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
A senior leadership role responsible for leading a multidisciplinary engineering organization spanning avionics, communications, power systems, flight software, GNC, and electrical wiring for spacecraft.
Responsibilities
Lead and develop a multidisciplinary organisation spanning avionics, communications, electrical power systems, flight software, GNC, and electrical wiring.
Own workforce and headcount planning across the function.
Recruit and retain exceptional engineering talent.
Develop clear job families, role levels, and assessment standards.
Lead promotion, compensation, and organizational planning within the function.
The Sr. Software Integration Engineer is responsible for integrating, configuring, and validating software across embedded systems and vehicle platforms.
Compensation
Salary Range for Illinois Based Applicants: The salary range for this position is $98,500 - $123,100 for Illinois based applicants.
Responsibilities
Integrate software components and releases across embedded controllers, vehicle networks, and supporting systems
Own First Pass Yield (FPY) metrics for software integration and flashing workflows
Support ECU flashing activities and improve flashing procedures
Maintain integration plans, build configurations, release notes, and traceability for software changes
Bring up new software builds on benches and flash equipment uptime; verify compatibility across hardware and software versions
Responsible for ground-side de-risking and testing of aircraft systems, ensuring safety and regulatory compliance.
Compensation
Competitive salary and VSOP options
Responsibilities
Pre-Flight De-risking: Executing high-repetition "burn-in" tests on all new firmware and hardware configurations for the Ground Control Station and data links
Launch System Validation: Engineering tests for mechanical launch systems to ensure repeatable, safe exit velocities and structural integrity
The "Iron Bird" Connection: Acting as the link to the IRB Team by maintaining a ground-based "Iron Bird" to test system-wide reactions to simulated component failures
Regression Library: Building a library of ground-side edge cases and failure cases that must be passed before any new sub-system is cleared for flight integration
Documentation of Proof: Generating technical "De-risking Reports" and managing relevant testing cards in JIRA
Requirements
Bachelor's degree (B.Sc. or B.Eng.) in a relevant engineering discipline
Nice to have: Prior exposure to defense, dual-use, or regulated hardware in a test context
Nice to have: Experience in an aerospace or defense environment operating under ITAR/EAR or equivalent national defense export control frameworks
Build and implement robust automated systems for development, verification and deployment, ensuring the highest standards of quality and performance for our software tools and product offerings.
Compensation
US Salary Range
$220,000—$292,000 USD
Responsibilities
Build and implement robust automated systems for both development, verification and deployment
Develop and own the reference environment that Lattice workflows are verified in ahead of release
Define, build and maintain comprehensive full stack test environments, including hardware-in-the-loop (HITL) systems
Design and implement critical software interfaces and product features that facilitate seamless end-to-end testing across complex systems
Drive the continuous integration of performance testing into CI/CD pipelines
Requirements
Bachelor's degree in Computer Science, Software Engineering, Electrical Engineering, Mathematics, Physics, or a related technical field
Nice to have: Bachelor's degree in Computer Science, Software Engineering, Electrical Engineering, Mathematics, Physics, or a related technical field
Lead embedded software integration and verification engineer ensuring quality, safety, stability, and regulatory compliance of Cochlear’s embedded software platforms.
Responsibilities
Define and support ES I&V governance frameworks and operating models across products and locations
Ensure traceability between requirements, test cases, and verification reports in accordance with medical device regulatory standards
Establish metrics to monitor ES I&V performance and progress
Implement effective processes for issue reporting, tracking, and management
Plan and coordinate component integration with development teams and product owners
Requirements
Bachelor's Degree in Computing, Engineering, Science, or a related discipline
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