Mohammed Abdurahiman

• Development of parametric cells (PCells) for microfabrication test structures. • Parametric layout generation to enable rapid design iteration and reuse. • Drafted MEMS layouts and test structures using CAD and layout tools. • Supported FEM-based simulation and structural analysis of MEMS devices.

Layout-Based Workflow for Parametric Design of MEMS Inertial Sensors: • Developed a Python-based parametric MEMS design workflow for inertial sensors based on BDRIE technology. • Integrated analytical models for stiffness, capacitance, and mass directly with layout generation. • Implemented a custom KLayout DRC framework to enforce BDRIE fabrication constraints from Python. • Automated layout-to-simulation flow via GDS-ANF conversion and PyMAPDL-based modal analysis.

• Conducted research on Surface Acoustic Wave (SAW) devices. • Operated and interpreted data from Vector Network Analyzer (VNA). • Utilized measurement and simulation tools to evaluate device performance. • Performed literature review and technical documentation.

• Designed and drafted electrical layouts using AutoCAD for commercial and residential UAE projects. • Created cable tray layouts and smoke alarm system designs. • Ensured compliance with international electrical standards and regulations.

Designed and developed a DC-DC converter with dynamic response and reduced switching losses for the efficient working of the radar with pulsating load.

Smart Sensor Systems Reliability of Micro and Nano Systems Micro Systems Design Micro and Nano Devices Materials in Micro and Nanotechnologies Semiconductor Physics Technologies of Micro and Nano Systems (FEOL) Advanced Integrated Circuit Design Integrated Circuit Design Power Semiconductor Devices

Power Electronics, Power Systems, Electromechanical Energy, Smart Grid, Electromagnetics, Industrial Drives and Automation, Control Systems, Semiconductor Physics, Analog & Digital Circuits, Digital Signal Processing.