Gruppe: Magna Electronics
Division: Magna Electronics Sailauf
Art der Beschäftigung: Festanstellung
Magna’s ADAS technologies are shaping an autonomous future and improving lives.
Full autonomy is coming. But to create the technology which will bring it into view, you need the desire and ability to adapt complete ADAS systems or modular solutions to any vehicle, for any mobility need.
Magna’s electronics solutions connect OEMs to their customers with features that improve their lives. It’s our expertise across the entire vehicle, key strategic partnerships and culture of innovation that allow us to make our industry-leading technologies road-ready. And it is how we’ll continue to build a safer, smarter and more connected mobility experience for all people.
The Systems Team Lead is responsible for leading a team of functional discipline engineers while still performing technical tasks (e.g. an EE team lead would still perform EE tasks while leading the team) within the project and company mandated targets.
Directly manages the team in the implementation of objectives and overall activities and effort estimates.
Provides technical leadership in directing the efforts of the team in the development and production release of all relevant engineering deliverables in compliance with the product development process and customer expectations.
Ensures engineering targets (quality, delivery timing, performance, engineering budget, etc.) for engineering deliverables are met.
Ensures all necessary engineering documentation and data is generated and maintained to ensure traceability and compliance to company procedures (e.g. Process - Work Instructions) and applicable standards (e.g. ISO/TS 16949, ISO/IEC TR 15504).
Work with customer at program initiation to analyze the customer requirements and to enter them into the Magna application life cycle (ALM) tool.
Develop the system requirements based upon and traced to the customer requirements for mechanical, electrical, and software disciplines.
Utilize the system architecture provided by the core team to verify that the system requirements are satisfied by the system architecture.
Understand and document customer requirements using ALM tools. Manage and negotiate customer requirements, change requests, and unwritten expectations.
Document system architecture in an unambiguous, clear, and understandable way that electrical, mechanical and software engineers know exactly what they have to do in order to meet customer expectations.
Develop with the support of the customer the system level DFMEA for the product.
Coordinate with Manufacturing and Software teams to develop interface requirements including EOL and module programming requirements.
Perform complex work assignments requiring independent problem solving and decision making, requiring strong systems engineering technical competency
Complies with the requirements of Quality Operating System (QOS)
Bachelor’s degree in Computer Engineering / Systems Engineering / Electrical Engineering / Computer Science or equivalent (Master’s preferred)
5+ years’ relevant experience regarding the Responsibility / Activities (listed above) in serial development. Automotive electronic (mandatory)
Knowledge of product development engineering practices in automotive field
Profound technical knowledge of automotive electronics products. Familiar with typical automotive OEM requirements. Can anticipate customer requirements, even if not stated in customer documentation.
Experienced in use of requirements management tools. Familiar with concepts such as baselining, inheritance etc.
Working knowledge of IS026262, hazard, SAE J2464, IEC, NEC, ISO 20G53, and two-level fault strategies.
Experience with ALM tools (e.g. PTC Integrity, DOORS), simulation SW (e.g. Matlab SIMULINK), Enterprise Architect
Expertise in using CAN based tools such as CANalyzer, CANoe, CANape, neoVI, etc. and with UML or Matlab/Simulink and Stateflow
Knowledge of analysis and engineering tools such as version control/configuration management, UML tools, static code check tools and ALM tools (PTC Integrity)
Working knowledge in structured engineering approach as well as in development of portable, reusable and modular software in automotive environment.
Experience in using a disciplined software development process based on ASPICE or CMMi process model
Working knowledge of configuration management (preferably PTC/MKS), project monitoring and control techniques
Knowledge of structured problem solving (8D) methods and/or techniques