Carlos Villaplana Velasco

Carlos Villaplana Velasco has a diverse work experience in engineering roles, primarily in the automotive and plastic industries. Carlos began their career as an Internship as a Mechanical Design Engineer at Rotary Wave in 2014. Carlos then worked as a Product Design Engineer at Compolinies, where they designed 3D products and optimized fabrication processes. In 2016, Carlos joined ORYMO as a Design Engineer, focusing on designing hot runners and mold components for the plastic industry. Carlos provided support to customers and communicated with various team members. From 2018 to 2020, Carlos worked at Facil as a Quality and Fastener Engineer and later as a Fastener Engineer. Their main responsibilities involved supporting launch build projects for new customers, providing design services for standard products, and supporting the engineering and operational departments. At Facil, they supplied fasteners to automotive clients such as Ford, Volvo, and Tiers.

Carlos Villaplana Velasco began their education at the Universidad Politénica de Valencia in 2007, where they pursued a degree in Ingeniería ténica industrial especilidad mecánica, specializing in Ingeniería mecánica. Carlos completed this program in 2010. From 2010 to 2012, Carlos attended the same university to earn a degree in Industrial Engineering, with a focus on Mechanical Engineering.

In 2012, Carlos embarked on an academic journey at the University of Ljubljana, where they worked on their Diploma thesis as part of their final degree project. Carlos completed their thesis in 2013.

Furthering their education, Carlos enrolled in a Master's program in Technology of Composite and Polymeric Materials in 2015. This program was jointly offered by the Instituto Tecnológico del plástico (AIMPLAS) and the Universidad Politénica de Valencia (UPV). Carlos successfully completed this program in 2016.

Based on the available information, Carlos Villaplana Velasco's education history shows a consistent focus on the field of engineering, particularly within the realm of mechanical engineering and composite materials.