Mostafa Bakry

▪ Planning, evaluation and integration of new telecommunication technologies such as 4G, 5G and FRMCS in high speed trains (ICEs) according to the standards defined by 3GPP, UIC and ERA. ▪ Technical consultant in a joint project with industry leaders such as SIEMENS and ALSTOM for the development of new high speed trains. ▪ Supervision of various technical topics such as train radio, train control and EMC (electromagnetic compatibility). ▪ Defining and advising on EMC measurement equipment and conditions in railway systems. ▪ Identify and define EMC test standards for compliance of railway systems. ▪ Regular participation, coordination and travel to meetings with various stakeholders from different areas of the railway industry, such as Siemens, Alstom, Funkwerk.components. ▪ Coordination of appointments with stakeholders and participation in different projects in the ICE trains. ▪ Regular participation, coordination, and travel for meetings with various stakeholders such as Siemens, Alstom, Funkwerk.

▪ Sub-project leader in an integrated government-funded research project with two leading universities and three companies on the diagnosis and treatment of breast cancer (budget €3.5m). ▪ Development of high-frequency antenna elements for breast cancer diagnosis. ▪ Design, modelling and analysis of radio frequency antenna modules for hyperthermia systems using CST. ▪ Regular meetings with project partners to discuss research progress. ▪ Collaboration in the development of a radar system for breast cancer diagnosis. ▪ Planning and pre-implementation of computer-aided test set-ups for hyperthermia systems. ▪ Testing and validation of antenna components with VNA, signal generator and hyperthermia device. ▪ Analysis, documentation and evaluation of test results.

▪ Design and implementation of high frequency antennas for medical applications using computational electromagnetics. ▪ Software development using MATLAB and Python for the RF antenna modules. ▪ Developed software to calculate the conductivity of dispersive materials. ▪ Writing and publishing of scientific papers. ▪ Analysis, documentation and evaluation of test results. ▪ Attending scientific conferences. ▪ Analysis and simulation of antenna element prototypes with CST. ▪ Supervision of Master's theses. ▪ Regular discussion of measurement results with the working group.

▪ Design, simulation and implementation of metamaterial applications for microstrip antennas using CST and FDTD. ▪ Documentation and writing of the master thesis. ▪ Lectures for undergraduate and graduate students on various topics in the field of electromagnetic fields, electronics, telecommunications and programming languages. ▪ Supervision of laboratory measurement techniques for undergraduate and graduate students. ▪ Supervision of bachelor theses. ▪ Participation in the committees for the definition and evaluation of student exams.