Dr. Mahdi Jaber

Designed different bone implants and fixation systems and evaluated their impact on bone healing using a combined FEM and C++ approach Led continuous improvement projects to enhance efficiency by utilizing Design of Experiments (DOE) approach Prepared annual reports for the Federal Ministry of Education and Research (BMBF) Monitored progress on work packages, providing support to other collaborators Established collaborations with international cross-functional teams leading to co-published findings

Conducted deformation analysis on high-pressure molds using analytical methods Produced technical documentation essential for meeting industry design requirements Tracked the objectives and assisted other team to guarantee timely completion and that quality standards were met

Material characterization at ultrasonic frequency and under high temperature range Designing and performing experiments using Laser Doppler Vibrometer. Performing numerical analysis using Ansys APDL. Using statistical procedures to ensure reliability and validity. Programming tools for data analysis using Python.

Professional training on Laser Doppler vibrometer to perform experiments. Programming robot to perform measurements using an ultrasonic sensor.

Drawing CAD models that will be manufactured for experiments using CatiaV5. Performing infusion experiments to yield composite models

Implementation of the Newton-Raphson method with step size in three different schemes using C++

Implementation of FEM using C++ Optimization of Mechanical Systems Composite modeling Structural, materials and Numerical analysis.

Internal Combustion Systems Thermodynamics Fluid Mechanics Mechanics of Materials. Kinematics and Kinetics