System Integration Engineer

Global Connect Technologies; Mossville (IL); On-site; USD 80,000 - 110,000; Full time

Job summary

Global Connect Technologies, based in Mossville, Illinois, is seeking a professional to manage system-level requirements for autonomous truck systems. The role involves ensuring alignment across system behavior, software implementation, and verification activities, supporting integration and validation efforts.

The ideal candidate will have experience in root cause analysis, collaborative problem-solving with cross-functional teams, and expertise in embedded systems development, including software tools like C and Matlab/Simulink.

Responsibilities

• Developed and managed system-level requirements with full traceability.
• Supported subsystem integration and verification activities.
• Performed root cause analysis of test bench and field issues.
• Defined and refined system behavior and functional interactions.
• Worked closely with cross-functional teams to resolve issues.
• Contributed to issue investigation and change management.
• Assisted in requirements analysis for embedded systems.
• Supported software development using C and Matlab/Simulink.
• Participated in planning and technical coordination.

Job description

• Developed and managed system-level requirements with full traceability across the V-model for autonomous truck systems, ensuring alignment between system behavior, software implementation, and V&V activities.
• Supported subsystem integration, system verification, and validation activities by collaborating with cross-functional teams to ensure end-to-end system consistency and robustness.
• Performed root cause analysis (RCA) of test bench and field issues using CAN logs, diagnostics, and system data to identify integration faults and failure modes.
• Defined and refined system behavior, interfaces, and functional interactions to support autonomous vehicle platform integration and performance improvements.
• Worked closely with software, testing, and systems engineering teams to resolve system-level issues and improve reliability, fault handling, and overall product performance.
• Contributed to issue investigation, change management, and technical reviews to support system integration milestones and product releases.
• Assisted in concept development, requirements analysis, and stakeholder communication for automotive embedded systems including TPMS and Instrument Panel Cluster platforms.
• Supported embedded software development activities using C and Matlab/Simulink, ensuring traceability between requirements, implementation, and validation results.
• Participated in cross-functional planning, technical coordination, and continuous improvement initiatives in autonomous vehicle and embedded systems environments.