Expleo Group

Consultant

• Actuar como referente senior en soluciones PLM (CATIA / ENOVIA / 3DEXPERIENCE) dentro del programa.
• Definir e implementar procesos clave de gestión de producto en PLM: xBOM (engineering y manufacturing BOM).
• Gestión de configuración de producto.
• Gestión de cambios de producto.
• Liderar la integración de diseño CAD (CATIA V5 / 3DEXPERIENCE) y DMU dentro del ecosistema PLM.
• Ejercer como Key User y punto focal de ENOVIA, participando en la definición funcional y en los procesos de negocio.
• Planificar, ejecutar y coordinar pruebas de validación funcional (UAT) del sistema PLM.
• Dar soporte a usuarios durante la implantación y fases de adopción.
• Colaborar estrechamente con equipos de ingeniería, IT y negocio para asegurar una correcta digitalización del ciclo de vida del producto.
• Definir estándares y buenas prácticas en gestión de datos de producto y configuración.

PLM Consultant – CATIA, ENOVIA

Mechanical Engineer

• Design and develop mechanical components and assemblies for EV battery cooling and thermal systems
• Produce 3D CAD models and 2D manufacturing drawings using CATIA V5
• Apply GD&T principles in accordance with automotive standards
• Support requirements capture and engineering specification activities
• Perform engineering calculations including: Conduct interface and packaging checks between new and existing vehicle systems
• Prepare CAD models and geometry for CFD analysis
• Support DFMEA activities and engineering risk assessments
• Collaborate with suppliers to ensure Design for Manufacture (DFM) considerations are achieved
• Support engineering release activities through PLM/PDM systems
• Participate in design reviews and cross-functional engineering discussions
• Ensure all work is completed in line with programme timing, quality, and engineering standards

Senior Mechanical Design Engineer – EV Battery Cooling, Thermal Systems

Platform Engineer

• Define and manage platform architecture, ensuring scalability, modularity, and reusability
• Align platform strategy with product roadmap, performance, cost, and quality targets
• Oversee integration of systems and components (BIW, powertrain interfaces, chassis, interior/exterior) at platform level
• Ensure platform compliance with regulatory requirements and internal engineering standards
• Drive cross-functional collaboration with engineering, manufacturing, purchasing, and product management teams
• Manage technical risks, dependencies, and change requests at platform level
• Monitor and control KPIs related to platform performance (cost efficiency, weight, timing, quality)
• Support decision-making for platform evolution, technology adoption, and innovation
• Ensure effective configuration management and lifecycle tracking through PLM systems
• Guide teams during industrialization and ensure smooth transition from development to production

Junior Vehicle Platform Engineer

Engineer

• Oversee the design and development of plastic components (interior, exterior, under-hood) in line with performance, cost, and quality targets
• Ensure compliance with functional requirements (thermal resistance, chemical compatibility, mechanical strength, aesthetics)
• Drive DFM/DFA activities, ensuring manufacturability of injection-molded parts
• Collaborate closely with cross-functional teams (Tooling, Manufacturing, Quality, Purchasing, Suppliers)
• Manage project timelines, deliverables, and KPIs across the full product lifecycle
• Support tooling development, including mold design validation and trial phases (T0–T3)
• Ensure proper material selection and validation (thermoplastics, composites, reinforced materials)
• Monitor part performance through testing and CAE validation (e.g., warpage, shrinkage, durability)
• Drive continuous improvement initiatives related to cost optimization, weight reduction, and sustainability
• Support issue resolution during industrialization and serial production (problem-solving, root cause analysis)

Junior Plastic Parts Engineer

• Oversee the design and development of BIW components and assemblies (closures, underbody, structure)
• Ensure compliance with performance targets (crashworthiness, durability, stiffness, weight, cost)
• Manage project timelines, milestones, and KPIs across the product development lifecycle
• Collaborate with cross-functional teams (Manufacturing, Quality, Purchasing, Suppliers)
• Drive design reviews and technical decision-making processes
• Ensure application of engineering standards, best practices, and continuous improvement initiatives
• Support industrialization phase, including manufacturability and feasibility assessments
• Monitor and optimize design through CAE validation and test feedback loops

Junior Body In White Engineer

Compliance

• Identifier les exigences réglementaires et coordonner les moyens de conformité
• Support aux projets d'améliorations, particulièrement pour des solutions techniques durables
• Définir une gouvernance transverse efficace
• Intervenir sur les sujets réglementaires techniques (expertises réglementaires, formation et sensibilisation, communication et support)

Ingénieur Réglementaire REACH/CLP

• Knowledge in digital mockup – Simulation of vehicle assembly & equipment feasibility study
• Knowledge in vehicle assembly process –Torque management/tool selection.
• Knowledge of Digital Simulation of static and dynamic, Virtual Reality, 3D Printing, IoT and Robots
• Prepare feasibility reports and technical reports to guarantee mountability
• Plant Layout design & Layout planning for new facilities at assembly shop
• Knowledge in installation & commissioning of vehicle assembly shop equipment
• Facilitate interaction with Development, Engineering, Purchasing, and Senior Management in support of the business’s strategic goal.
• Handling Issue resolution during New product Launch
• Create Assembly Operation sheet/Process Sheets/SOP for Assembly operations
• Creation of Bill of material (MBOM) consumption for variants taking reference of the base vehicle.
• Knowledge in conveyor operations
• Experience in Equipment & Facility supplier management
• Basic Knowledge in equipment trouble shooting.
• Knowledge of Assembly Line Balancing and operator load chart
• Knowledge of Scientific time calculation tool like MOST (Maynard Operational Sequence Technique)
• Knowledge of designing small Jigs & Fixtures & Management

Process Engineer – Assembly Shop

• Develop the manufacturing plan and tooling requirements based on advanced engineering concepts and the expected production rate
• Estimate assembly cycle time, production hours, and part quantities for new project proposals
• Conduct feasibility studies related to manufacturing automation
• Define assembly breakdowns and part splits to accommodate plant layout and capacity
• Perform design reviews and deliver technical presentations on manufacturing plans
• Be responsible for planning, sequencing, and maintaining method instructions for major and final assemblies
• Support production and related departments as an advisor on methods processes, costs, and schedule-related improvements
• Provide technical support to production and act as the technical interface between engineering, quality, tooling, and production teams
• Investigate, analyze, and propose corrective actions to resolve sporadic and recurring production issues related to processes and tooling
• Perform detailed analyses and provide information required to submit engineering change requests
• Incorporate engineering dispositions into rework instructions to restore the integrity and quality of non-conforming parts and assemblies in accordance with the original design
• Perform any other related duties as required

Methods Engineer

• Develop the manufacturing plan and tooling requirements
• Estimate assembly cycle times, production hours, and part quantities
• Conduct feasibility studies related to manufacturing automation
• Define assembly breakdowns and part separation
• Perform design reviews and deliver technical presentations
• Be responsible for planning, sequencing, and maintaining methods work instructions
• Provide technical support to production and act as a technical interface between teams
• Investigate, analyze, and recommend corrective actions
• Perform detailed analyses and provide information necessary to submit engineering change requests
• Incorporate engineering dispositions into rework instructions

Methods Engineer – Engineer, Methods

Backend Engineer

• Desarrollo de software crítico dentro del sector ferroviario
• Participación en el ciclo completo: análisis, diseño, desarrollo y testing
• Implementación de soluciones en Java (Spring / backend)
• Trabajo con requisitos funcionales y técnicos (entornos tipo DOORS)
• Desarrollo de funcionalidades sobre sistemas tipo ATS / control ferroviario
• Ejecución de testing (unitario y funcional) y resolución de incidencias
• Participación en entornos ágiles y colaborativos

Software Developer – Java, Railway, SIL 2 & SIL 4

• Realización de bancos de pruebas a nivel hardware eléctrico y electrónico de los diferentes sistemas y componentes de los aviones.
• Diseño, producción e instalación del HW de los simuladores.
• Integración de sistemas y diseño electrónico.
• Análisis de requisitos y elaboración de propuestas técnicas.
• Ejecución de pruebas y resolución de discrepancias.
• Participación en numerosos proyectos internacionales y trato con cliente.

Ingeniero/a, bancos de pruebas – sector aeronáutico

• Works as part of a team to build high quality software
• We deliver high quality systems following specific guidelines that promote Agile working in a practical environment
• Independently owns delivery in their specialism and works closely with clients and team mates to develop an understanding of their business strategy and architects development solutions based on that
• Responsible for the development of systems based on requirements provided by our BA and/or the customer
• Follows the direction set by the Principal Developer and follows industry standards in terms of techniques, methodologies, and tools
• Provides direction and technical expertise in design, development and systems integration
• Can work as part of a team, mixed between onshore and offshore locations
• Interacts with key stakeholders to understand business requirements
• Contributes to the development of architectures for complex systems, ensuring consistency with specified requirements agreed
• Understand and deliver to strategic goals
• Use industry standard Agile methods and tools, ensuring that effective project control, change control, risk management and processes are maintained
• Oversees go-live and guides troubleshooting
• Provides technical input for overall delivery models and if possible assists sales with pre-sales activity

C# .NET Developer

• Provide SOTIF engineering services to our clients in accordance with ISO 21448 across the applicable lifecycle phases. You will:
• - Contribute to Item Definition with focus on intended functionality, ODD, and system limitations
• - Perform SOTIF hazard identification and triggering condition analysis
• - Develop and maintain SOTIF Hazard Log and scenario classification (Known Safe/Unsafe/Unknown Unsafe)
• - Define and document risk reduction measures for functional insufficiencies
• - Develop and support verification and validation (V&V) strategy for SOTIF scenarios
• - Define scenario-based validation approach, coverage metrics, and acceptance criteria
• - Support residual risk evaluation and SOTIF safety case argumentation
• - Ensure traceability of SOTIF activities within customer-approved tools