Proficiently coordinated software developments using AGILE methodologies, adhering to established plans and priorities for efficient project execution.Provided support to a team of about 25 researchers in designing and implementing human-robot interaction scenarios for experimental protocols.Fostered collaboration with other research groups and external companies to execute complex experimental scenarios, enriching the research process.Designed and implemented more than 40 experimental protocols, highlighting adaptability and versatility in addressing research objectives.

Provided technical support to a team of about 10 researchers, assisting them in the design and implementation of human-robot interaction scenarios to conduct experimental protocols with participants.Successfully implemented 2 experimental protocols, showcasing the ability to translate theoretical concepts into practical applications.

Gained valuable experience as a software engineer in a dynamic R&D team comprising approximately 10 members. Contributed to a project centered around designing and developing a full-stack application for a Manufacturing Execution System (MES).Acquired training and expertise in AGILE/Scrum methodologies, allowing for efficient project management and collaboration within the team.Demonstrated proficiency in developing a comprehensive full-stack application, showcasing the ability to work on both front-end and back-end aspects of the project.

Played a leading role in a research project focused on creating a Decision Support System for monitoring and optimizing energy consumption in post office buildings.Acted as a representative for the company in meetings with project partners, fostering effective communication and collaboration to achieve project objectives.Designed and developed a comprehensive full-stack application, showcasing proficiency in both front-end and back-end technologies.Selected to mentor and coach two Erasmus students.

Provided consultancy for the digitization of processes for sharing environmental, cultural and social best practices Mediterranean institutions and associations.

During my doctoral studies I was involved in developing a novel active interface with perception and projection capabilities, allowing intuitive human-robot interaction. Experiments with a robotic arm demonstrate the system's effectiveness, supported by a detailed software architecture and open-source tools.PhD Thesis: "On Exploring Active Vision and Projections as User Interface in Robot Learning from Demonstration" (Supervisor: Sylvain Calinon).Code: PbDLib is an open source C++ library for using the Programming-by-Demonstration machine learning tools in your C++ code. Most of the tools provided by PbDLib are implementations of the algorithms described in the book "Robot Programming by Demonstration: A Probabilistic Approach" (Sylvain Calinon, 2009) and other related scientific publications. Git repo: http://github.com/ddetommaso/pbdlib