Position Description:
Position Title
- Simulation Engineer (Control Systems) Job Location
- Mossville, IL, USA Bill Rate Range
- $35 to $38/hr Estimated Duration (In Months)
- 13 Work Model
- Onsite Must have Skills/Attributes
- Blueprints, Sensory Testing, Troubleshooting Shift
- M to F, 7:00 AM to 3:30 PM Required Education Bachelor''s degree (or equivalent) in an accredited Engineering, Robotics, Computer Science, Software Engineering, or equivalent technical field.
Years of experience: 5 years of relevant engineering development work (Master''s degree = 3 years of experience accepted). Internships do count toward experience. Required Skills Familiarity with software development processes. Experience reading and understanding prints for components and wiring harnesses. Experience writing and tracking requirements. Issue resolution through triage and troubleshooting. Strong understanding of integrating sensors and compute, including tradeoffs. Soft Skills (Required) Great teamwork, communication, analysis, and troubleshooting skills. Self-starter, highly motivated, able to learn at an accelerated pace. Willing to put in the time to get the job done. Experience presenting design concepts, reviews, and results. Job Responsibilities Modify existing databases and database management systems, or direct programmers and analysts to make changes. Write and code logical and physical database descriptions and specify identifiers of databases to the management system, or direct others in coding descriptions. Work as part of a project team to coordinate database development and determine project scope and limitations. Review project requests describing database user needs to estimate time and cost required to accomplish the project. Translate customer / commercial requirements into system requirements. Decompose high-level automation & autonomy features into system-level functional requirements, maintaining clear traceability and documentation. Define system architecture, interfaces, and integration strategy across machine subsystems. Collaborate on design approach and trade-offs. Develop features integrating across hardware, software, sensors, and control systems. Create and track FMEAs. Cross-functional coordination with machine systems, software, digital teams, validation, and product support. Issue resolution through triage and troubleshooting. Track schedule, deliverables, and technical risk.
