I am a Junior Engineer, with a Mechanical Engineering Bachelor's degree and specialised in the profile of Manufacturing and Machine Technologies, and a master's degree in Automotive Design Technologies and Competition Vehicles.The studies of the degree in Mechanical Engineering have given me the following skills and knowledge in:- Applied thermodynamics and heat transfer and thermal engineering.- Fluid mechanics, calculation of fluid-mechanical systems and machines.- Theory of circuits and electrical machines.- Electronics, automatisms and control methods.- Theory of machines and mechanisms.- Elasticity and resistance of materials.- Production and manufacturing systems and company organisation.- Knowledge and skills to apply graphic engineering techniques.- Knowledge and skills for the calculation, design and testing of machines.- Ability to calculate and design industrial structures and constructions.- Materials engineering.- Manufacturing systems and processes, metrology and quality control.In addition, during my years of study of the degree, it is worth highlighting:- I spent one of my academic years outside Spain, through the Erasmus programme, in the city of Bialystok, Poland. The language used during this year was English.- I took part in the V International MotoStudent Competition. In it, I and 7 other colleagues from the technical school designed and built an electric racing motorbike. This had to be validated by the organisation, and then a competition was held between all the participating universities from all over the world.The Master's degree in Automotive and Racing Vehicle Design Technologies provided me with the following skills:- Design of mechanical parts (plastic and metal) with Dassault Systèmes CATIA and Siemens NX. Parametric solids. Skeleton methodology.- Conception and modelling of complex surfaces for the automotive industry.- Design of composite parts with CATIA, composites module.- Structural calculation (CAE) by means of finite element calculation (FEM) with Altair Hyperworks - HYPERMESH.- Aerodynamic simulation (CFD) with OPENFOAM. Laminar and turbulent regime.- Design for Additive Manufacturing, topological optimisation and organic design with INSPIRE.- Methodologies, regulations and technical specifications for automotive and sport engine design.Translated with www.DeepL.com/Translator (free version)