Graduate Mechanical Engineer - 3D Printing Hardware

and evaluating device or component failures. The engineer will apply a foundational understanding of mechanical engineering principles, theories, and concepts to assignments of limited scope while utilizing modern digital and AI-assisted workflows. Key Responsibilities - Component Design: Design portions of engineering solutions, for mechanical hardware, thermal systems, and enclosures using 3D CAD tools, gradually incorporating AI-assisted tools. - Testing & Validation: Execute established test plans for existing designs, including validation of tolerances, form/fit/function, shock and vibration, safety, and thermal performance. - Data Automation: Collect and analyze empirical data from test setups, utilizing basic scripting (mainly Python) and AI coding assistants to automate routine data collection and process test logs. - Failure Analysis: Evaluate physical or operational failures of components and subsystems to determine the root cause, leveraging internal databases and AI search

tools to reference historical engineering data. - Prototyping: Assist in building, testing, and refining early-stage prototypes that integrate mechanical, electrical, and fluidic components. - Team Collaboration: Participate as an active member of a multidisciplinary project team, providing objective information, analysis, and data-driven recommendations to support team objectives. Education & Experience RequiredBachelor’s or Master’s degree in Mechanical Engineering, graduated within the last 12 months. No previous experience is required, but internships on a related field will be a plus. Technical Competencies - 3D CAD & Modeling: Solid foundational knowledge of PTC Creo, SolidWorks, or equivalent 3D modeling tools. - Manufacturing Processes: Basic understanding of design parameters for sheet metal, injection molding, traditional machining, alongside an introduction to Design for Additive Manufacturing / 3d Printing. - Thermal & Fluid Fundamentals: Clear understanding of heat transfer, fluid mechanics, and the thermal properties of engineering materials. - Simulation & Engineering Tools: Familiarity with finite element analysis (FEA) or computational fluid dynamics (CFD) software (e.g., Ansys) for basic design validation. - AI & Data Literacy: Practical experience using AI productivity tools, LLMs for technical document synthesis, and AI-assisted coding to accelerate basic data analysis or scripting tasks. - Cross-Org Skills Learning Agility: Ability to quickly assimilate new engineering methodologies, corporate standards, and digital workflows. - Problem Solving: Strong analytical approach to diagnosing physical failures or mechanical interferences. - Communication: Professional proficiency in written and verbal English; ability to present technical data clearly to peers. What we offer - A truly international experience: Work in a global organization with colleagues from 60+ nationalities, collaborating

Apply for Graduate Mechanical Engineer - 3D Printing Hardware at HP in CT, ES. This Full time on site position offers great opportunities for career growth. ¿Es usted el solicitante adecuado para esta oportunidad? Descúbralo leyendo el resumen del puesto a continuación.Graduate Mechanical Engineer - 3D Printing Hardware Description - About HP and the 3D Printing Organization The HP Barcelona campus is the worldwide headquarters for HP’s 3D Printing and Additive Manufacturing (HPAM) business, hosting one of the largest R&D hubs outside the United States. We are seeking a graduate Mechanical Engineer to join our R&D hardware team to support the development, testing, and industrialization of next-generation digital manufacturing systems. Job Summary: This role is responsible for designing portions of engineering solutions and collaborating with internal and outsourced development partners. The position involves implementing and validating test plans, conducting basic feasibility studies