两轮车系统专家 Job at Randstad (上海)

Job Responsibility

Define together with a team system and architecture decisions for ABS two-wheeler systems, its functions and variants (e.g., entry-level ABS to advanced cornering ABS)
Capture and clarify customer use cases, performance goals, constraints, and safety requirements for two-wheeler ABS applications and translate these into product requirements
Define subsystem requirements for two-wheeler ABS solutions (sensors, ECU, hydraulic modulator, software/control, diagnostics, power, safety)
Evaluate and document architecture trade-offs, pros/cons, and selection criteria (sensor set, estimator/sensor fusion approach, control concepts, hydraulic architecture, fallback strategies)
Provide system engineering and requirements leadership, including traceability and verification concept definition
Drive alignment across hardware, software/control, calibration, test/validation, and manufacturing/industrialization teams
Define critical test cases, validation criteria, and verification plans for ABS performance, robustness, and safety across operating conditions
Support failure risk management activities (e.g., FMEA/DFMEA) and definition of safety mechanisms, diagnostics, and degradation concepts
Support system-level validation strategy including vehicle integration aspects and customer acceptance criteria

Proven R&D experience (5+ years) in development of two-wheeler ABS systems (system-level development experience required)
Strong experience in system engineering methods, requirements engineering, and architecture development for safety-relevant systems
Hands-on knowledge of two-wheeler ABS components and real-world trade-offs (wheel speed sensing, IMU/pressure sensing as applicable, ECU, hydraulic modulator, valves/pump, diagnostics,…)
Experience with sensor fusion/estimation and control concepts relevant to ABS (e.g., slip estimation/control, wheel deceleration strategies, stability considerations, …)
Proven experience defining critical test cases and validation criteria
ability to translate requirements into measurable verification methods and acceptance criteria
Practical experience with failure analysis and risk management (FMEA/DFMEA) and a functional safety process
Ability to communicate complex technical concepts and decisions clearly to both customers and internal teams
Knowledge of reliability, safety concepts, and compliance considerations relevant to two-wheeler braking systems (as applicable)
Technical or science university degree (e.g., Mechanical/Electrical/Mechatronics/Automotive Engineering, Physics, or similar) or equivalent practical experience
Business-fluent English language skills