Mostafa Tayseer

Development, commissioning, and maintenance of software for securely connecting machines to AWS cloud applications. Design and continuous development of the architecture for IoT solutions and cloud-based platform

Development and implementation of OPC UA Middleware and a Plug & Produce System Composed of Semantic OPC UA Skills using C/C++

• Development of a process control for mobile robots and smart devices • Visualization and function programming of the GUI for the commissioning stations • Programming of the PLC controls for the AGV’s forklift • Creation of OPC UA servers and clients • Implementation and supervision of projects’ showcases • Development and implementation of tests at Airbus Hamburg • Development of an adaptive process display as visual feedback system • Creation of user groups with customized the GUI and access

"Systematic Investigation of Control Systems for the Prototypical Networking of Special Machines in the Production Environment" in the field of M2M communication using OPC UA to develop Industry 4.0 based solutions for the aerospace industry • Development and implementation of a benchmark for PLCs • Analysis of the OPC UA performance of different PLC systems

Development, implementation and optimization of an automatic hand-eye calibration algorithm of an OCT camera with a hexapod robot using MATLAB

Digital Assistance Systems for Engine Overhaul in the framework of the TUHH’s practical program "Fishing for Experience”: • Agile project management with Scrum • Analysis of the entire process chain for engine overhaul • Concept development for process optimization through digital assistance systems

• Robotics • Software Systems • Embedded Systems • Industrial Process Automation • Control Systems • 3D Computer Vision Projects: • Object detection, tracking and triangulation (OpenCV) • Modeling, simulation and implementation of an optimized observer based controller for an inverted pendulum

• Overall Grade: Very good with "Honor degree" and ranking the fourth • Thesis: Design, manufacture, control and automation of a three-staged (filling, capping and packaging of glass cups) production line with two robot arms