Diego Carneiro

I work on the development of mechanical designs for robotic palletizing cells, focusing on the conception, 3D modeling, and technical detailing of components and automated systems. My responsibilities include: Development of mechanical components and devices for load handling in automated palletizing processes; Creation of 3D models and technical drawings according to engineering standards, ensuring precision and manufacturing feasibility; Selection of mechanical components and definition of materials to optimize equipment performance and durability; Collaboration with multidisciplinary teams, including electrical, automation, and manufacturing, for efficient system integration; Technical support during the assembly and testing phase, ensuring the functionality and reliability of the designs. I utilize Autodesk Inventor and AutoCAD, developing efficient solutions for industrial automation.

At Robox Parking, I was responsible for developing structural solutions and designing the robots that move vehicles in robotic parking systems. I worked on the project of advanced mechanical systems, developing and refining four main robots: three for movement along the X, Y, and Z axes, and one rotational. My activities included: Creating and optimizing complex mechanical designs, ensuring efficiency and precision. Performing structural analyses of components and materials to ensure safety and durability. Utilizing tools such as Autodesk Inventor, AutoCAD, Nastran, and Excel to develop, document, and refine projects. My role consistently aimed to improve operational efficiency and the end-user experience in the automated parking systems we developed.

At Robox Parking, I was responsible for developing structural solutions and designing the robots that move vehicles in robotic parking systems. I worked on the project of advanced mechanical systems, developing and refining four main robots: three for movement along the X, Y, and Z axes, and one rotational. My activities included: Creating and optimizing complex mechanical designs, ensuring efficiency and precision. Performing structural analyses of components and materials to ensure safety and durability. Utilizing tools such as Autodesk Inventor, AutoCAD, Nastran, and Excel to develop, document, and refine projects. My role consistently aimed to improve operational efficiency and the end-user experience in the automated parking systems we developed.

At Selgron, I was responsible for the development and enhancement of robotic palletizing cells, focusing on the design and optimization of robot grippers. Additionally, I collaborated on the development of other cell components, ensuring the efficient integration of all system elements. My main responsibilities included: Design of grippers and mechanical systems for industrial robots, utilizing Autodesk Inventor and AutoCAD. Development and implementation of pneumatic schematics to optimize automation processes. Support in the development of chassis and other mechanical elements for the company's industrial machinery. This work contributed to improving the automation and efficiency of palletizing processes, being essential for the evolution of the company's operations.

I provided technical sales support and performed the sizing of helical, centrifugal, and lobe pumps, as well as valves, serving residential, industrial, and pharmaceutical applications. I managed the company's entire stock and developed spreadsheets that assisted accounting, enabling the calculation of product costs and final sales prices. These tools considered factors such as purchase costs, transportation, and taxes, ensuring greater accuracy and efficiency in processes.

I participated in the development of high-performance screw pumps (2 and 3 screws) and standardized helical pumps for large-scale production and commercialization. I contributed to the design and optimization of hydraulic presses used in sintering processes, ensuring precision and efficiency in manufacturing. Furthermore, I collaborated on continuous process improvements, aiming for higher product quality and performance.