Controls & Test Systems Engineer II (Hybrid)

Daimler Truck North America; Detroit (MI); Hybrid; USD 90.000 - 115.000; Vollzeit

Benefits dieser Stelle

Annual bonus program

401k company contribution with match

4 weeks paid vacation

13+ calendar holidays

8 weeks paid parental leave

employee assistance program

comprehensive healthcare plans

tuition assistance

wellness programs

Zusammenfassung

Daimler Truck North America’s Detroit Powertrain Test Center seeks a Controls Engineer to join the engineering team for end-to-end test systems integration across powertrain, engine, and components.

You will manage industrial control systems supporting test benches and ensure seamless integration with data acquisition systems while collaborating with cross-functional teams to minimize downtime and drive technology improvements.

Qualifikationen

• Bachelor's degree in Electrical/related field (ABET).
• Minimum 2 years in manufacturing or automotive testing.
• Experience with high-power circuits up to 480 VAC.
• Experience with fieldbus, industrial Ethernet, OPC UA, IO-Link.
• Proficient in PLC troubleshooting and Siemens products.

Aufgaben

• Design, implement, support PLC and HMI across test benches.
• Support VFDs, troubleshoot and repair as needed.
• Collaborate with engineers, technicians and suppliers.
• Manage test center OT network in IT compliance.
• Lead cross-functional infrastructure projects.

Kenntnisse

Siemens PLC knowledge

Control systems design

Troubleshooting PLCs

Analytical thinking

Ausbildung

ABET Accredited University

B.S. in Electrical Engineering or related field

Tools

AutoCAD Electrical

EPLAN Electric P8

Solidworks Electrical

TIA Portal

STEP 7

WinCC

Jobbeschreibung

Daimler Truck North America’s Detroit Powertrain Test Center seeks a Controls Engineer to join the engineering team for end-to-end test systems integration across powertrain, engine, and components.

You will manage industrial control systems supporting test benches and ensure seamless integration with data acquisition systems while collaborating with cross-functional teams to minimize downtime and drive technology improvements.