Leading company collaborations and research projects on Smart Automotive, Hardware Architecture for Embedded Machine Learning, Graph Machine Learning, Education. Defining technical requirements, contracts, and project plans. Contributing to research both personally and by managing multiple concurrent teams of engineering students.

My research efforts revolve around Heterogeneous Internet of Things (HetIoT). I aim at defining and perfecting methodology and technologies for proactive resource-centric orchestration of tasks between the Cloud and the Edge of networks.The main contributions of my work are:- tracking and modeling resources spanning the different network layers;- leveraging this information to orchestrate tasks dynamically over the most suitable layers;- defining an actionable model for… Show more My research efforts revolve around Heterogeneous Internet of Things (HetIoT). I aim at defining and perfecting methodology and technologies for proactive resource-centric orchestration of tasks between the Cloud and the Edge of networks.The main contributions of my work are:- tracking and modeling resources spanning the different network layers;- leveraging this information to orchestrate tasks dynamically over the most suitable layers;- defining an actionable model for distributed HetIoT applications to simplify their design and development. Show less

I was part of a country-wide team that has the goal of developing a network of experts on Industry 4.0 themes. The focus of the team is to pool the efforts undertaken in the i4.0 field in every Italian site, both productive and commercial. My tasks encompass the development of the culture of innovation, technology, and agility within Bosch Italy Group, building the training programs offered by Bosch with respect to Connected Industry, and the evangelization regarding the emerging news and… Show more I was part of a country-wide team that has the goal of developing a network of experts on Industry 4.0 themes. The focus of the team is to pool the efforts undertaken in the i4.0 field in every Italian site, both productive and commercial. My tasks encompass the development of the culture of innovation, technology, and agility within Bosch Italy Group, building the training programs offered by Bosch with respect to Connected Industry, and the evangelization regarding the emerging news and discoveries in this area. Show less

I was part of an agile team focused on the acceleration of ideas to MVP in the field of the Internet of Things and Data Analytics for the plants in Bosch Powertrain Solutions, part of the automotive division of the group. We mainly tackle Edge Computing, Digital Twins, Big Data acquisitions and valorization, Analysis of data using Machine Learning. Personally, I contribute transversally on each of these fields, as per the Agility Principles.

I were in charge of developing the front-end of Sysdig Cloud SaaS for monitoring large micro-services infrastructures. Thanks to this experience I partly lived as a remote worker, I developed my skills in working independently to the tasks I get assigned to, directly handling my professional growth in order to reach goals most of the time I have set and shared with the team and the management.

With this experience I had the chance to take part in the activities of a research group specialised in high performance distributed systems. Here, I validated one of the case studies supporting my thesis research: modelling and attributing energy consumption in virtual tenant infrastructure based on the Xen hypervisor.

I worked at NECSTLab as a member of the Morphone project, precisely in the MPower development team. MPower is a mobile application for managing and controlling mobile devices' power consumption and it focuses on the optimisation of the their battery life duration. I developed the MPower Android App, available on the Google Play Store (https://play.google.com/store/apps/details?id=org.morphone.mpower), and I was in charge of its maintenance and progressive features enhancement. My thesis has… Show more I worked at NECSTLab as a member of the Morphone project, precisely in the MPower development team. MPower is a mobile application for managing and controlling mobile devices' power consumption and it focuses on the optimisation of the their battery life duration. I developed the MPower Android App, available on the Google Play Store (https://play.google.com/store/apps/details?id=org.morphone.mpower), and I was in charge of its maintenance and progressive features enhancement. My thesis has been part of a new line of development of the MPower concept: the abstraction of the model computation facilities that work under the hood of MPower in order to design and develop a "Model-as-a-Service" cloud environment that will support the generation of models for the consumption trends of any type of resources. Show less