What you'll do: This position is to be part of a team supporting driveline software development solutions for vehicle embedded applications, especially on higher layers of software development, requiring Matlab skills.
As a member of the team, you will work closely with Senior Software Engineers and System Engineering to help define requirements, contribute to hardware designs, generate control algorithm solutions and models, define test plans, and perform validation testing to confirm that system and functional requirements are met.
You will work with your engineering manager to estimate development, resources, and timing to achieve the desired results, which will require both individual contributions and teamwork.
You will support engineers and global team members located in the U.S. and other regions.
A.
Support vehicle software modeling and simulation activities to predict performance and impact due to hardware variability.
Support prototype and production OEM vehicle integration and development efforts from the driveline controls perspective (e.g., configuration, calibration, and drivability).
Work with engine/electric motor & vehicle OEMs to support the development & validation of system functionality & optimal performance with Eaton Automated Transmissions to Eaton & customer requirements/specifications.
B.
Communicate Eaton transmission interface requirements to engine manufacturers & vehicle OEMs and assist in development and integration of optimum engine/motor/transmission performance.
C.
Support performance guidelines, requirements, and specifications for vehicle OEMs, engine OEMs, and transmission product teams.
D.
Provide/communicate to engine & transmission organizations with approval/rejection disposition of transmission compatibility with engine or vehicle versus performance requirements or customer expectations.
E.
Identify root cause and corrective action associated with the engine or vehicle AMT-integration.
F.
Develop controls strategies and model architecture design with technical experts to achieve solutions.
Use simulation tools to efficiently perform design iterations and optimization.
Verify solutions created by you or other team members through simulation, sub-system, and vehicle level testing.
G.
Work in a multifunctional team developing software for embedded systems.
Extensive work in C/C++.
H.
Support guidelines, requirements, and specifications for engine OEMs, truck OEMs, & transmission product teams.
I.
Utilize engineering tools such as DFMEA, DFSS, DFM/DFA, and Concurrent Engineering to achieve organizational targets for a flawless launch.
J.
Analyze customer technical requirements and standards and adequately address necessary changes to the engineering center responsible for the respective transmission platform and/or to Manufacturing, SCM, Quality, etc.
K.
Build embedded software for Eaton's new systems in development, including new actuators and electronics systems.
Qualifications: Mandatory: Engineering in progress (ending in 2025) or completed engineeringExperience with C programming languageExperience with microcontroller programmingIntermediate English (conversation, writing, and reading)Desirable: Experience in automotive product engineering and embedded software development Skills: A.
Six Sigma tools knowledge for product development;
B.
Expertise in MatLab/Simulink and knowledge of CAN, CANalyzer, and SAE J1939 communication standards, CANape;
C.
Knowledge of new product development processes and tools (DFMEA, DVP, DAP, Change Management, Concurrent Engineering, Design for Assembly);
D.
Demonstrated strong problem solving and root cause analysis skills;
E.
Awareness of ISO 26262, ASpice, AUTOSAR, and ISO IATF standards;
F.
Automotive software development skills including:
• C++ programming language,
• Analog to digital conversion (ADC),
• Solenoid diagnostics,
• Real-time operating systems,
• Experience in automotive or commercial vehicle dynamics, vehicle powertrain, or chassis control systems.
• Understanding of powertrain or chassis control principles, components, and system variants.
• ECU Calibration development
• Awareness of HILS environments like dSPACE, ETAS.
• Experience with Complex Device Drivers & BSW, MCAL drivers;
A.
Problem solving, including failure analysis;
B.
Advanced English language skills;
C.
Interpersonal communication skills and professional presence;
D.
The ideal candidate is a self-starter, self-motivated, strong communicator, team player, adaptive, and results-oriented.
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