Job Description:
Full Time - Direct Hire Opportunity with Competitive Pay and Full Benefits!

Summary:
The candidate selected for this position will play a key role in helping define and develop next generation of telematics features.

Responsibilities:

Help define and develop next generations of telematics features in alignment with technology growth and future trends
Maintain TCU system specification, and develop and perform TCU system level test procedures; execute system tests as required to support lead program launch
Lead the overall development, validation, and launch of the Telematics Control Unit and its features, in conjunction with the in house hardware and software development teams
Responsible for the overall core delivery of the TCU
Work with internal feature owners to develop new features and functions for the TCU.
Support core development activities for TCU including module level specification development, failure mode avoidance (FMA) activities, hardware and software reviews, WCCA, and design validation planning and reporting
Fully understand connected vehicle & module architecture capabilities and limitations and develop plans for successful feature implementation and launch
Manage interface with vehicle teams, planning, marketing, and other groups within EESE and R&A
Work with software development partners on planning, execution, release, and integration of third party software components
Understand the performance requirements for the TCU (e.g. power management, end to end connected feature execution time, network performance for both CAN and Ethernet, etc.).
Establish Feature objectives and work collaboratively with teams to ensure system operation to meet the objectives through structured component, sub-system, and system level test methodologies and resolve system issues
Oversee/Sign off Feature Level performance per a given vehicle
Define CAN database compatibility strategies and help define Ethernet messages between modules.
Manage development schedules, change requests / evaluations, and overall risks
Develop and maintain technology migration plan for TCU
Develop and maintain TCU cost roadmap
Quantify feature release quality by evaluating projected software defect rate, number of open defects, etc
Work with strategic partners, government regulatory organizations, cellular carriers, technology alliances etc. in the planning of certification tasks
Work with cross functional team to help define migration plan for different connectivity solutions globally considering vehicle architectures, system compatibility with different IVI systems, legal & regulatory requirements, government/industry and cellular carrier certification requirements etc.
Work with in house design team or Tier1 suppliers to identify and manage required changes to support 100% connectivity requirement
Manage deployment of multiple connectivity solutions in multiple regions by working with cross-functional teams
Evaluate incoming feature requests and identify future resource needs based on these requests

Requirements:
Minimum:

BSEE, BSCE, BSCS, BSME with electronic background
3-5+ years of automotive electronics experience
Experience in automotive infotainment, telematics systems or automotive connectivity solutions
- Wi-Fi
- Cellular Bluetooth
- Vehicle Networking
2+ year’s knowledge/experience of Vehicle CAN / Ethernet networking and communication
3+ years of experience writing vehicle, system, feature or component specifications
1+ years of demonstrated experience with program management
Comfortable working in a fast-paced environment and with cross functional global teams
Strong time management and project management skills
Ability to work independently and in a team enviroment

Preferred:

MSEE, MSCE, MSCE, MSME with Electronic background
D/R experience in automotive electronic module development
Detailed knowledge of CAN, AUTOSAR, diagnostics, and CAN gateway strategies
Demonstrated experience with Ethernet networking applications
Experience with Vector Informatik tool chains (Candb++Amin, GENy/CANGen/FNOS, CANoe)
Experience developing and conducting laboratory and vehicle tests
Demonstrated experience with data collection from and analysis of vehicle networks and systems
Knowledge of Vehicle Cyber Security protocols and concepts
General understanding/knowledge of vehicle to cloud connectivity: APN, VPN, TCP/IP stack, etc.
General understanding of in-vehicle HMI requirements related to connected vehicle features
Good knowledge of 3GPP/3GPP2 standards
General understanding of CAN and OTA update mechanism
Working knowledge of Agile software development processes (e.g. Scrum, Kanban, etc.)
Broad interpersonal skills allowing a wide range of interface with vehicle product development / subsystem engineers and cross-functional teams (planning, marketing, IT, etc.) and suppliers

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