Mechanical Designer

Vedi l’offerta su Go Lavoro: golavoro.it/annuncio-lavoro/8oev2i

OverviewVerifichi che le sue competenze e la sua esperienza corrispondano ai requisiti di questo ruolo, quindi si candidi con il suo CV qui sotto.In this role you will lead the mechanical design of pluggable modules for Nokia's Optical Networks portfolio. You will work within a pluggable design team to deliver coherent, manufacturable mechanical assemblies from concept through fabrication, testing and validation. You’ll collaborate with HW, Optical and Thermal teams and manufacturers to meet form factor and thermal requirements while ensuring quality documentation. This position offers exposure to a global, multi-disciplinary environment and the chance to influence products for AI-driven networks.Retribuzione / BenefitsFlexible and hybrid workingMaternity and paternity leaveLife insuranceWell-being programsNERGs (employee resource groups)Learning and development opportunitiesResponsabilitàDesign mechanical assemblies from concept to fabrication and validationEnsure form factor compliance,



thermal dissipation and manufacturabilityInterface with HW Designers, Optical Engineers, Thermal Simulation Engineers and manufacturersOwn test reports and physical component documentationCoordinate across time zones with stakeholdersContribute to pluggable module developments for telecommunications equipmentRequisiti fondamentaliMS in Mechanical EngineeringHands-on CAD modeling experience (CREO preferred)Fluency in EnglishAvailability to travel across Europe and Far xysqume East AsiaStrong design development and technical detailing capabilitiesExperience with mechanical design for telecommunications equipment (nice to have)Experience in manufacturing-oriented design and verificationCross-functional collaborationStakeholder communication across time zonesProblem-solving mindsetCAD modeling (CREO)Mechanical design of miniaturized componentsThermal simulations and design verification

Vedi l’offerta su Go Lavoro: golavoro.it/annuncio-lavoro/8oev2i