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+--------------------------------------+--------------------------------------+ | POSITION TITLE: | SOFTWARE & SYSTEMS ARCHITECT | +--------------------------------------+--------------------------------------+ | LOCATION: | Southfield, MI | +--------------------------------------+--------------------------------------+ | EDUCATION: | BA/BS in Computer Science, Computer | | | Engineering or Electrical | | | Engineering | +--------------------------------------+--------------------------------------+ | POSITION FOCUS: | The Software & System Architect will | | | develop software and systems | | | architectures for Lear’s automotive | | | customers that will allow them to | | | leverage Lear’s software and | | | connectivity portfolio.  This | | | position will be the primary | | | technical interface you automotive | | | companies and will collaborate with | | | them extensively to understand their | | | requirements and architectures now | | | and for the future.  This position | | | will develop the technical response | | | to customer requests, and present | | | Lear’s proposed solutions to that | | | customer.   This engineer will | | | assist the hardware teams with | | | developing platforms that support | | | the customers’ requirements and | | | provide a roadmap to the future.  | | | This engineer will develop | | | engineering estimations for the | | | design and development of proposed | | | solutions based upon the customer | | | requirements and will work with the | | | global team to optimize resource and | | | reuse of technology.   Working in | | | conjunction with the global Lear | | | connectivity engineering team, this | | | position will develop a deep | | | understanding of Lear’s connectivity | | | solutions and implement them.  This | | | position will serve as the technical | | | lead interface directly with | | | customers for the integration of | | | various technologies such as Linux, | | | virtualization, V2X, Cellular, WiFi, | | | GNSS, & BLE technologies. | | | | | |   | +--------------------------------------+--------------------------------------+ | PRIMARY RESPONSIBILITIES: | - Work closely with the Global | | | Connectivity engineering and | | | architecture teams | | | - Maintain an expert level of | | | product knowledge and | | | application on Connectivity | | | technology            | | | - Listen, understand and convey | | | customer issues and requirements | | | to product management and | | | development teams | | | - Develop system and software | | | architecture proposals for | | | Automotive electronics systems. | | |            | | | - Develop engineering resource | | | estimations for customer | | | proposals | | | - Present technical solutions and | | | provide technical guidance to | | | automotive customers for future | | | systems | | |                                  | | |                       | | | - Collaborate with suppliers and | | | Global Lear teams to develop and | | | demonstrate next generation | | | solutions and architectures. | | | - Travel to customer sites to | | | demonstrate and explain | | | capabilities of Lear solutions | | | | | |   | +--------------------------------------+--------------------------------------+ | PREFERRED BACKGROUND & EXPERIENCE: | - 5-10 years’ experience in | | | automotive software & systems | | | architecture design for embedded | | | platform | | | - Solid understanding of modern | | | microprocessor-based hardware | | | - Proven experience with | | | developing embedded software and | | | systems architectures | | | - Proven experience with | | | Hardware/Software integration | | | design for embedded systems | | | - In-depth knowledge of vehicle | | | communications (CAN/LIN etc.) | | | architecture and ECUs. | | | - Experience creating technical | | | specs and system decompositions | | | from customer specs | | | - Experience with embedded | | | software system performance, | | | startup and stability design | | | - Proven experience with mapping | | | SW requirements to SW design. | | | - Experience working with and | | | presenting to cross-functional | | | automotive engineering teams. | | | - Experience with SCM and version | | | control tools such as GIT, | | | SVN etc. | | | - Experience with issue tracking | | | tools such as JIRA, | | | Clearcase etc. | | | - Strong presentation, | | | communication, interpersonal and | | | organizational skills | | | | | |            | +--------------------------------------+--------------------------------------+

Required Skills Required Experience

1. Ability to carry/lift up to 75 lbs.
2. Ability to maintain a consistent workload that involves heavy manual labor.
3. Ability to maintain alertness and acuity that is not typically impaired by any medication, diet, or physical condition.
4. Ability to bend, stoop, squat, sit and maneuver in confined spaces.
5. Ability to wear respirators in environments that may expose you to chemicals, fumes, etc.
6. Ability to maintain workloads that may include travel to a variety of states for days or weeks, and daily timeframes that could exceed the typical 8-hour shift.