Embedded in the Planning and Controls team to build durable integration capability, reliable environments, tests, and software ready for hardware and flight testing.
Compensation
Pay within range listed + Bonus + Equity
Responsibilities
Build and maintain stable Pilot integration environments, reference configurations, reusable test fixtures, and representative end-to-end examples.
Partner with component teams to add capabilities to the shared integration environment and resolve gaps in workflows.
Develop and maintain automated software-in-the-loop and hardware-in-the-loop tests for autonomy components.
Integrate and debug production software across planning and controls, simulation, vehicle interfaces, and other parts of the autonomy stack.
Investigate failures across system boundaries.
Requirements
Bachelor's degree in a field such as computer science or robotics
Lead firmware development for next-generation medical devices, owning end-to-end firmware scope, design, implementation, testing, and production integration.
Responsibilities
Own substantial firmware scope end to end
Make technical decisions across prototyping, design, testing, and production
Work closely with electrical, mechanical, manufacturing, product, and design partners
Shape system architecture and strengthen engineering practices
Lead complex firmware scope or project from concept through development, integration, and production readiness
Beteiligung an der Entwicklung der weltweit fortschrittlichsten Mobilitätstechnologien
Responsibilities
Entwicklung der weltweit fortschrittlichsten Mobilitätstechnologien
Arbeit in den Fachgebieten eDrive (Elektronik, E-Motor, Software, Testing), Gear Box Development, Fahrzeugentwicklung, Motor- & Hybridsysteme, System Engineering, Vorentwicklung, PLM/SAP
Requirements
Technische Ausbildung an einer TU/FH/HTL (Mechatronik, Elektrotechnik, Automatisierungstechnik, Software-Engineering, technische Physik, Maschinenbau, Informatik oder Ähnliches)
Design mixed analog and digital electronic circuits with microcontrollers, op-amps, power electronics switches, etc. for various electrical systems including embedded controllers, wireless communication devices, power converters, and data acquisition nodes.
Model the electrical systems such as power converters and motor drives and design the optimum digital controllers based on simulations and real testing data.
Implement real-time digital control algorithms in firmware.
Design FPGA circuits and program them in VHDL/Verilog.
Collaborate with design and development teams to optimize designs and improve product quality.
Requirements
Master’s degree or higher in electrical engineering or equivalent
Lead the architecture, development and deployment of automated test systems for advanced medical devices, surgical instruments and robotic systems.
Compensation
Ireland: 81,120.00 EUR - 121,680.00 EUR
Responsibilities
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.
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