Engineer

• Join Manning Global's managed services project in Spain.
• Work remotely to support project initiatives in BIM engineering.
• Collaborate with international teams and stakeholders to deliver compliant BIM models.

BIM Engineer

• Design, validate, and maintain electrical and logical profiles for SIM and eSIM products
• Develop and implement Java Card applets for SIM/eSIM services, ensuring compliance with 3GPP, ETSI, and GSMA standards
• Create and update technical documentation (e.g., applet specifications, test plans)
• Collaborate with cross-functional teams spanning mobile core networks, security, and device vendors
• Support the development, testing, and integration of SIM-based applications and tools
• Utilize smart card test and trace tools to ensure quality and performance
• Participate in technical reviews, troubleshooting, and team meetings

SIM Engineer I

• Review the Technical Site Surveys (TSS) and create the Final Solution according to the previously established engineering rules
• The site specific hardware required for the reviewed site + data from the survey (cable length, fiber/SFP mode, available antenna ports and feeders, etc). to be inserted in a shared document (Solution table) according to a specific wording in order to create the site ordering.
• After the solutions are reviewed by the customer, this has to be updated to the original solutions.
• In case something is not matching, the TSS task shall be rejected to the subcontractor and the D9site design engineer should be able to handle the communication with the subcontractor independently.

Site Engineer

• Colaborar en un proyecto en modalidad híbrida en Arganda del Rey.

Ingeniero/a de Red – Híbrido

• Gestion de la seguridad funcional.
• Elaboración y mantenimiento del Safety Plan.
• Desarrollo del Safety Case.
• Coordinación de actividades ISO 26262 a nivel sistema, hardware y software.
• Gestión de auditorías y assessments de seguridad.
• Asegurar la coherencia técnica entre los diferentes dominios de ingeniería.
• Garantizar la correcta aplicación de los procesos Automotive SPICE (principalmente niveles 2 y 3).
• Preparar y dar soporte a auditorías ASPICE , tanto internas como de cliente.
• Definicion del estado actual.
• Implantacion de procesos SPICE.
• Gestión de productos de trabajo.
• Seguimiento del desempeño del proceso.
• Planificar tareas, distribuir cargas de trabajo y realizar seguimiento de entregables.
• Asegurar la calidad técnica y metodológica del trabajo del equipo.
• Participar y liderar revisiones técnicas clave (SRR, PDR, CDR) junto con cliente y stakeholders internos.

Ingeniero de Safety, Automotive SPICE

• Soporte a la seguridad funcional.
• Elaboración y mantenimiento del Safety Plan.
• Desarrollo del Safety Case.
• Coordinación de actividades ISO 26262 a nivel sistema, hardware y software.
• Gestión de auditorías y assessments de seguridad.
• Asegurar la coherencia técnica entre los diferentes dominios de ingeniería.
• Dar soporte a auditorías ASPICE , tanto internas como de cliente.
• Definicion del estado actual.
• Implantacion de procesos SPICE.
• Gestión de productos de trabajo.
• Seguimiento del desempeño del proceso.
• Participar y liderar revisiones técnicas clave (SRR, PDR, CDR) junto con cliente y stakeholders internos.

Junior Safety & Automotive Engineer – ASPICE

• Management of N1 incidents, diagnoses, customer complaints and execution of BTPs.
• Proposal of corrective actions for recurring problems.
• NOC team management and quality analysis capability.

RAN Engineer

• Perform advanced reliability analyses for complex railway systems, subsystems, and components, identifying the areas for improvement, propose design modifications, and recommend maintenance strategies to improve system reliability.
• Assess the availability of critical rail systems, including track infrastructure, signaling systems, rolling stock or power supply. Develop and implement strategies to maximize system uptime, minimize downtime, and optimize maintenance schedules.
• Assess the maintainability of rail systems to minimize repair times, optimize maintenance procedures, and reduce lifecycle costs. Integrate preventative maintenance, condition monitoring, and predictive maintenance techniques to improve system reliability and minimize maintenance downtime.
• Safety assurance: Apply comprehensive safety management principles and methodologies in accordance with industry standards (IEC or CENELEC standards) and regulations (RE402/2013, RD 929/2020).
• Conduct comprehensive security analyses, such as HAZID, HAZOP, FTA, and FMEA, to identify potential security risks and propose effective risk mitigation measures.
• System Integration Collaborate closely with cross-functional teams, including engineers, designers, project managers, and stakeholders, to ensure seamless integration of RAMS requirements throughout the entire lifecycle of rail projects.
• Provide technical expertise, guidance and mentorship to RAMS junior engineers, fostering a culture of excellence and continuous improvement.
• Documentation and Reporting: Prepare high-quality technical reports, documentation, and RAMS-related deliverables for internal and external stakeholders.
• Maintain accurate records of RAMS activities, including test plans, test results, and verification/validation activities, ensuring compliance with project-specific documentation requirements.
• Assist and support other company activities in the region.
• Create and follow up with potential customers, support the railway team in business activities, prepare tender documentation and attend business meetings.

Railway RAMS Engineer

• Overall leadership for Product Safety
• Drive standards to improve Product Safety including safety by design, human factors, and functional safety
• Drive rigor in resolving safety concerns and connecting lessons learned back into design practices/methods
• Ensure proper operating rhythms and rigor in SPMTs and PSRB
• Responsible for governance, rigor, and approval of Engineering Design Practices and Design Methods to ensure quality, high-performing products
• Determine most critical, impactful updates and partner with leadership team to prioritize
• Drive design review rigor to ensure that technical risks are identified, clearly communicated, and appropriately mitigated with focus on safety & product quality
• Own the controlled title holder policy for Wind, the competency matrix for Controlled Title Holders and the Controlled Title Holder pipeline
• Drive the engineering Design Boards – ensure that teams are focused on the most critical areas and have the right operating rigor
• Develop a plan on how Design Boards should work, leveraging lessons learned from other GE businesses, including how to lead and resource them with both Controlled Title Holders and other engineers in the team
• Ensure Chief Engineering Office is engaged with the Subsystem Engineering teams on RCA’s providing technical expertise and urgency for our most complex technical challenges
• Partner with cross-functional stakeholders including Quality, Supplier Quality, and Lean teams to drive step-change improvement in product quality
• Role model identifying, quantifying, and mitigating technical risk
• Mentor and coach the broader technical community in this area
• Assist with strategic thought-leadership on how to improve customer outcomes including Safety, Quality, Delivery, Cost, and Technology while balancing design cycles, processes, and technical rigor
• Provide direct leadership to a global team of technical experts including setting priorities, collaborating on challenges, providing feedback, and supporting individual development

Chief Engineer, Wind

• Diagnóstico funcional y electrónico de vehículos
• Análisis y reproducción de fallos complejos
• Soporte técnico en campo (concesionarios y centros de test)
• Actualización de sistemas multimedia
• Flashing de software y configuración de ECUs
• Gestión y seguimiento de flotas de vehículos
• Ejecución de pruebas (estáticas y dinámicas)
• Validación E/E a nivel vehículo
• Análisis de resultados y trazabilidad de incidencias
• Documentación de defectos y comunicación con equipos internacionales
• Formación a concesionarios / equipos locales
• Mejora de procesos y calidad de servicio

Automotive Flying Doctor, ECU Validation Engineer

• Aprender los tipos de equipos de ensayos que desarrollamos y sus aplicaciones.
• Desarrollar nuevo software embebido.
• Diseñar nuevas características de software en base a los requisitos del sistema.
• Mantener el software existente, añadiendo nuevas funcionalidades y corrigiendo errores.
• Desarrollo y gestión de código fuente bajo control de versiones Git.
• Comunicarte y coordinarte con los miembros del equipo que están desarrollando el firmware, la electrónica o los mecanismos.
• Poner en marcha y validar el software de aplicación de los equipos de ensayos para campañas de certificación o producción.
• Definir procedimientos de validación de software.

Ingeniero/a Junior – Software Embebido

• Support the design, validation, and maintenance of electrical profiles for SIM and eSIM products
• Design and implement Java Card applets for SIM/eSIM services, working to 3GPP, ETSI, and GSMA standards
• Write and maintain technical documentation (e.g. applet specification, electrical profile specifications, APIs, test plans)
• Collaborate with cross-functional teams (mobile core network, security, IoT device vendors, smart card (eUICC) vendors)
• Develop, test, and support SIM-based applications and tools supporting SIM applications and their integration within the SIM/eSIM ecosystem
• Contribute to peer review of electrical test data and reports, supporting the technical growth of team members

SIM Engineer II

• Colaborar en un proyecto en modalidad full-remote.
• Diseñar y desarrollar modelos de IA/ML en GCP.
• Manejar aplicaciones en entornos contenerizados.
• Implementar pipelines CI/CD y frameworks automatizados.
• Desarrollar Infraestructura como Código (IaC) con Terraform.

Ingeniero IA – GCP

• Develop a verification plan based on the specification.
• Build verification infrastructure for the block.
• Develop tests, stimulus, and checkers based on the test plan.
• Achieve 100% regression and functional coverage.

IP Verification Engineer

• Act as FenX’s on-site technical lead and industrialization representative at customer factories, ensuring successful commissioning, ramp-up, and performance delivery.
• Drive hands-on problem solving, coordinate stakeholders, and design/improve mechanical solutions for industrial and prototype equipment.
• Serve as the key link between customer site, suppliers, and FenX teams (incl. Switzerland).
• Hands‑on day-to-day technical support at customer factory; troubleshoot and resolve mechanical/process issues during commissioning and ramp-up.
• Drive implementation of practical technical solutions to reach agreed factory performance and reliability targets.
• Design, adapt and improve hardware solutions (prototype + industrial scale); support rapid iteration and testing.
• Work closely with machinery suppliers on upgrades, extensions, and automation.
• Ensure alignment between on-site activities and internal engineering teams (regular interactions and travels to Switzerland).
• Maintain clear and structured reporting on technical issues, root cause analyses, corrective actions, implementation progress, and outcomes.
• Capture learnings and standardize solutions for rollout to future customer factories.

Factory Commissioning – Industrial Project Engineer

• Prepare and provide configuration for new products
• Test configurations previously developed.
• Transfer the released configuration to a real production environment in the optimized and compliance conditions
• Take accountability and responsibility towards assigned process roles, support level 1 data generation engineers on error troubleshooting.
• Coordinate tasks with DataGen Engineer in order to set up the product in a real production environment
• Support DataGen Engineer in case of an incident
• Stay updated with new product specifications and updates in the product/service specifications
• Keep in contact with R&D for new software releases
• Ensure specifications are received from Customer Project Managers
• Evaluate, improve and add applicable work instructions

Profile Engineer

• Improve the efficiency and quality of the production process with TPM methodology
• Implementation of Continuous Improvement tools in a continuous production process of automated rotary production
• Application of methodologies of Analysis and problem solving
• Training for members of the production teams
• Leadership and/or support in improvement meetings
• Data Analysis
• Implementation of minor projects and reapplication of improvements

Process Engineer

• Realizar análisis estructurales mediante técnicas de Elementos Finitos (FEA) para componentes y estructuras de palas eólicas.
• Desarrollar y ejecutar modelos de simulación utilizando Ansys Classic.
• Elaborar, adaptar y optimizar scripts en APDL (Ansys Parametric Design Language) para automatización y mejora de procesos de análisis.
• Participar en estudios de comportamiento mecánico, resistencia y vida útil de materiales y componentes.
• Analizar resultados de simulación y proponer mejoras de diseño basadas en criterios técnicos y de rendimiento.
• Colaborar con equipos de diseño, validación y desarrollo de producto para resolver incidencias técnicas y bloqueos de proyecto.
• Evaluar el comportamiento de materiales compuestos utilizados en palas eólicas.
• Elaborar documentación técnica y reportes de análisis.
• Participar en revisiones técnicas y reuniones de seguimiento con equipos internacionales.
• Asegurar el cumplimiento de los estándares de calidad, seguridad y requisitos de diseño del cliente.

Ingeniero/a Elementos Finitos – Palas de Aerogeneradores, ANSYS APDL

• Realizar cálculos estructurales de componentes y aeroestructuras de aeronaves.
• Desarrollar modelos de elementos finitos para el análisis de estructuras aeronáuticas.
• Ejecutar análisis estáticos, de fatiga y tolerancia al daño.
• Evaluar la resistencia estructural de componentes primarios y secundarios.
• Analizar resultados de simulación y elaborar recomendaciones de diseño.
• Desarrollar y validar modelos FEM utilizando herramientas especializadas.
• Colaborar con los equipos de diseño para optimizar soluciones estructurales.
• Elaborar documentación técnica, informes de cálculo y dossiers de certificación.
• Participar en revisiones técnicas y procesos de validación estructural.
• Garantizar el cumplimiento de los requisitos normativos y de aeronavegabilidad aplicables.

Stress Engineer – Sector Aeronáutico

• Identificar: Detectar piezas fuera de producción (OOP) en la lista de solicitudes de cambio (CR) o números de pieza (PN) proporcionados por el comprador.
• Analizar: Evaluar la criticidad de las piezas OOP mediante análisis y clasificación de la probabilidad e impacto en las operaciones.
• Proponer: Sugerir y justificar soluciones para las piezas OOP ante la Junta de Control Industrial de nuestro cliente final.
• Desarrollar e Implementar Soluciones: Coordinar con interesados y proponer soluciones alternativas en caso de problemas o bloqueos.

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