ADAS Engineer

Summary The Engineer Autonomy & Active Safety supports the design, development, and integration of advanced software systems for active safety, advanced driver assistance systems (ADAS), and unmanned ground vehicle platforms. This role contributes to real-time control algorithms, artificial intelligence, motion planning, computer vision, sensor processing, and embedded systems development. Working under the guidance of senior engineers, the position focuses on delivering high-quality software solutions that meet engineering standards, safety requirements, and program objectives. Key Responsibilities Perform software development tasks in accordance with established engineering standards and processes Support design, development, and integration of real-time control algorithms, AI systems, motion planning, computer vision, and sensor processing Assist senior engineers with plans, designs, peer reviews, documentation, and reporting Contribute to project tasks of limited complexity in a support role Develop embedded C/C++ software to configure and control hardware and provide application interfaces Utilize model-based development tools such as MATLAB, Simulink, and related platforms Collaborate with internal engineering teams, business units, suppliers, and test organizations Support test programs, including occasional travel to off-site locations Participate in cost studies, time estimates, and technical proposals Follow established development processes, including CMMI Level 3 procedures Identify operational risks and support mitigation strategies Prepare requirements documentation and design artifacts Provide mentorship to interns on shared projects as appropriate Support cross-functional activities to ensure quality, reliability, and cost objectives are met Maintain regular attendance and complete additional duties as assigned Minimum Qualifications Bachelors degree in Engineering or a related field from an accredited institution Six months or more of relevant experience (internship experience acceptable) Familiarity with C#, PLCs, Python, SQL databases, and embedded C/C++ Ability to work effectively in a team environment Strong written and verbal communication skills Preferred Qualifications Bachelors degree in Computer Science, Computer Engineering, or Electrical Engineering Experience with MATLAB/Simulink and model-based development tools Automotive industry experience Experience with embedded C/C++ software development for real-time systems Core Competencies Strong collaboration and teamwork skills Analytical thinking and problem-solving ability Effective communication across technical and non-technical audiences Ability to interpret technical documentation, procedures, and regulations Sound decision-making using established processes and guidelines Capacity to work within structured policies while applying engineering judgment Ability to lead or guide peers on specific tasks as needed Work Environment & Schedule Primarily on-site role (not a hybrid position) Occasional work-from-home permitted after training, but not on a regular basis Routine daytime schedule with infrequent overtime or weekend work Travel up to approximately 10% to customer sites, test facilities, or supplier locations Interview process includes 12 rounds of phone or video interviews Working Conditions Combination of seated and standing work with frequent computer use Occasional driving and light lifting may be required Environment may involve focused analytical tasks and changing priorities Work may involve collaboration across multiple teams and locations EOE (including Disability/Veterans) #HRUProfessional