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System Architect Electrical
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Summary
Design and develop electrical system architectures for advanced hybrid vehicles, translating high-level requirements into technical specifications for power distribution, energy storage, and communication interfaces like CAN and Ethernet.
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System Architect Electrical - Vehicle Systems
Rheinmetall Defence Nederland BV in Ede
Ref. no.: NL00210
Contract vorm: Full Time
Type contract: Contract bepaalde tijd
Compensation: €4,000.00 - €6,600.00
As System Architect - Vehicle Electrical Systems , you will be responsible for defining and developing the electrical system architecture of advanced vehicles, with a particular focus on hybrid vehicle platforms .
You will translate vehicle-level requirements into a coherent electrical architecture and ensure that is technically feasible, scalable, safe, manufacturable, serviceable, and ready for mass production .
As system architect of the vehicle electrical system, you will work closely with system architects, electrical and mechanical engineers, software teams, safety engineers, suppliers, and project management. - Define the vehicle electrical system architecture , including energy generation, energy storage, power distribution, energy conversion, electrical loads, control units, sensors, actuators, and communication interfaces. - Translate vehicle-level requirements into electrical system requirements and architectural concepts , defining interfaces, dependencies, performance requirements, and allocation of functions to electrical and electronic subsystems. - Evaluate electrical architectures for hybrid vehicles , and ensure functional, electrical, and technical safety requirements are incorporated into the architecture . - Define and coordinate electrical interfaces and communication architectures , including CAN, and Ethernet, ensuring consistent data and power interfaces between subsystems. - Coordinate the integration of electrical systems with mechanical, software, thermal, and vehicle-level architectures , resolving technical conflicts and ensuring that system-level constraints are addressed early in the design process. - Lead architectural trade-off studies and design decisions , considering performance, re...
System Architect Electrical - Vehicle Systems
Rheinmetall Defence Nederland BV in Ede
Ref. no.: NL00210
Contract vorm: Full Time
Type contract: Contract bepaalde tijd
Compensation: €4,000.00 - €6,600.00
As System Architect - Vehicle Electrical Systems , you will be responsible for defining and developing the electrical system architecture of advanced vehicles, with a particular focus on hybrid vehicle platforms .
You will translate vehicle-level requirements into a coherent electrical architecture and ensure that is technically feasible, scalable, safe, manufacturable, serviceable, and ready for mass production .
As system architect of the vehicle electrical system, you will work closely with system architects, electrical and mechanical engineers, software teams, safety engineers, suppliers, and project management. - Define the vehicle electrical system architecture , including energy generation, energy storage, power distribution, energy conversion, electrical loads, control units, sensors, actuators, and communication interfaces. - Translate vehicle-level requirements into electrical system requirements and architectural concepts , defining interfaces, dependencies, performance requirements, and allocation of functions to electrical and electronic subsystems. - Evaluate electrical architectures for hybrid vehicles , and ensure functional, electrical, and technical safety requirements are incorporated into the architecture . - Define and coordinate electrical interfaces and communication architectures , including CAN, and Ethernet, ensuring consistent data and power interfaces between subsystems. - Coordinate the integration of electrical systems with mechanical, software, thermal, and vehicle-level architectures , resolving technical conflicts and ensuring that system-level constraints are addressed early in the design process. - Lead architectural trade-off studies and design decisions , considering performance, re...
