Michele Tartari

performing mixed digital and analog circuit schematic capture and PCB layout for customized electronic devices.

interacting with mechanical and robotics engineers and assisting in the assembly and wiring of electromechanical devices.

developing firmware for electronic boards associated to customized actuation, sensing and interface devices.

producing and maintaining revisions of documentations for electronic systems and firmware.

performing electronic circuit and firmware testing and troubleshooting.

creating electronic board prototypes and testbeds.

Development of a voice interface and user detection strategies for low-power robotic systems using ROS.

Development of a robotic setup for educational purposes and updating of older equipment.

Development of evaluation techniques for the Solar Decathlon China (SDC), held in Dezhou in summer 2018.

Development of a solar panel fault detection method based on infrared image processing using Matlab.

Development of a setup to control a shape memory alloy material using an embedded PC (a Beagle Bone Black).

Development of two X20 PLC systems to control synchronous motors connected to flexible joints.

Implementation of the control logic using Matlab and Automation Studio.

Consortium scholarship issued for EMARO+ students based on academic merits and offered to top applicants only.

Relevant courses: Research Methodology, Bio-Robotics, Dynamics of Multi-Body Systems, Advanced Mechanical Design.

Other relevant courses: 2 exams of Polish language and 1 of Polish culture.

Thesis: Voice Controlled Mobile Robot for Indoor Applications (research publication in preparation)

Consortium scholarship issued for EMARO+ students based on academic merits and offered to top applicants only.

Relevant courses: Mobile Robotics, Non-linear Control Theory, Software Architecture for Robotics, Artificial Intelligence, Computer Vision, Real Time Systems, Mechanical Design Methods in Robotics, Optimization Techniques.

Other relevant courses: 2 exams of French language.

Project: Recharging electric cars with a mobile robot.

Relevant courses: Automation Controls, Electrical Circuit, Logical Design of Digital Systems.

Other relevant courses: 2 Exams about Chinese Language and 3 Exams about Chinese Culture.

Thesis: Solar Panel Fault Detection Method Based on Infrared Image Processing.

Scholarship issued for Almatong Project student based on academic merits and offered to top applicants only.

Relevant courses: Foundation of Industrial Robotics, Automatic Machines, Computer Architectures.

Other relevant courses: 2 exams of French language.

Thesis: Design of a Testing Machine for Flexure Hinges.

Liceo scientifico “Antonio Roiti” is a public high school in Ferrara, Italy. There I followed a P.N.I. specialism (“National Plan of Computer studies”).
This curriculum is devised by the Ministry of Education, and emphasises the link between the humanistic tradition and scientific culture. It covers a complete and widespread range of disciplines, including Italian language and literature, mathematics, physics, chemistry, biology, history, philosophy, Latin language and culture, English language and culture, art history and technical drawing. At the end of the fifth year all students sit for the esame di Stato, a final examination which leads to the maturità scientifica.
The school website can be found here.

El Modena High School is a traditional 4 year public high school located in the El Modena neighborhood in the eastern portion of the city of Orange in Orange County, California. I studied there as a senior year stundent through a foreign exchange student program.
The school website can be found here.