Control Systems Engineer – Traction and Aux Control

Essa posição é para atuar em regime presencial, em Contagem, MG. Who will you be working with? You will be working with the Locomotive Control Systems Engineering team, collaborating closely with locomotive system engineers, software engineers, validation teams, component engineering groups, and global cross-functional teams to develop and validate traction and auxiliary control solutions for locomotive applications. How will you make a difference? As a member of the Control Systems Engineering team, you will be responsible for designing, developing, and validating locomotive traction and auxiliary control systems that meet customer requirements, reliability goals, and cost targets. This role supports the delivery of advanced locomotive control solutions through system-level design, modeling, simulation, testing, and validation activities. You will collaborate with multidisciplinary teams to define requirements, develop control algorithms, and ensure robust system performance throughout the product development lifecycle. Your contributions will directly impact the performance, reliability, and innovation of Wabtec locomotive products. What do we want to know about you? Required Experience & Qualifications Bachelor’s or Master’s Degree in Electrical Engineering, Electronics Engineering, Control Systems Engineering, or related field. Experience of engineering experience in control systems, traction systems, or a related technical area. Hands-on experience designing and developing control algorithms. Working knowledge of Simulink, Stateflow, or similar model-based development tools. Strong analytical, organizational, planning, and problem-solving skills. Effective written and verbal communication skills. Demonstrated ability to work in collaborative and cross-functional environments. Continuous improvement mindset and process-oriented approach. Preferred Qualifications Experience working as a Traction and Auxiliary Control Engineer within locomotive systems. Knowledge