The System Project Leader (SYPL) is responsible for the end-to-end technical leadership of a project or product family, ensuring successful integration, planning, execution, and delivery across all engineering disciplines.
This role drives the development of cutting-edge eMobility solutions—including power electronics, electric motors, and driveline systems—from concept through production.
As the primary technical interface to the customer, the SYPL leads a global, cross-functional engineering team, ensuring alignment with customer requirements, project timelines, budgets, and validation milestones. The SYPL plays a critical role in coordinating engineering competencies, managing system-level trade-offs, and delivering innovative, high-quality products that meet or exceed expectations.
Personal attributes:
The System Project Leader (SYPL) is responsible for the end-to-end technical leadership of a project or product family, ensuring successful integration, planning, execution, and delivery across all engineering disciplines.
This role drives the development of cutting-edge eMobility solutions—including power electronics, electric motors, and driveline systems—from concept through production.
As the primary technical interface to the customer, the SYPL leads a global, cross-functional engineering team, ensuring alignment with customer requirements, project timelines, budgets, and validation milestones. The SYPL plays a critical role in coordinating engineering competencies, managing system-level trade-offs, and delivering innovative, high-quality products that meet or exceed expectations.
,[Lead and manage a global engineering team to successfully execute projects or product families. , Drive system-level reviews, including requirements, architecture, and integration. , Act as the primary technical interface to the customer, managing product definition, requirements allocation, and development expectations. , Understand customer needs and align them with feasible, marketable product solutions. , Lead technical negotiations for customer change requests, assessing cost and timing impacts. , Balance trade-offs across power electronics, eMotor, and mechanical systems to optimize overall performance. , Develop and maintain detailed engineering timing plans, tracking progress across design, testing, and validation. , Ensure timely delivery of all engineering outputs to Program Management. , Collaborate with Program Management to ensure cross-functional task integration. , Proactively manage project risks throughout the development lifecycle. , Define and manage engineering resource requirements against approved budgets. , Communicate technical project status clearly to internal and external engineering stakeholders. , Support product reliability and warranty monitoring; contribute to root cause analysis and corrective actions when needed. , Promote and enforce adherence to engineering processes, including ASPICE, functional safety, and cybersecurity standards. Requirements: ASPICE, ISO26262, DFMEA Additionally: Multisport, Private healthcare, Private insurance, Social fund, Training budget, Language courses, International projects, Integration events, Small teams, Bike parking, Playroom, Shower, Modern office, Free parking, Chill out room, Company events, Great coffee, No dress code, Foosball, Office library, Board games collection, In-house trainings, Kindergarten.