Fitim Halimi Email & Phone Number

Experienced Hardware Specialist with a demonstrated history of working in the consumer electronics industry. Skilled in AutoCAD, C++, Public Speaking, Leadership, and Automatic Control. Strong engineering professional with a Bachelor's degree focused in Mechatronics from The University of Hasan Prishtina , also with a second degree focused in Automatic Control from The Silesian University of Technology. Skilled in designing Printed Circuit Boards (PCB) using KiCad, EasyEda, Eagle. 3D modeling using AutoCAD, Fusion360, and also ArtCAM for working with CNC machines.Academic projects:- (UVC Sterilization Robot) is a robot based on Raspberry Pi, which detects the path through a black line, Powered with a 12V 33Ah battery which powers all the microcontrollers and also contains inverters for powering the UVC lamps, 4 x 55W. Runs on stepper motors with slow speed, also the user has the option to activate and deactivate the lamps through bluetooth considering the UVC lamps are harmful for sight.- (Industrial ventilation system cleaner) is an Arduino based project to control the sensors, actuators, motors, designed the PCB in Proteus and coded in Arduino IDE. The robot is remotely controlled with transceiver modules on self-made PCB-s, also uses vacuum power to clean the ventilation tubes. Contains an ESP32 Cam, so the operator can have visibility inside the ventilation tubes. Has speed control, all possible movements,BMS for battery charge/discharge, and all the design in made in AutoCAD and 3D printed after.- (Hand controlled Hovercraft) is an Arduino based project that combines actuators, sensors, and mechanical parts to create a remotely controlled hovercraft that can operate on Land, Water, Snow, and on any surface by using air pressure that hovers the craft and also makes possible the forward/left/right movements. With this project, I also attended the First Time Author Contest in Instructables and in the 25- Research Contest of MEF College in Istanbul.- (Low cost breath ventilator) The whole system is simulated using Matlab, including the coded components-sensors using Matlab. Used to provide a simpler yet efficient way to produce a cheaper ventilator, which among all other simple ventilators has a triggering system which allows the patient to trigger each breath cycle, and not just in a fixed time. Also contains additional features that activate alarm systems in a rapid increase/decrease of pressure.