Jobs at Regulus

Lead and own verification and validation for complex counter-uncrewed defense systems: set Go/No-Go authority, build testing infrastructure and automation, define KPIs, run integration, field, and adversarial tests, and manage multidisciplinary testing teams while partnering with R&D.

Design, build, and maintain system-level test automation for integrated HW+SW systems. Create frameworks and test scripts that interact with sensors, RF, and embedded hardware, perform manual and automated verification, debug issues, and build internal tools for data capture and analysis.

Lead B2G sales across Germany and Europe for defense C-UxS products. Identify and engage government customers and system integrators, manage full sales lifecycle, develop strategic sales plans, collaborate with engineering on technical proposals, represent the company at industry events, and monitor procurement and regulatory environments.

Develop high-performance C++ software for real-time systems, optimize algorithms for GNSS, signal processing, computer vision and geospatial analysis, and use Python for prototyping and tooling while collaborating with hardware, research, and product teams.

Lead and coordinate multiple complex R&D projects end-to-end, working with hardware, embedded software, FPGA, RF and systems teams. Build execution plans, track dependencies and risks, run execution forums, support integration, lab testing and field trials, and ensure alignment across engineering teams.

Lead planning, coordination, and delivery of multidisciplinary R&D and engineering programs. Manage schedules, budgets, risks, and stakeholder alignment; balance Agile and Waterfall; use data analytics and KPIs to optimize execution and drive process improvements.

Design and analyze advanced wireless communication and detection algorithms, build and maintain MATLAB/Python simulation frameworks, architect digital receiver components for software and/or FPGA, lead FPGA implementation efforts, validate features, and support full integration and system-level performance trade-offs.

Design, develop, and validate high-performance autonomous racing drones and supporting launchers. Perform engineering analyses and PDR/CDR documentation, build and test prototypes, manage product structures and BOMs, and drive mechanical integration of hardware, assemblies, wiring harnesses, and embedded components in a fast-paced R&D environment.

Lead system-level engineering of control software for kinetic C-UAS racer drones. Define requirements, architecture, and interfaces across software, hardware, and algorithms. Own hardware configuration and full system integration, support prototyping and bring-up, and plan and execute lab and flight validation tests.

Design and execute system-level HW/SW verification: create test plans, build/maintain lab testbeds, troubleshoot multi-layer failures, automate tasks with scripts, and document results tied to requirements.

Lead design and delivery of an AI-powered C2 platform: define distributed system architecture, integrate AI capabilities, oversee real-time backend ingestion and frontend performance, mentor engineers, lead code reviews, and contribute to core implementation and infrastructure in a mission-critical defense environment.

Design, simulate, and integrate RF systems for autonomous platforms; perform RF validation and measurements; collaborate with digital hardware and software teams; produce technical documentation; and contribute as a senior hands-on engineer in a fast-paced defense startup.

Design and optimize real-time detection, classification, and tracking models for small, long-range aerial targets; build datasets and evaluation tools; process EO/IR and thermal video; deploy and optimize models on edge devices; collaborate with software, hardware, and systems teams.