Top Tech Jobs & Startup Jobs

Leads the design, development, deployment, and lifecycle strategy of locomotive electronic braking and digital rail solutions. Acts as technical architect and customer-facing engineering lead, translating requirements into reliable products and guiding cross-functional global teams. Responsibilities include system design, R&D strategy, technical reviews, field trials, procurement input, locomotive integration, documentation, program execution, and escalation of engineering risks. The role requires extensive systems engineering experience, locomotive braking and control expertise, networking and communications knowledge, and domestic and international travel.

Performs hands-on teardown and failure analysis of locomotive traction motor wheelsets to identify root causes and drive corrective actions. The role analyzes performance, test, and quality data; collaborates with Engineering, Manufacturing, Supply Chain, and Quality; supports customer investigations; improves remanufacturing processes and electronic workflows; and leads continuous improvement initiatives. Responsibilities also include EHS compliance, teardown scheduling, technical reporting, mentoring, and communicating findings to technical and non-technical stakeholders.

Leads end-to-end systems engineering and integration for wayside rail inspection products. Owns product architecture, system requirements, verification, customization, design improvements, and reliability initiatives. Translates customer needs into technical solutions, drives cross-functional delivery and design governance, manages integration risks, and mentors engineering teams. Collaborates with product, architecture, Scrum, and external partner teams to ensure system readiness, validation, performance, and scalable product standardization.

Lead the design, development, integration, testing, and deployment of train automation systems. Define and manage requirements, conduct trade studies, coordinate verification and validation, investigate technical issues, support field testing, and maintain technical documentation. Collaborate with product management, engineering teams, railroad customers, and other stakeholders to deliver safe, reliable, and efficient train-handling solutions. Apply systems engineering principles, advanced analytics, automation, and AI-enabled tools to improve product performance and engineering productivity.

Supports the design, development, testing, validation, and deployment of train automation and optimization solutions. Develops and analyzes system requirements, participates in design and verification reviews, troubleshoots technical issues, and contributes to technical documentation. Collaborates with product management, software, controls, safety, validation, applications engineering, and railroad subject matter experts. Applies systems engineering principles, AI-enabled tools, and data-driven approaches while supporting field testing and product enhancements.

Leads the design, integration, testing, and deployment of train automation systems. Manages system requirements, trade studies, technical reviews, verification and validation, field testing, documentation, and issue resolution. Collaborates with product, software, controls, safety, validation, applications engineering, and railroad customers. Applies systems engineering principles, advanced analytics, and AI-enabled tools to improve product performance, reliability, engineering productivity, and customer outcomes.

Supports the design, development, testing, validation, and deployment of train automation and optimization solutions. Responsibilities include requirements gathering and analysis, system and design reviews, verification activities, technical troubleshooting, field testing, documentation, and collaboration with product, software, safety, validation, and railroad engineering teams. The role applies systems engineering principles, learns rail industry standards, and uses AI-enabled tools and data-driven approaches to improve engineering productivity and outcomes.

Design, develop, integrate, test, verify, and maintain embedded software for industrial electronics across the full software lifecycle. Responsibilities include architecture, implementation, requirements and code reviews, defect analysis, technical documentation, automated testing, cybersecurity remediation, and software release support. The role collaborates with systems, hardware, quality, test, and product teams while improving engineering processes and tools.

Develop and maintain automated manufacturing test software, fixtures, tools, and documentation for industrial electronics. Design and validate production test solutions, troubleshoot product failures, support manufacturing facilities, collaborate with suppliers and cross-functional teams, and train personnel on test processes. The role requires electronics knowledge, programming and scripting experience, Linux or real-time operating system expertise, and hands-on use of diagnostic test equipment.

Leads the architecture, integration, validation, safety, cybersecurity, and productization of industrial robotics and automation systems for rail yard operations. Owns system requirements, interfaces, technical roadmaps, trade studies, design reviews, verification, field deployment, and production readiness. Coordinates multidisciplinary engineering teams, suppliers, customers, and business units throughout the product lifecycle, from early research and prototypes through commercialization and lifecycle support.