Barcelona, Catalonia, Spain
Senior Mechanical Design Engineer specialized in industrial and agroindustrial machinery, focused on designing and improving heavy equipment for real-world applications. With 8+ years of experience, I work on the design, optimization, and industrialization of machinery used in processing plants, including mixers, pellet mills, screw conveyors, coolers, and filtration systems. My approach combines strong mechanical design skills with hands-on involvement in manufacturing, working closely with workshop teams to solve assembly issues, perform redesigns, and ensure components fit, function, and perform as expected. I place a strong emphasis on Design for Manufacturing (DfM), collaborating with suppliers and machinists to optimize components, reduce costs, and improve production efficiency—always balancing performance, manufacturability, and cost. I’ve taken ownership of complex and partially developed projects, successfully delivering high-power machinery (750 HP) while continuously improving designs across product lines. My core skills include Mechanical Design (SolidWorks, AutoCAD), Industrial Machinery, Manufacturing Processes, Problem Solving, and Continuous Improvement. I also mentor new engineers and act as a bridge between design, production, and clients. I’m particularly motivated by challenging projects that require developing new solutions from scratch or improving existing designs under real constraints. Outside of work, I’m passionate about climbing and continuous self-improvement, always looking for new challenges both professionally and personally.
• Lead mechanical design and optimization of industrial machinery for processing plants, including mixers, pellet mills, and cooling systems, using SolidWorks and AutoCAD. • Drive Design for Manufacturing (DfM) by working closely with suppliers and machinists, improving manufacturability, reducing costs, and streamlining production processes. • Act as a key problem-solver in the workshop, resolving assembly issues, redesigning components, and ensuring reliable performance under real operating conditions. • Manage technical issues and non-conformities with suppliers, identifying root causes and implementing effective, scalable solutions across product lines. • Contribute to continuous improvement initiatives, leveraging workshop and operational feedback to enhance designs, reduce failures, and improve assembly efficiency. • Serve as a technical reference within the team, mentoring new engineers and supporting cross-functional collaboration between design, production, and quality. Key Achievement • Took ownership of a critical and long-pending project, successfully delivering the PVR-750-2 pellet mill (750 HP) the most powerful machine developed by the company. • Reorganized and improved existing designs, enhancing multiple mechanical subsystems and driving the project to completion after several unsuccessful attempts. Impact • Consistently deliver solutions in high-pressure, low-definition environments, managing multiple projects in parallel. • Recognized for a hands-on, solution-oriented mindset, combining mechanical design expertise with real-world manufacturing insight.
• Designed and developed industrial equipment and sheet metal components, including screw conveyors, hammer mills, bag filters, cyclones, mixers, and supporting structures using SolidWorks and AutoCAD. • Translated on-site measurements and layout requirements into detailed 3D models and manufacturing drawings, ensuring accurate integration between machines and production lines. • Generated manufacturing documentation (BOMs, flat patterns, and technical drawings), optimizing material usage and supporting efficient fabrication processes. • Worked closely with workshop teams, gaining hands-on experience in sheet metal fabrication processes (cutting, bending, rolling, welding), and incorporating real production feedback into designs. • Collaborated with suppliers for material selection and component manufacturing, ensuring feasibility and alignment with design requirements. • Contributed to design updates and improvements, enhancing assembly accuracy and reducing adjustments during installation. Impact • Built a strong foundation in mechanical design and manufacturing, with a practical understanding of how designs translate into real-world fabrication. • Developed a detail-oriented and production-focused mindset, ensuring designs were both functional and manufacturable.
• Developed 3D models and mechanical components using CATIA V5 (and exposure to PTC Creo), building a strong foundation in advanced CAD design. • Contributed to the design of small-scale automotive tooling, creating detailed parts and supporting rapid development cycles. • Strengthened core skills in 3D modeling, technical drawing, and design methodologies, laying the groundwork for future roles in industrial machinery.
• Operated and supported SLS (Selective Laser Sintering) 3D printers for plastic components, working with advanced additive manufacturing technology. • Assisted in the preparation, monitoring, and post-processing of printed parts, ensuring quality and consistency. • Gained hands-on experience in additive manufacturing processes, understanding design constraints and opportunities for 3D printing. • Supported testing and validation of 3D printed components, contributing to early-stage product development workflows.
• Supported the Quality department in the resolution of non-conformities related to engine components, working closely with suppliers and internal teams. • Performed root cause analysis and contributed to corrective actions, improving product quality and manufacturing reliability. • Developed detailed assembly work instructions, ensuring clarity and usability for operators with different levels of experience. • Worked directly on the shop floor with assembly technicians to understand real manufacturing processes, identify weaknesses, and improve documentation and workflows. • Gained hands-on exposure to marine engines and power generation systems, building a strong understanding of mechanical systems and production environments. Impact • Improved the clarity and effectiveness of assembly instructions, reducing errors and supporting more efficient production. • Developed a strong foundation in quality control, problem-solving, and manufacturing processes, shaping a practical and production-oriented engineering mindset.