Erik Jámbor Email & Phone Number

Kapfenberg

• Spearheaded static structural FEA simulations of drivetrain and suspension components using ANSYS, often combined with fatigue analyses in FEMFAT, playing a pivotal role in product development.• Lead simulation engineer in several high-profile product development projects for customers across various race series such as Formula 1, Formula E, LMH, LMDh, WEC, NASCAR, GT, as well as in the hypercar segment for road cars.• Collaboration closely with the design department, influencing redesigns based on stress analysis results to optimize component performance.• Participation in numerous internal projects, focusing on new component design and simulation, contributing significantly to methodological advancements.• Currently leading an exploratory project on the application of strain gauges in our products, a vital ongoing innovation initiative.• Initiated and managed a comprehensive evaluation of four different leading multibody dynamics simulation software for automotive applications.• Actively working on integrating Simpack into drivetrain and suspension systems to enhance understanding of dynamic behavior and load management, with the integration of Abaqus.• Initiating incorporating automation, scripting, data science with machine learning into our processes using Python, aiming to drive future innovation and efficiency in our engineering approaches.

Győr

• Undertook a comprehensive learning initiative with ANSA for mesh generation for FEA and multibody dynamics models.• Worked with Simdrive 3D, focusing on advanced simulations in the powertrain section.• Involved in early-stage projects to analyze dynamic behaviors and efficiency in powertrain systems.

Miskolc

• Specialized in finite element analysis (FEA) using Marc and MSC Apex from Hexagon, focusing on static structural and thermal analysis.• Engaged in designing simulation models using CAD software, including Creo and Inventor.• Initiated and developed the department's capabilities in multibody dynamics simulations with Adams, including self-guided learning, internal research, and a key industrial project for an automotive supplier involving Gleason helical bevel gears.• Utilized additional software tools like Simufact, COMSOL, and KISSsoft for specialized projects, including heat treatment simulations.• Responsible for creating detailed documentation for simulations and assisting in research on stress and fatigue behavior theoretical studies.

Miskolc

• Supported a team of test engineers in conducting tests on starter motors and generators, ensuring adherence to quality and confidentiality standards.• Assisted in various testing procedures, gaining hands-on experience in a dynamic and technically demanding environment.• Contributed to the creation of critical documentation, enhancing project organization and information clarity.

Master'S Degree, Mechanical Engineering

Specialty of CAD/CAM

Bachelor'S Degree, Mechanical Engineering

Faculty of Engineering Modelling