• Developed MATLAB and Python softwares to advance the extraction of biaxially tested soft tissues’ properties• Tested the developed software on available data from previously tested aortic tissues• Statistically analyzed the extracted data for accuracy• Prepared and tested frozen human back skin samples using a planar biaxial tester• Applied the data extraction software on the newly tested human skin samples' data.

• Switched the detailed parts drawings of a Honda Diesel Tricycle from AutoCAD to SolidWorks• Performed a fully functional tricycle model on SolidWorks by joining all the modelled parts• Ran a simulation to check the mechanical behaviour of the functional tricycle.• Designed cost-efficient parts for the conversion of the tricycle to electric energy using SolidWorks• Applied mechanical concepts and knowledge to ensure high performance and strong design• Prepared technical… Show more • Switched the detailed parts drawings of a Honda Diesel Tricycle from AutoCAD to SolidWorks• Performed a fully functional tricycle model on SolidWorks by joining all the modelled parts• Ran a simulation to check the mechanical behaviour of the functional tricycle.• Designed cost-efficient parts for the conversion of the tricycle to electric energy using SolidWorks• Applied mechanical concepts and knowledge to ensure high performance and strong design• Prepared technical drawings for the designed parts using AutoCAD• Prepared bill of materials Show less

• Performed research on different ways to improve the design of existing magnetic pendulums• Performed research on the best-performing cost-efficient load bearings• Solved complex functional equation using MATLAB• Designed different pendulum shapes and load bearings using AutoCAD• Ran finite element analysis to test the mechanical behaviour of the designed pendulums and bearings using ANSYS• Designed a better support frame using AutoCAD and ANSYS

• Performed research about existing motorized torsion benches • Designed a new motorized torsion bench for lab use using AutoCAD• Designed a strong support frame for the motor using AutoCAD• Designed a fixation for a gyroscope to read the torsion angles

• Developed a code for a microcontroller-controlled radar for vehicle speed detection using assembly coding via MPLAB• Coded speed limit warnings• Connected and soldered an electronic circuit• Designed a box to fix the circuit, the display and the sensors of the radar • Performed the technical drawings and provided them to a manufacturer• Performed tests on the radar

Developing a Thermometer. The main goal was a thermometer based on an Analog-to-Digital Converter. But, by looking to other ways to develop it, we found a way to do it using a Voltage-to-Frequency Converter. So, we developed a thermometer using a Voltage-to-Frequency Converter taking the output voltage of a temperature sensor, converting into frequency, and displaying the temperature on an LCD.

• Selected, developed, cataloged and classified library resources• Data entry.