Description
would you like to impact the mobility industry by developing cutting edge technology working in a company that is located throughout 58 different countries all over the world?
designing technology focused on cyber security and functional safety?
coordinating different disciplines to develop automotive architectures that you will see operating in action everytime you drive a car?
shape the future with your ideas as system engineer at continental.
system engineer is responsible:
- to collect, analyze and derive stakeholder requirements: customers (oems, and customers), suppliers, internal stakeholders (pms, tpl, ee, md, sw, pes), production, quality, standards (e. g. Iso).
- create and manage system requirements based on collected stakeholder requirements (black box level).
- responsible for the delivery of a functioning technical system that is fully validated to all cutomer requirements.
- create/update requirements engineering and traceability management plans.
- analyze customer design change requests and analyze feasibility.
- leads the engineering functions in change control board meetings to manage engineering changes and design new features.
- ensure traceability.
- develop and document the system architecture to satisfy the system requirements
- communication and alignment of the system architecture within the team and all affected parties - mainly: quote team, sales manager, pm, tpl, sw-tpl, requirements engineers, safety managers, sw architect, ee, me, test manager, test engineer
- decomposition of the system in a way to facilitate: resource usage/reuse/efficient integration sequence/variant mgmt/traceability
- responsible of the system fmea (failure mode & effects analysis)
- close collaboration with the safety manager and ee engineers to support functional safety and hw/sw interface specification requirements
- supports pm/tpl in interfacing to the customer's engineering representatives for technical questions and cooperates with the customer in engineering activities as well as supports the continental resident engineer.
*qualifications*:
basic qualifications:
'- bachelor of science in mechatronics, electronics or computer engineering.
- 6+ year automotive electronics or 8+ years developing embeded electronics
- sw programming/testing experience
- excellent oral and verbal communication skills
- english language.
advance level
- requirement engineering experience (requirement manger role)
- configuration and change management (as responsible)
- experience handling functional safety & cybersecurity requirements
- usage of sysml/uml
- experience developing system architecture
- understanding the software design process and techniques including the v cycle requirements analysis and test cases design.
- requirement management experience in doors (baselines, traceability, linksets)
- understanding vehicle functions, test plans features, interfaces and diagnostics.
- excellent interpensonal and organizational abilities.
- highly motivated and self driven, ability to work with mínimal supervision.
preferred qualifications
- understanding of electrical designs porcess and techniques for analog and digital circuit design, proeficientin basic ee test equipment (osciloscope, dmm, signal generator, etc.)
- experience in diagnostics(uds, kwp).
vehicle bus protocols (can, lin, etc.)
and tools.
continental develops pioneering technologies and services for sustainable and connected mobility of people and their goods.
founded in 1871, the technology company offers safe, efficient, intelligent and affordable solutions for vehicles, machines, traffic and transportation.
in 2020, continental generated sales of €37.7 billion and currently employs around 193,000 people in 58 countries and markets.
in 2021, the company celebrates its 150th anniversary.
the autonomous mobility and safety business area develops, produces and integrates active and passive safety technologies and controls vehicle dynamics.
the product portfolio ranges from electronic and hydraulic brake and chassis control systems to sensors, advanced driver assistance systems, airbag electronics and sensors, electronic air suspension systems and cleaning systems for windscreens and headlights.
autonomous mobility and safety has a high level of systems expertise in the interconnectivity of individual components.
as a result, products and system functions are created along the "senseplanact" chain of effects.
these make driving safer and easier and pave the way for autonomous mobility.