About the role Embedded software at DroneShield powers the Linux‑based sensor platforms that underpin our world‑leading RF detection technology. The team builds reliable, high‑performance software that connects RF hardware, signal processing and on‑device intelligence to detect and track drones in demanding real‑world environments. Close collaboration with ML/AI, RF, FPGA and infrastructure teams ensures cutting‑edge capability is delivered efficiently and at scale. The role itself is a Staff Software Engineer within the embedded software team, with a strong focus on technical leadership and system‑level impact. Rather than purely hands‑on embedded development, this role shapes architecture, sets engineering standards and drives complex cross‑team initiatives, while still contributing to critical technical decisions. It’s a rare opportunity to lead in a fast‑growing, high‑impact field and help evolve technology that is redefining modern counter‑drone systems. Responsibilities, Duties and Expectations Design and lead the architecture for embedded Linux–based systems Own and drive the technical direction of core embedded software platforms Balance performance, reliability, security, and maintainability in architectural decisions Ensure architectures support long‑term product evolution and extensibility Provide technical leadership, guidance, and mentorship across the team Mentor engineers at all experience levels through design reviews, code reviews, and day‑to‑day collaboration Set clear technical standards and lead by example Support the growth of senior and emerging technical leaders Encourage best practices across multi‑disciplinary engineering teams Promote consistent engineering practices across embedded, systems, hardware, and test teams Advocate for clean code, robust design patterns, and pragmatic engineering trade‑offs Influence cross‑team alignment on tooling, workflows, and quality expectations Drive testable software design from early architectural stages Improve unit, integration, and system‑level test coverage and test mechanisms Support automation and continuous testing strategies for embedded environments Produce and maintain clear documentation of software architecture, processes, and policies Document design decisions, trade‑offs, and system behaviours for long‑term maintainability Develop and demonstrate proof‑of‑concepts to evaluate technologies and approaches De‑risk complex technical problems through targeted prototypes Communicate outcomes and recommendations clearly to stakeholders Collaborate closely with systems engineering, hardware, product management, and operations Translate system requirements into robust software solutions Support integration activities and system‑level troubleshooting Qualifications, Experience and Skills Minimum 5 years of professional software development experience Bachelor’s degree in computer science, software engineering, or equivalent practical experience Strong experience in software architecture and system design Proficiency in multiple programming languages, with strong skills in Python, C++, and Go Experience with engineering tools and workflows, including Git, CI/CD pipelines, and issue tracking systems Proven ability to design extensible and maintainable software solutions Ability to reason about complex systems and long‑term technical impact Experience working on production systems with real‑world constraints Embedded Linux development experience Experience with multi‑process, service‑based architectures Strong understanding of inter‑process communication mechanisms Ability to select appropriate languages and tools for the problem domain Comfortable working within structured development and release processes Experience working in complex hardware–software integrated systems Exposure to RF, FPGA, or DSP technologies is advantageous Experience in regulated environments Note for recruitment agencies: We do not accept unsolicited candidates from external recruiters unless specifically instructed.
