• Development of machine vision algorithms.

• Responsible for the production and testing of single-frequency lasers.
• Established production workflows and processes to decrease delivery times.
• Led a team of 3 people using project management techniques to improve planning, documentation and communication during project execution.

• Responsible for the development and testing of new features and products.
• Developed high-performance firmware for embedded systems using C++.
• Refactored and improved Verilog codebase to increase FPGA performances.
• Learned firmware architecture principles to create and document the system design of new products.
• Hardware review and debug of new PCB prototypes using KiCad.

• Responsible for research and development of new devices for the B2B market.
• Developed low-power IoT products based on client custom requirements.
• Led a project funded by the major client with the role of Junior Project Manager.
• Automated laboratory measurement workflows using Python and embedded C code, reducing experiment setup and analysis time by more than 75%.
• Developed embedded measurement algorithms using C on custom PCBs.

• Developed a measurement algorithm to predict kitchen-related events using Python.
• My thesis achievements enhanced the company relationship with an international customer securing the funds to continue the development of the first B2B product.

The Master’s Degree of the University of Trento granted me the possibility to investigate a vast number of topics relevant to modern physics, with a particular focus on nanophotonics. A partial list of covered topics is listed in the following.

• Photonics and quantum optics
• Optoelectronics
• Laser cooling and magneto-optical traps
• Signal analysis and FPGA development

During my first year, I developed an interest in industry and entrepreneurship, which led me to the decision of conducting my thesis research in a local startup. The theme of my thesis has been the study of the technological and financial feasibility of an innovative multi-sensors IoT device applied in smart-kitchen appliances.

The Bachelor’s Degree of the University of Trento covers a wide variety of topics, most of which are essentials for a deeper understanding of physical phenomena. A partial list of covered topics is listed in the following.

• General physics (mechanics, thermodynamics, electromagnetism)
• Quantum physics
• Physics laboratories
  • Mechanics and thermodynamics
  • Electronics (analog and digital)
  • Optics
  • Vacuum
• Computational physics
• Calculus and linear algebra