İbrahim Hakkı Durmuş

• Built and analyzed FEA models for e-mobility, white goods, and general-purpose electric motors. • Established strong communication with various design teams. • Designed and proposed CAD alternatives to initial designs regarding both cost and strength improvements. • Attended 6sigma, reliability, and durability courses and applied them to my analysis studies. • Promoted to R&D CAE Specialist Engineer on 10.2021. • Worked on strain-gauge tests, bearing life-time test and calculations.

• Performed structural strength analyses of components of closet hinges, drawer rail systems, and lift-up door systems. • Reported results with improvement proposal studies. • Created alternative CAD focused on cost and durability improvements. • Communicated closely with the design teams for building correct models and giving feedback. • Studied theoretical and practical information about strain gauges to validate FEA models.

• Examined customer problems on SOLIDWORKS CAD and FEA modules and provided solutions in short periods. • Reported customer problems caused by software bugs to the software development team. • Gave courses to customers for SOLIDWORKS CAD and Inspection software. • Taught customers how to use the software functions with their examples and best practices.

Thesis Study: Using an previous academic study and its shared source code on the locomotion of the musculoskeletal system of the human body in a simulation environment with a Deep Reinforcement Learning controller agent as a basis to achieve a software environment to test and design powered robotic (bionic) transtibial leg prostheses. (Programming languages and tools that I need to use in this project: C++, Cmake, DART: Dynamic Animation and Robotics Toolkit, Python, PyTorch)