Software Engineer C++/Python, Linux

Systems & Architecture Ownership: Lead design discussions and produce architecture artifacts for modules spanning software + hardware interfaces (device I/O, data acquisition, algorithms, GUI/UX). Hands-on Engineering (C++/Python on Linux): Implement performant, maintainable components and services; define clear interfaces/contracts; contribute to reviews and refactoring. Build/Run & DevOps Collaboration: Partner with DevOps on CI/CD, artifact hygiene, and observability (logging/metrics/tracing); contribute to reliability. Performance & Reliability: Design for resilience and rollback; strengthen test strategies (unit/integration/system). Cross-geo Collaboration: Work closely with engineering counterparts across globe. Solution-First Mindset: Think beyond programming languages—own the customer problem and the end-to-end solution across software, hardware, and operations. Strong Systems Design: Experience designing systems that integrate software + hardware (sensors, motion/controls, device drivers, embedded/RT interactions). AI-Assisted Development: Comfortable using AI-assisted developer tooling and prompt-based workflows to accelerate design documentation, code scaffolding/refactoring, test generation, and troubleshooting—while verifying outputs and following responsible-use guidelines. DevOps & Computing Curiosity: Keen to engage with CI/CD, artifact management, containerized build environments, and performance/compute trade-offs. Collaboration & Communication: Clear communicator who aligns cross-functional stakeholders and documents decisions effectively. Education: B.Tech/M.Tech in Computer Science, Electronics, or related fields. Experience: Typically, 8-12 years in relevant roles (exceptional candidates outside this range welcome with demonstrated system design depth). Proficiency in C++ (modern standards) and Python on Linux. Experience with system design and integration across software + hardware platforms. Familiarity with build tools (e.g., CMake/Make) and toolchains (gcc/clang); strong debugging/profiling on Linux. Exposure to testing frameworks and code quality practices (unit/integration, static analysis, formatting/linting). Experience with Qt for GUI/controls. Exposure to real-time/embedded OS and multi-processor systems. C++ (modern) and Python on Linux Systems design across software + hardware Linux build & toolchains (CMake/Make, gcc/clang) Testing & code quality practices AI-assisted development (prompt-led, responsible use) Qt GUI/controls DevOps collaboration (CI/CD, observability)