Luís Diogo Email & Phone Number

Munich, Bavaria, Germany

Munich, Bavaria, Germany

As part of the Advanced Engineering Programs team in the Technology & Pre-Design department, I focus on advancing next-generation aircraft design methodologies by developing a Python-based Multidisciplinary Design Optimization (MDO) framework. This framework utilizes gradient-based, nonlinear constrained optimization to integrate cutting-edge propulsion technologies into both current and future aircraft designs, ensuring alignment with mission-specific requirements and engineering principles… Show more As part of the Advanced Engineering Programs team in the Technology & Pre-Design department, I focus on advancing next-generation aircraft design methodologies by developing a Python-based Multidisciplinary Design Optimization (MDO) framework. This framework utilizes gradient-based, nonlinear constrained optimization to integrate cutting-edge propulsion technologies into both current and future aircraft designs, ensuring alignment with mission-specific requirements and engineering principles such as structural integrity, aerodynamics, stability, and environmental performance.I contributed to the development and integration of computational modules for the holistic simulation and optimization of aircraft systems as part of a team effort. These modules include weight and balance, aerodynamics and stability, structural analysis, and engine performance. By supporting detailed assessments of advanced propulsion systems, I helped enable the creation of optimized aircraft configurations tailored to specific missions.To ensure reliability and compliance, I designed and implemented comprehensive testing protocols while enhancing the user experience through interactive visualization tools built with PyVista. Additionally, I documented all processes and methodologies, leveraging Git and Bitbucket for seamless collaboration and alignment across the project. This role has allowed me to contribute to pioneering innovations in aerospace design and propulsion technologies, combining advanced computational tools with multidisciplinary expertise. Show less

Master'S Degree, Aeronautics, Astronautics And Aerospace Engineering

The main objective of the integrated study cycle leading to the master's degree in aeronautical engineering is to provide sufficient.

Aeronautical Engineering

Erasmus + Programme

Basic And Secondary Level Of Education, Science And Technologies