Systems Engineer

The Systems Engineer for Mechatronic Application & Testing is responsible for the integration, validation, and formal sign-off of mechatronic vehicle systems — combining mechanical, electrical, electronic, and software/control elements. This role ensures that mechatronic subsystems (e.g., actuators, sensors, motors, control units, and closed-loop control systems) meet functional, performance, safety, and durability requirements prior to release, and serves as the technical authority accountable for sign-off decisions at key program milestones.

Mechatronic Systems Integration & Testing

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Develop, execute, and maintain test plans and validation strategies covering the mechanical, electrical, and control/software interactions of mechatronic systems (e.g., electric power steering, e-actuators, motors/gear systems, sensor-actuator control loops, closed-loop feedback systems)

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Conduct bench, rig, HIL (Hardware-in-the-Loop), SIL (Software-in-the-Loop), and full-vehicle testing to verify system-level requirements across mechanical tolerances, electrical performance, and control logic behavior

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Evaluate system-level interactions between mechanical components, sensors/actuators, embedded control units, and software algorithms to identify integration risks

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Analyze test data (mechanical, electrical, and control system telemetry) to diagnose faults, and lead root-cause investigations with mechanical, electrical, and software engineering teams

Sign-Off & Release Management

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Own and drive formal system-level sign-off for mechatronic subsystems at program gateways (e.g., DV, PV), integrating mechanical, electrical, and controls evidence into a unified sign-off package

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Prepare DVP&R documentation, test evidence, and risk assessments; present sign-off recommendations to cross-functional review boards and program leadership

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Track and resolve open issues, non-conformance, and engineering waivers spanning mechanical, electrical, and software domains prior to sign-off

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Maintain requirements traceability across mechanical specifications, electrical/electronic interfaces, and control software requirements

Cross-Functional Collaboration

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• Act as the technical integration point between mechanical design, electrical/electronic engineering, controls/software, and quality teams
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• Collaborate with suppliers on mechatronic component and system-level validation, ensuring compliance with OEM specifications
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• Support DFMEA/PFMEA reviews across mechanical failure modes, electrical faults, and control system malfunctions
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• Communicate sign-off status, technical risks, and mitigation plans clearly to engineering management and program stakeholders

Process, Standards & Documentation

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• Ensure compliance with relevant standards (e.g., ISO 26262 Functional Safety, IATF 16949, ASPICE, SAE) for mechatronic systems
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• Maintain audit-ready documentation of test results, calibration data, and sign-off approvals
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• Contribute to continuous improvement of test rigs, HIL environments, and sign-off methodologies for mechatronic applications

Required Qualifications

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• Bachelor's degree in Mechatronics, Mechanical, Electrical, or Automotive Engineering
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• 3+ years of experience in mechatronic systems engineering, application engineering, or systems validation within automotive
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• Solid understanding of mechanical design principles (tolerances, kinematics, materials) combined with electrical/electronic circuits and embedded control systems
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• Hands-on experience with test tools/environments (HIL, dSPACE, CANoe/CANalyzer, LabVIEW, or equivalent)
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• Familiarity with requirements management tools like Jama and control system modeling (MATLAB/Simulink)
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• Strong analytical, troubleshooting, and root-cause analysis skills across multi-domain systems
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• Excellent written and verbal communication skills for cross-disciplinary technical reporting
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• English proficiency.

Preferred Qualifications

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• Experience with ISO 26262 (Functional Safety) and ASPICE processes for mechatronic/embedded systems
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• Knowledge of vehicle network protocols (CAN, LIN, Ethernet, FlexRay)
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• Experience testing closed-loop control systems, motor/actuator performance, or sensor fusion applications