resource usage (CPU/memory/IO).

• Real-Time Design & Verification Enablement: Guide development of design approaches that enable testability, including error handling, logging/telemetry strategy, fault containment, watchdog strategy, and deterministic behavior required for certification and operational robustness.

• Design Reviews & Technical Leadership: Lead and participate in design reviews (architecture, detailed design, interface design), ensuring decisions are documented, justification is provided, and risks/gaps are addressed.

• Problem Solving & Technical Guidance: Work with engineers to resolve architecture-level and integration issues, including performance bottlenecks, timing violations, concurrency/race conditions, and reliability shortcomings.

• Software Development Life Cycle Leadership: Own/guide best practices across the software life cycle: planning, requirements refinement support, design/implementation standards, configuration management, and verification planning coordination.

• DO-178C Certification Alignment & Traceability: Establish architecture and design practices that support DO-178C artifacts and traceability needs (requirements high-level design low-level design code verification evidence). Ensure verification feasibility at architecture level.

• Collaboration Across International Teams: Work closely with distributed engineering teams, system engineers, product stakeholders, safety/certification teams, and verification teams. Ensure clear, timely communication and alignment in an international environment.

• Real-Time Embedded Architecture: Strong experience designing real-time embedded software architectures.

• Certification Mindset (DO-178C): Demonstrated familiarity with DO-178C processes and expectations, including traceability and verification evidence concepts.

• Programming Languages: Proficiency in C and/or C++ for embedded development and strong scripting skills (bash, python)

• Software Engineering Fundamentals: Strong understanding of OOP, data structures, algorithms, and software design principles applied to embedded constraints.

• Tooling & Configuration Management: Familiarity with GIT and software configuration management practices. Understanding of versioning, baselines, and controlled changes in regulated environments.

• Coding Standards & Quality: Experience applying coding standards and practices that support deterministic behavior and maintainability.

• Team & Mindset: Autonomy, technical excellence, strong communication, collaboration, problem-solving, and continuous improvement mindset

• AI-enabled development: Exposure to using AI tools/assistants to improve productivity and quality (e.g., code review assistance, test generation support, static analysis assistance, documentation/traceability support) while maintaining compliance with safety/certification processes.

• Good experience with Test-Driven Development (TDD)

• Experience in supporting CI/build automation for embedded projects (e.g., GitLab CI/CD).

• Experience preparing technical documentation (architecture/design rationale, interface specs, error-handling/timing descriptions).