Paul Leitner

- Developed and evaluated machine learning models (XGBoost and 1D CNN) for motor fault classification using vibration and current signals, achieving a classification accuracy of 98%

R&D Hydraulic Systems Title: Energy-efficient and recuperative hydraulic systems in vertical injection molding machines - Designed hydraulic circuits to improve energy efficiency - Developed a 1D multiphysics simulation for the clamping unit (MATLAB Simulink/Simscape)

R&D Hydraulic Systems - Performed 1D multiphysics simulation in MATLAB (Simulink / Simscape) - Developed MATLAB applications for internal R&D use - Conducted Data analysis

R&D Hydraulic Systems Title: Automated accumulator pressure optimization - Set up a 1D multiphysics simulation for the injection unit in MATLAB (Simulink / Simscape) - Developed an algorithm for dynamic accumulator pressure optimization

R&D Hydraulic Systems - Supported development tasks using Python scripting

Industrial Engineering - Designed mechanical parts and assemblies in CATIA V6 - Assisted in installation and commissioning of an automation system - Supported optimization of existing production processes

Mandatory Military Service - Aircraft Rescue and Firefighting Unit

Mechanische Konstruktion - Designed mechanical parts and assemblies in CATIA V6 - Created and modified 2D drawings

Diploma Thesis Title: Fuel Blending System for Engine Development Test Stands

Mechanische Konstruktion - Designed mechanical parts and assemblies in CATIA V6 - Created and modified 2D drawings

- Academic Merit Scholarship for the 2024/25 Academic Year