Wei-Ting Kuo Email & Phone Number

1. Conducting FEA simulations on medical devices to identify critical design defects and analyze failure root cause via LS-Dyna2. Calibrating simulation models with real test results and driving optimization actions with product development team3. Collaborating closely with engineers across global to continuously develop best simulation practices, e.g., standardized model, internal training materials 4. Documenting and clearly communicating results to both internal and external engineering teams

Coburg, Bavaria, Germany

1. Design and development of automotive interior components through FEA (LS-Dyna)2. Setting up various FE load cases according to the specified ECE norms, customer specifications etc, validating models with the test results and identifying critical load cases. 3. Integrative Simulation process building of plastic component for its mechanical performance calculation.4. Coordinating projects between Brose, customers and the service providing companies.

Stuttgart Area, Germany

Topic: Modeling and Validation of a Flexible Brushcutter Multibody System Simulation Model1. Build and optimize a dynamical multibody system model to simulate the vibrations of a brush cutter2. Conduct vibration measurements and analyze testing results in order to validate the simulation model3. Calibrate model parameters on basis of modal testing, shaker testing and modal analysis simulation

Stuttgart Area, Germany

Department: Technical Mechanics Simulation1. Thermal and modal analysis simulation with ANSYS DesignSpace2. Meshing and model building in MEDINA and PERMAS3. MKS Simulation in ADAMS/Flex to compare with testing results

Stuttgart Area, Germany

Institut für Materialprüfung, Werkstoffkunde und Festigkeitslehre (IMWF)- Project: Microstructural Investigation of Plasma Sprayed Ceramic Coatings for Solid Oxide Fuel Cell Application1. Constructed analytical model by MATLAB2. Calculated thermal residual stresses with ABAQUS

Taiwan

Mechanics of Materials LaboratoryProject: In-situ Observation and Simulation of Multilayer Ceramic Capacitors (MLCC)- Characterized mechanical properties of the constituents of MLCCs in nanoscale by Nanoindentor- Conducted four-points bending on MLCC by MTS and performed in-situ observation by Telemicroscope- Simulated stress distribution with ANSYS

Master Of Science - M.Sc., Computational Mechanics Of Materials And Structures

Bachelor Of Science - B.Sc., Material Science And Eingineering

Activities and Societies: Global Initiative Symposium in Taiwan