Principal Design Engineer, Electrical responsible for vehicle electrical/electronic architecture, leading technical direction, integration, and mentorship across multiple vehicle platforms.
Responsibilities
Define and maintain vehicle electrical/electronic architecture roadmap
Lead electrical design and integration decisions
Guide schematic and detailed design reviews
Mentor engineers at all levels
Translate vehicle functions into traceable system requirements
Requirements
Bachelor of Science in Electrical Engineering
Bachelor of Science in Computer Engineering
Bachelor of Science in a closely related engineering discipline
Lead verification and validation activities for complex land systems, guiding the system from concept to operational fielding.
Locations (2)
Munich, Bavaria, Germany
Berlin, Germany
Compensation
Competitive salary and VSOP options
Responsibilities
Create simulation models of land systems and subsystems, and integrate them into Hardware-in-the-Loop (HiL) and Software-in-the-Loop (SiL) test environments
Build high-fidelity plant models and virtual prototypes using MATLAB/Simulink, Ansys SCADE or C++ to simulate vehicle subsystems, sensor suites, tactical communications and ground vehicle dynamics
Engineer in-house tools to automate test procedures, integrating them with the requirements base and complex test rigs to generate rapid, reliable results across continuous integration pipelines
Agree system qualification requirements and Means of Compliance (MoC) with customers, deriving and validating high-level software performance metrics alongside software specialists
Principal Systems/Software Engineer joining the Space Vehicle Simulator team to work on hardware–software integration for space missions.
Responsibilities
Lead the design, development, and implementation of real‑time simulations of space vehicles in both hardware‑in-the‑loop and software‑only digital environments.
Apply systems‑engineering rigor to define use cases, capture requirements, validate architectures, and ensure simulator products fulfill their mission-critical applications across multiple stakeholders.
Own technical decision-making and provide leadership within the simulator development team, guiding architecture, integration strategies, and quality assurance.
Perform full software lifecycle activities, including requirements development, architecture, design, coding, testing, integration, and documentation.
Develop and deploy containerized simulation components using OCI‑compliant technologies such as Podman or Docker.
Requirements
BS degree or higher in Engineering or a related technical field
Principal-level individual-contributor role leading architecture, development, and deployment of automated test systems for advanced medical devices, surgical instruments, and robotic systems.
Lead the automation architecture, software design and development of test systems used for instrument performance testing, characterisation, identification, verification and engineering investigations.
Translate test methods, product requirements and measurement needs into robust automated sequences, state machines, equipment interfaces, data-acquisition workflows and system specifications.
Integrate motion equipment, robotic systems, sensors, instrumentation, data-acquisition hardware, cameras, safety systems and device interfaces into coordinated automated test platforms.
Develop modular, reusable and maintainable test software using appropriate languages and frameworks such as Python, LabVIEW, C/C++, MATLAB, or comparable industrial automation technologies.
Design deterministic sequencing, synchronisation, triggering and timestamping approaches that align commanded test conditions with sensor, image, controller and device data.
Requirements
Bachelor’s degree in Software Engineering, Electrical Engineering, Electronic Engineering, Mechatronics Engineering or a related engineering discipline
The Vice President, Systems Engineering serves as the executive technical authority for the Product Business Unit, accountable for ensuring Fluence products perform as fully integrated systems throughout the product lifecycle.
Responsibilities
Develop and execute the long-term Systems Engineering strategy
Establish global Systems Engineering operating model and technical governance
Lead investment planning for engineering capabilities like MBSE, simulation, and HIL infrastructure
Serve as executive technical authority for all commercial product platforms
Chair architecture and technical design reviews
Requirements
Bachelor's degree in Systems, Electrical, Mechanical, Computer Engineering, or related field
Build automated test infrastructure and evaluation workflows for AI-driven industrial software
Compensation
Salary is commensurate with experience, and ranges between $ 100,000 CAD - $ 150,000 CAD, excluding bonus and benefits. In addition to base salary, this role includes eligibility for an annual discretionary bonus of 10%
Responsibilities
Build automated test infrastructure for a product developed across multiple sites
Design evaluation methods for agent behavior
Build the assessment workflow into the product
Integrate security checks into the workflow
Keep test expectations independent of implementation
Requirements
Degree in computer science, software engineering, or a related field
Nice to have: agent evaluation frameworks
Nice to have: AI observability tooling (Langfuse, LangSmith, Promptfoo)
Nice to have: safety-relevant or regulated software experience
Nice to have: background in safety-relevant or regulated software
The role serves as a technical innovator and engineering lead driving the development, integration, and flight-testing of next-generation uncrewed Launched Effects (LE) platforms, spanning rapid prototyping, HWIL verification, and flight demonstration.
Locations (3)
Huntsville, Alabama, United States
Orlando, Florida, United States
National Capital Region, United States
Responsibilities
Drive hands-on technical execution across vendor platforms from concept to range testing.
Prioritize iterative hardware builds, live-fire flight demonstrations, and speed-to-ramp over protracted paper design cycles.
Lead integration of edge AI compute, collaborative swarming algorithms, automated target recognition (ATR), and GPS-denied navigation into uncrewed airframes.
Enhance the end-to-end traceability of system qualification requirements across all software development artefacts, shaping a comprehensive V&V product strategy that secures final system acceptance
Requirements
Nice to have: environmental and electromagnetic compatibility standards
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