**Description:** Responsible for developing electromechanical components, systems/subsystems with a focus on vehicle applications. To this end, the engineer must work closely with the development team, including local, global partners, and suppliers. **Key Responsibilities:** Evaluate, research, and integrate available new technologies; Work in close interaction/collaboration with multidisciplinary global teams, promoting integrated solutions aligned with organizational objectives; Participate in the planning and management of the entire new product development chain, from concept to validation; Manage potential challenges arising from resources, performance, and costs; Develop and optimize products for hybrid and electric vehicles, including electric machines, converters, and energy charging solutions, optimizing efficiency while ensuring high performance and reliability; Conduct technical feasibility analyses and project validations; Perform pre-development applications for validating proposed concepts; Contribute ideas and continuous improvements for existing products, aligning with market trends and regulatory requirements; Engage in applying standards, regulations, features, and technical specifications; Collaborate with engineering, procurement, production, and quality teams to ensure product innovation and efficiency; Interact with national/international supplier chains and development teams to define validation plans for components and complete vehicles; Serve as the focal point for validation/homologation testing; Define, manage, and execute the validation/homologation test plan on test benches for chassis components, systems, subsystems, and complete chassis—end-to-end, from risk identification to final reports. NOTE TEKMA, as a service provider, reserves the right to review submitted resumes and duly classify them for inclusion in our Talent Database, without any binding commitment to actual placement of the professional. Personal contact will be made only in response to market demands. **Desired Qualifications:** Prior experience in the field; Bachelor’s degree in Electrical Engineering or Mechatronics Engineering; **Behavioral Skills:** Dynamic, strong teamwork ability; proactivity; logical and analytical reasoning; technical reading and synthesis capability; communication; planning; process management; multitasking; results orientation; Intermediate English; Knowledge of advanced communication solutions in networks using protocols such as CAN, LIN, and CAN FD, ensuring efficiency and reliability; Familiarity with gateway systems to facilitate communication in highly complex projects; Knowledge of electric machines, such as synchronous and asynchronous motors, transformers, and generators; Familiarity with electrical circuit simulation using tools like MATLAB/Simulink or similar; Knowledge of power electronics and semiconductor components, such as IGBTs and MOSFETs. 2512200202551759482