Bachelor's degree in electrical, electronics, mechanical engineering, or related field; Master's preferred.
1-5 years of relevant experience depending on engineering level.
Proficient in C and Simulink; C++ and Python preferred.
Strong understanding of automotive components, embedded systems, and vehicle dynamics.
Experience with Model Based Development tools like MATLAB/Simulink and CarSim.
Responsibilities
Design and implement vehicle architecture and communication interfaces.
Develop and maintain simulation environments for software testing.
Evaluate and implement ECU/actuator algorithms in vehicles.
Plan experiments, analyze data, and document findings in technical reports.
Collaborate with cross-functional teams to create software-defined mobility solutions.
Maintain technical documentation and best-practice guidelines.
Ensure compliance with legal and safety standards.
Benefits
Opportunities for professional development and continuous learning.
Collaborative work environment with cross-functional teams.
Exposure to cutting-edge automotive technologies and innovations.
Potential for domestic and international travel.
Flexible work conditions with a focus on safety and compliance.
Full Job Description
Job Family:
Engineering
Job Description:
Summary: Working under the direction of engineering leadership, this position contributes to the development, integration, and evaluation of advanced vehicle control functions utilizing cross-domain systems. The role is also actively involved in the build, modification, maintenance, and operation of ego test vehicles.
Essential Functions:
Design and implement the architecture, network connectivity, and communication interfaces for test vehicles. Manage the build, revision, and maintenance of ego vehicles, and prepare technical reports documenting system configurations, changes, and test results.
Develop, maintain, and improve simulation environments (MIL/SIL), and develop software and models through simulation.
Design, implement, and evaluate ECU/actuator/sensing algorithms embedded in the vehicle.
Plan and execute experiments, analyze test data, develop innovative evaluation methods and techniques, and document findings through comprehensive technical reports.
Develop innovative concepts and conduct experiments and analyses to realize enhanced system performance. Collaborate with cross-functional teams (various BU - Business Unit engineering teams) to design and develop software-defined mobility solutions tailored to specific network requirements and use cases.
Create and maintain technical documentation, design specifications, and best-practice guidelines for software-defined mobility solutions.
Share technical knowledge and expertise with internal teams and stakeholders to promote collaboration, continuous learning, and innovation.
Create design specifications for RFQ to outsourcing companies.
Create development plan/ schedule aligned with the project direction.
Ensure legal compliance in all engineering product design activities.
Consistently use exceptional customer service skills and work with all levels of staff and maintain strict confidentiality of information.
Maintain a safe workplace and follow all regulations and requirements related to safety and environmental compliance.
Follow all quality policy standards.
Qualifications:
Knowledge skills and abilities:
Ability to construct test vehicles, design and implement power/communication/signal architecture is required.
Ability to design, implement, and evaluate ECU/actuator algorithms embedded in the vehicle is required.
Programming skills in C and Simulink is required, C++ and Python is preferred.
Knowledge of how to use internal & external sensor (GPS, IMU, camera, LiDAR) is required.
Knowledge on chassis and powertrain to control vehicle motion is required.
Experience to develop stability control and dynamics control is preferred.
Knowledge of ADAS control function is plus
Knowledge with Model Predictive Control is plus.
Knowledge of in-vehicle communication protocols (CAN/Ethernet/etc) is required.
Ability to carry out system level integration (including hardware and software) within vehicle.
Prior experience with real-time algorithm development for vehicle or chassis actuator is preferred.
Ability to make test plans and execute experiments is required.
Ability to analyze and utilize sensor data or collected data is required.
Experience using Model Based Development tools (specifically MATLAB/Simulink and CarSim) is required.
Familiarity with hardware and software simulators such as dSPACE is required.
Familiarity with Linux(Ubuntu) development environment is plus.
Familiarity with Cloud development environment such as AWS is plus.
Excellent writing and communication skills is required
Ability to work independently with minimal direction is required as are strong verbal and written communication skills.
Education: Bachelor's degree in electrical/ electronics/ mechanical engineering or related area required. Master's degree preferred.
Experience: 1~3+ years of related experience for Eng I level, 3~5+ years of related experience for Eng II level.
Exposure to Automotive engineering is required, including the following
An understanding of automotive components and embedded systems.
Knowledge of ADAS sensor and ADAS control function is plus.
An understanding of chassis systems and electrical powertrain systems.
An understanding of vehicle control and vehicle dynamics.
Working Conditions:
Physical Demands: Required to sit or stand for long periods of time. The employee may occasionally lift and/or move up to 25 pounds.
Travel: Domestic and international may be required as needed.
Work Environment: Primarily in a professional business office with exposure to testing areas and periodic exposure to manufacturing environments.
