Shaghayegh Mazaheri

• Implementing Finite-Difference Time-Domain (FDTD) methods in MATLAB. • Automating power and Specific Absorption Rate (SAR) analysis for high-frequency applications using VBA macros in CST Studio Suite. • Simulating automotive antennas and optimizing electromagnetic performance. • Executed high-frequency antenna measurements using a Vector Network Analyzer (VNA). • Conducted EMC measurements and evaluated shielding effectiveness. • Performed radiated emissions testing and EMC compliance assessment.

• Developing Python-based computational tools for electromagnetic field analysis using Finite Integration Technique (FIT) and Finite Element Method (FEM). • Performed high-frequency simulations of Wireless Power Transfer (WPT) systems in CST Studio Suite. • Conducted thermal simulations of WPT systems using ANSYS HFSS. • Simulation of electric field in human body due to exposure to low-frequency electromagnetic fields using CST Studio Suite.

• Designed and manufactured of an electronic board to measure the time lag in Close-Open operation of Load Break Switch (LBS). • Assisted in the design and testing of analogy and digital circuit systems, gaining hands-on experience in circuit technology. • Microcontroller programming (C++). • Documentation of the results.

• Designed and developed electronic control boards using Altium Designer. • Designed power and temperature control circuitry. • Developed an advanced version of the control board featuring distance detection capability. • Performed comprehensive wiring and system integration between control boards, power boards, and output devices. • Implemented test circuits using the multimeter and oscilloscope. • Planned and optimized production workflows and schedules using Microsoft Project (MSP).

Thesis : Influence of Mesh Cell Shapes in Human Body Models on Low-Frequency Magnetic Field Exposure Simulations (Grade: 1.7)