Graduate Research Assistant in the Laboratory for Interaction of Machine and Brain (LIMB)https://www.ece.ucf.edu/rakhshanlab/Integrated Circuit Design, Sensor Design, Haptic Technology.Graduate Teaching Assistant for EEE3350 (Semiconductor) and EEE3370 (Electrical/Electronics Lab)

- Assisting in the setup and maintenance of the Electrical, Computer, and Biomedical Labs within the engineering building of the Catholic University, ensuring all equipment is functioning optimally and meets safety standards.- Facilitating the integration and utilization of 3D scanning and printing devices, including those compatible with PLA and ABS materials, for various university projects, providing technical support and guidance to users as needed.- Collaborating with faculty and staff to develop and implement protocols for efficient utilization of lab resources, overseeing inventory management, equipment calibration, and troubleshooting to support ongoing research and educational activities.

- Instructor for ENGR355(Electrical/Electronics Laboratory).- Practical training to apply Multisim software, oscilloscope & digital function generator.- Training board-level projects and the fundamentals of electronic devices.

- Teaching Assistant in ENGR403 (Control Systems)- Teaching Assistant in CSC113 (Intro to Comp Programming with MATLAB)- Teaching Assistant in ENGR222 (Differential Equations)- Teaching Assistant in ENGR212 (Electrical Network)

Documentation, writing proposals, and reports for projects.Manage a simulation team of four people.TFET structure research, both homogeneous and non-homogeneous.Investigate the implementation of the III-V tunnel FET model.Setting goals for the research and development team based on the company’s needs.Responsible for developing new products, which involves conducting research, designing and testing prototypes, and ensuring that the products meet customer needs.Identifying new technologies and trends in the electronics industry.Design the dynamic comparator of the SAR-ADC in CMOS technology, Cadence.Design of a dynamic comparator in CMOS technology, Cadence.Conducting research to identify and evaluate new and emerging technologies, materials, and processes that can be used in the development of the metal detectors.Designing electronic circuits and nanodevices based on the results of the research.Simulation and testing the electronic circuits to evaluate their performance, identify potential issues, and make any necessary modifications.Documentation: accurately documenting the design and development process to ensure successful implementation of electronic circuits and nanodevice projects.Design a PCB and select components for various types of metal detector.Driving the LCD with an AVR microcontroller and drawing the schematic of the LCD driver board.Developing software for AVR microcontrollers.Debugging and testing the software on the AVR to ensure proper operation.Integrating the microcontroller into the system and ensuring it communicates with other components as needed.Documenting the software and system design for future reference and troubleshooting.Designing the layout and routing of PCBs using Altium Designer software.Designing and implementing PCB layout design rules such as trace widths, clearances, and spacing to ensure proper electrical performance and manufacturability.