Realizar las acciones de mantenimiento correctivo y preventivo con el fin de optimizar la disponibilidad, fiabilidad y durabilidad de los equipos para una mejora de la eficiencia de los procesos e instalaciones.
Compensation
Un paquete competitivo de compensación y beneficios
Responsibilities
Atender el mantenimiento correctivo de líneas de llenado, equipos de fabricación y servicios generales
Ejecutar el Mantenimiento Correctivo
Ejecutar el Mantenimiento Preventivo
Apoyar al personal de Envasado y dar empuje en la secuencia de cambio de formato, ajuste y arranque de la producción
Realizar Acciones de Mejora y Seguridad en máquinas
Requirements
Modulo Superior en Electricidad, Electrónica y Automatismos (o equivalente: FP1 + FP2)
Serve as the final technical gatekeeper for Infotainment and Connectivity software releases, living at the intersection of software, hardware, and the real-world vehicle experience to find weak spots and drive systemic quality improvements.
Compensation
full-time positions may be is eligible to participate in our annual company performance bonus program. This role is also eligible for equity in the form of Restricted Stock Units (RSUs), subject to board approval and the terms of our equity incentive plans, including applicable vesting requirements.
Responsibilities
Oversee end-to-end software release validation for the Infotainment and Connectivity organization
Analyze release notes, commit histories, and architectural changes to identify high-risk intersections
Design and execute creative, intuition-driven tests to expose edge-case failures
Spend significant time in and around target vehicles and hardware benches, instrumenting systems, pulling logs, monitoring bus traffic, and reproducing elusive hardware/software interactions
Dive into system logs, traces, telemetry, and source architecture to pinpoint exactly why a subsystem failed
Requirements
Bachelor's Degree or greater in Computer Science
Bachelor's Degree or greater in Software Engineering
Bachelor's Degree or greater in Applied Mathematics
Lead a 24‑month rotational engineering program focused on control engineering for train systems.
Responsibilities
Progress through four six‑month rotations in systems engineering, software development/verification, certification & validation, and control engineering
Contribute to train control requirements, architecture, interfaces, and verification
Support design, integration, and validation of train control functions
Manage system interfaces, configuration, and engineering changes
Coordinate control engineering activities and resolve technical issues
Requirements
Recent degree in Electrical Engineering, Computer Engineering, or another relevant Engineering discipline
An accomplished professional who has gained or is in the process of acquiring the confidence to implement and execute engineering designs, and possess the ability to solve on-the-job problems with minimal to moderate guidance.
Responsibilities
Handle multiple platform standard supply projects on PLC-HMI/SCADA Programming
Develop PLC, HMI/SCADA for process equipment based on controls documentation
Troubleshooting and debugging the PLC Logic and HMI/SCADA
Reviewing wiring diagrams and electronic configuration of PLC Automation systems
IO List preparation of platform standard supply projects
Requirements
B.E. or B. Tech in Instrumentation & Controls/ Electronics/ Electrical etc.
Design and develop embedded software, integrating embedded AI algorithms into traditional vehicle motion and energy management systems, adhering to MISRA standards.
Responsibilities
Define and write comprehensive software system requirements based on customer needs and industry standards
Design and build advanced cross-domain fusion functions, integrating embedded AI algorithms into vehicle motion and energy management systems
Write embedded C/C++ application software code compliant with MISRA standards, conduct unit testing and static code analysis
Develop, optimize, and utilize AI-driven toolchains to accelerate software generation and deployment within the AUTOSAR framework
Integrate functional modules, basic software BSW (including MCAL), RTOS/AUTOSAR OS, and RTE (including CAN, LIN, Ethernet communication stacks) into a complete software
Requirements
Master's degree or above from 2027 graduates in Automation, Electronic Information Engineering, Computer Science and Technology, Software Engineering, Vehicle Engineering, or Mechanical Electronic Engineering
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