Yasmin Gabr

As a recent graduate, I am eager to start my professional career and apply my academic knowledge while developing new skills. My studies, complemented by internships and part-time roles, have provided me with a solid foundation and practical experience in team collaboration, problem-solving, and communication. I am particularly interested in roles offering growth and continuous learning and am excited to bring my enthusiasm, dedication, and fresh perspective to a dynamic organization.

• Bachelor's Project: the project included the integration of haptic feedback gloves in remotely operated surgeries. The patient's room would have a robotic arm holding the surgical instrument and a camera that sends information to the surgeon's room where the surgeon, wearing the haptic feedback gloves, will be able to see, feel, and interact with the instrument through VR headsets showing the visual feedback from the patient's room.
• RC Car — Obstacle Avoiding Car, The project included: Arduino programming of microchips, full assembly of the hardware components with the electrical components, system control using feedback from ultrasonic sensors.
• Image Processing — IEEE Deep Learning Project, The project used machine learning techniques to collect random pictures of five famous celebrities on the internet and train my model to identify any given picture as one of the learnt celebrities.
• Two-Stage Gearbox of a Screw Conveyor Design — design II course
• Game Development — programming a war game using Java
• Building a Mini-computer — using Logisim software
• Building a VGA Card— using VHDL code on a FPGA board
• Chain Roller Conveyor Design — design II course
• Shop Crane Design — design course
• Two-Step Aluminum Ladder Manufacturing and Design — manufacturing course
• AC to DC Convertor Design— electronic circuits course
• Signals Filter — electronics course
• Pressure Sensor — the sensor would wait for the user to press on it and print the output signal corresponding to the pressure value
• Problem Optimization — the system would solve public parking's overcrowding by assigning an optimal place for each car to park.
• Robotic Drumming Arms — the robotic arms would wait for a signal to start moving drum sticks on the drum creating sounds.
• Image Processing Car — the RC car would identify the image shown using its camera and make a specific action according to the identified picture.