System Engineer - Doors​/HVAC​/Coupler​/Gangway

515519

24-Jul-2026

Mobility

Mid-level Professional

Pioneering in America, from the first mile to the last. This is what drives us.

For more than 160 years, Siemens has been an integral provider of infrastructure, electrification, and transportation solutions in the United States. Automation’s impact on the railway industry is second only to the effects of digitalization. Combine them and the results are transformative! We work at the leading edge of this movement, applying our proven expertise in digitalization to rail infrastructure and automation.

Our innovative solutions deliver greater safety, punctuality, reliability, and sustainability across the line, all while reducing costs for mass transit and freight transportation systems. We are continuously developing new answers for rail automation – often to questions that haven’t been asked yet.

Join the growing team at our world-class passenger railcar manufacturing facility in Lexington, NC! Siemens Mobility, Rolling Stock Division is the North American market leader in the production of passenger coaches, locomotives, and light rail vehicles.

We’re proud to be Great Place to Work® certified—a reflection of our commitment to creating an environment where innovation thrives and every voice matters.

The Systems Engineer – Doors / HVAC / Coupler / Gangway reports to the Doors and HVAC Engineering Manager in Sacramento, CA, and works under the close supervision and guidance of the respective System Architects for each system. This is a full time, in person (not remote) role located in Lexington, North Carolina. You will be the on-site subject matter expert responsible for supporting engineering activities involved in the manufacturing of passenger coach rail vehicles for the Doors (Including Movable Steps, Gap Fillers, Trap Doors and Lifts), HVAC, Coupler, and Gangway systems.

• Provide systems engineering level support to production related topics impacting the manufacture and test of passenger rail vehicles for the HVAC, Doors, Coupler, and Gangway systems
• Work under the guidance and supervision of the System Architects for the respective systems
• Troubleshoot, investigate and provide solutions and direction to production engineers in the resolution of production issues
• Ensure that internal and external interface, contractual, and regulatory requirements are met in the as-manufactured condition
• Collaborate regularly with internal and external partners both within the United States and in Europe
• Be familiar with the design review documentation and CDRL’s for the HVAC, Doors, Coupler, and Gangway systems
• Be familiar with the mechanical, electrical, and software interfaces for the HVAC, Doors, Coupler, and Gangway systems as well as the requirements for installation ensuring successful integration in the as-manufactured condition
• Provide technical mentorship to junior engineers
• Work collaboratively with management and other departments to ensure targets are met
• Manage assigned tasks independently with consideration of both time and associated cost
• Travel up to 10% including regular travel within the United States, and Europe

• BS degree in Mechanical + 5 years of relevant experience; or MS degree in Mechanical Engineering + 2 years of relevant experience; or PhD in Mechanical Engineering + 1 years of relevant experience.
• Experience using 3D cad software for the design and integration of mechanical systems (preferably PTC Creo)
• Experience in the successful integration of complex electro-mechanical systems
• Working knowledge of interpretation of electrical schematics
• Experience in the manufacturing of complex systems
• Qualified applicants must be legally authorized for employment in the United States. Qualified applicants will not require employer-sponsored work authorization now or in the future for employment in the United States.
• Experience communicating complex technical topics to internal and external audiences through written and verbal means

• Rolling Stock Engineering experience and the vehicle platforms they are derived from.
• Working knowledge of…