Manuel Peral Pardo
About Manuel Peral Pardo
Manuel Peral Pardo is an engineer specializing in engine thermodynamics at Mercedes Benz Trucks, where he has worked since 2010. He studied at the University of Stuttgart and the Universidad de A Coruña, accumulating extensive experience in the automotive engineering field.
Work at Daimler
Manuel Peral Pardo has been employed at Daimler AG since 2010. He holds the position of Engineer in Engine Thermodynamics within the Mercedes Benz Trucks division. His role involves working on the thermodynamic aspects of engine design and performance, contributing to the development of efficient and reliable truck engines. His tenure at Daimler spans over 14 years, during which he has gained extensive experience in the automotive engineering field.
Education and Expertise
Manuel Peral Pardo pursued his education at Universidad de A Coruña from 1998 to 2006, where he studied for eight years. He then attended the University of Stuttgart from 2004 to 2006, focusing on Maschinenbau (Mechanical Engineering) for two years. His academic background provides a solid foundation in engineering principles, particularly in thermodynamics, which he applies in his current role at Daimler AG.
Background
Before joining Daimler AG, Manuel Peral Pardo worked as an Engineering Consultant at Altran from 2007 to 2010. During this three-year period, he gained valuable experience in engineering consultancy, which likely enhanced his skills and knowledge in the automotive sector. His career path reflects a commitment to engineering and a focus on thermodynamics in vehicle technology.
Professional Experience
Manuel Peral Pardo has accumulated significant professional experience in the field of engineering, particularly in thermodynamics. His career began with his role at Altran, where he worked as an Engineering Consultant before transitioning to Daimler AG. His ongoing position at Daimler AG as an Engineer in Engine Thermodynamics has allowed him to specialize in the development of truck engines, focusing on improving their efficiency and performance.