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% available at http://www.latex-project.org/lppl/.


\documentclass[11pt,a4paper,roman]{moderncv} % possible options include font size ('10pt', '11pt' and '12pt'), paper size ('a4paper', 'letterpaper', 'a5paper', 'legalpaper', 'executivepaper' and 'landscape') and font family ('sans' and 'roman')
\documentclass[10pt,a4paper,roman]{moderncv} % possible options include font size ('10pt', '11pt' and '12pt'), paper size ('a4paper', 'letterpaper', 'a5paper', 'legalpaper', 'executivepaper' and 'landscape') and font family ('sans' and 'roman')

% moderncv themes
\moderncvstyle{classic} % style options are 'casual' (default), 'classic', 'banking', 'oldstyle' and 'fancy'
\moderncvstyle{banking} % style options are 'casual' (default), 'classic', 'banking', 'oldstyle' and 'fancy'
\moderncvcolor{burgundy} % color options 'black', 'blue' (default), 'burgundy', 'green', 'grey', 'orange', 'purple' and 'red'
%\renewcommand{\familydefault}{\sfdefault} % to set the default font; use '\sfdefault' for the default sans serif font, '\rmdefault' for the default roman one, or any tex font name
%\nopagenumbers{} % uncomment to suppress automatic page numbering for CVs longer than one page
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% personal data
\name{Gianluca}{Aguzzi}
\title{PhD Student}
\title{\\Post Doctoral Researcher}
\address{Via Mulini 23/25}{47521}{Italy, Cesena}
\email{[email protected]}
\homepage{https://cric96.github.io/}
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\makecvtitle

\subsection{Current Placement}
\cventry{2020--today}{PhD in Computer Science And Engineering}%
\cventry{2023--today}{Postdoctoral Research}%
{Alma Mater Studiorum -- University of Bologna}{Cesena}
{}{}
{}{I'm currently work on a PRIN project called COMMONS-WEARS in which I deal with engineering collective application in complex layered and multi mobile edge devices}
\subsection{Research Theme}
\cvitem{}{
My current area of research focuses on the coordination of large-scale systems and the application of machine learning algorithms within distributed and multi-agent systems.
Expand All @@ -82,6 +82,13 @@ \subsection{Research Theme}
\section{Education}

%%%%%
\cventry{2020--2023}{PhD in Computer Science and Software Engineering}%
{Alma Mater Studiorum -- University of Bologna}{Cesena}
{\textit{with distinction}}{
My PhD was focused on engineering large scale systems through the application of aggregate computing and machine learning algorithms. In particular, I explored the application of multi-agent reinforcement learning in the context of cyber-physical swarms -- a type of large-scale system composed of multiple agents that interact with the physical world.
}
\cvitem{}{Thesis: \emph{A language-based software engineering approach for cyber-physical swarms}}
\cvitem{}{Supervisors: \emph{Mirko Viroli}}
\cventry{2018--2020}{Master in Computer Science and Software Engineering}%
{Alma Mater Studiorum -- University of Bologna}{Cesena}
{\textit{110 cum Laude}}{
Expand All @@ -104,23 +111,23 @@ \section{Scientific Activities}
\bibliography{pub}

\subsection{Presentations in International Conferences}
\cventry{2023}{Scala in machine learning scenario: a personal experience}{Scala Italy}{}{}{}
\cventry{2023}{Macroswarm: A field-based compositional framework for swarm programming}{International Conference on Coordination Models and Languages - \emph{COORDINATION}}{}{}{}
\cventry{2023}{Scarlib: A
framework for cooperative many agent deep reinforcement learning in scalh}{International Conference on Coordination Models and Languages - \emph{COORDINATION}}{}{}{}
\cventry{2022}{Addressing Collective Computations Efficiency: Towards a Platform-level Reinforcement Learning Approach}{International Conference on Autonomic Computing and Self-Organizing Systems - \emph{ACSOS}}{}{}{}

\cventry{2022}{Machine learning for aggregate computing: a research roadmap}{Workshop on DIStributed COLlective Intelligence}{}{}{}

\cventry{2022}{Towards reinforcement learning-based aggregate computing}{International Conference on Coordination Models and Languages - \emph{COORDINATION}}{}{}{}

\cventry{2021}{Research directions for aggregate computing with machine learning}{Doctoral Symposium International Conference on Autonomic Computing and Self-Organizing Systems - \emph{ACSOS}}{}{}{}
\cventry{2021}{ScaFi-Web: A Web-Based Application for Field-Based Coordination Programming}{International Conference on Coordination Models and Languages - \emph{COORDINATION}}{}{}{}
\cventry{}{\textbf{COORDINATION 2024}}{}{}{}{Scafi-blocks: A visual aggregate programming environment for low-code swarm design}
\cventry{}{\textbf{DISCOLI 2024}}{}{}{}{Engineering distributed collective intelligence in cyber-
physical swarms}
\cventry{}{\textbf{ACSOS 2023}}{}{}{}{Field-informed Reinforcement Learning of Collective Tasks with Graph Neural Networks}
\cventry{}{\textbf{Scala Italy 2023}}{}{}{}{Scala in machine learning scenario: a personal experience}
\cventry{}{\textbf{COORDINATION 2023}}{}{}{}{Macroswarm: A field-based compositional framework for swarm programming}
\cventry{}{\textbf{COORDINATION 2023}}{}{}{}{Scarlib: A framework for cooperative many agent deep reinforcement learning in Scala}
\cventry{}{\textbf{ACSOS 2022}}{}{}{}{Addressing Collective Computations Efficiency: Towards a Platform-level Reinforcement Learning Approach}
\cventry{}{\textbf{DISCOLI 2023}}{}{}{}{Machine learning for aggregate computing: a research roadmap}
\cventry{}{\textbf{COORDINATION 2022}}{}{}{}{Towards reinforcement learning-based aggregate computing}
\cventry{}{\textbf{Doctoral Symposium International @ ACSOS 2021}}{}{}{}{Research directions for aggregate computing with machine learning}
\cventry{}{\textbf{COORDINATION 2021}}{}{}{}{ScaFi-Web: A Web-Based Application for Field-Based Coordination Programming}

%%%%%%%
\subsection{Participation in International Conferences}
\cventry{2024}{Demo and Poster Committee}{Autonomic Computing and Self-Organizing Systems -- ACSOS}{}{}{}
\cventry{2024}{Program Chair Committe}{Workshop on DIStributed COLlective Intelligence -- DISCOLI}{}{}{}
\cventry{2024}{Organising Chair Committe}{Workshop on DIStributed COLlective Intelligence -- DISCOLI}{}{}{}
\cventry{2024}{Program Chair Committe}{MADTECC}{}{}{}
\cventry{2023}{Artifact Evaluation Committee}{International Conference on Pervasive Computing and Communications - \emph{PerCom}}{}{}{}
\cventry{2023}{Program Chair Committe}{Workshop on DIStributed COLlective Intelligence - \emph {DISCOLI}}{}{}{}
Expand All @@ -129,28 +136,31 @@ \subsection{Participation in International Conferences}
\cventry{2021}{Artifact Evaluation Committee}{International Conference on Autonomic Computing and Self-Organizing Systems - \emph{ACSOS}}{}{}{}

\subsection{Volunteering}

\cventry{2022}{Student Volunteer}{International Conference on Distributed Computing Systems - \emph{ICDCS}}{}{}{}
\cventry{2022}{Student Volunteer}{Internation Conference on Autonomic Computing and Self-Organising Systems - ACSOS}{}{}{}

\subsection{Visiting}
\cventry{2023}{Visiting PhD}{Aarhus University -- Lukas Esterle}{Aarhus, Denmark}{}{}
\subsection{Review Activity}
\cventry{}{Reviewer for several scientific journals}{}{}{}{ Science of Computer Programming, Scientific Programming, Frontiers in Robotics and AI, Hindawi, Autonomous Agents and Multi-Agent Systems}
\cventry{}{\textbf{Reviewer for several scientific journals}}{}{}{}{ Science of Computer Programming, Scientific Programming, Frontiers in Robotics and AI, Hindawi, Autonomous Agents and Multi-Agent Systems}

\cventry{}{Reviewer for international conferences and Workshop}{}{}{}{ COORDINATION, ACSOS, DISCOLI, AAMAS, PerCom, ASE NIER}
\cventry{}{\textbf{Reviewer for international conferences and Workshop}}{}{}{}{ COORDINATION, ACSOS, DISCOLI, AAMAS, PerCom, ASE NIER}

\subsection{Research Group Collaboration}
\cventry{2021 - }{University of Bologna}{Prof. Mirko Viroli}{In Prof. Viroli's research group, my activities have mainly focused on the topics of aggregate computing and multi-agent reinforcement learning applied to cyber swarms systems.}{}{}
\cventry{2021 - }{University of Turin}{Prof. Ferruccio Damiani}{
In Ferruccio Damini's group, our primary focus was on the application of aggregate computing in swarm robotics. This fruitful collaboration resulted in the publication of the paper titled ``A field-based computing approach for sensing-driven clustering in robot swarms.''}{}{}
\cventry{2021}{St. Gallen University}{Prof. Guido Salvaneschi}{In collaboration with Guido Salvaneschi, we endeavoured to expand the concepts of pulverized architecture through multitier programming languages. Our joint efforts culminated in the publication of the paper titled ``Towards Pulverized Architectures for Collective Adaptive Systems through Multi-tier Programming''}{}{}
\cventry{2022 -}{Aarhus Universitat}{Prof. Lukas Esterle}{Throughout my time abroad, our research was centred around exploring distributed collective intelligence within the realm of large-scale systems. Our primary emphasis was on the application of graph neural networks for developing distributed controllers.}{}{}
\cventry{2021 - }{University of Bologna}{Prof. Mirko Viroli}{}{}{In Prof. Viroli's research group, my activities have mainly focused on the topics of aggregate computing and multi-agent reinforcement learning applied to cyber swarms systems.}
\cventry{2021 - }{University of Turin}{Prof. Ferruccio Damiani}{}{}{
In Ferruccio Damini's group, our primary focus was on the application of aggregate computing in swarm robotics. This fruitful collaboration resulted in the publication of the paper titled ``A field-based computing approach for sensing-driven clustering in robot swarms.''}
\cventry{2021}{St. Gallen University}{Prof. Guido Salvaneschi}{}{}{In collaboration with Guido Salvaneschi, we endeavoured to expand the concepts of pulverized architecture through multitier programming languages. Our joint efforts culminated in the publication of the paper titled ``Towards Pulverized Architectures for Collective Adaptive Systems through Multi-tier Programming''}
\cventry{2022 -}{Aarhus Universitat}{Prof. Lukas Esterle}{}{}{Throughout my time abroad, our research was centred around exploring distributed collective intelligence within the realm of large-scale systems. Our primary emphasis was on the application of graph neural networks for developing distributed controllers.}

\subsection{PhD Schools}
\cventry{2023}{PhD Summer School}{10$^{th}$ DeepLearn Summer School}{}{}{}
\cventry{2021}{PhD Summer School}{22$^{nd}$ European Agent Systems Summer School}{}{}{}

\section{Teaching}
\subsection{Courses}
\cventry{2023}{Software Design and Development}{Alma Mater Studiorum -- University of Bologna}{Bachelor in Computer Science and Engineering}{}{
\cventry{2023 - today}{Software Design and Development}{Alma Mater Studiorum -- University of Bologna}{Bachelor in Computer Science and Engineering}{}{
In this course, we explore the principles of software design and development, focusing on the application of object-oriented programming and design patterns.
}{}
\cventry{2023}{Introduction to Reinforcement Learning -- 4 hours}%
Expand All @@ -165,39 +175,44 @@ \subsection{Tutoring}
{}{}

\cventry{2018 - 2019}{Snap! courses}{CRIAD Coding}{Grade schools}{}{}
\subsection{Thesis (Co)Supervisor}
\cventry{2023}{Master Thesis}{Alma Mater Studiorum -- University of Bologna}{Daily Medical Team Briefings in Ambiente Collaborativo con Schermi Multi-Touch}{}{Student: Bazzocchi, Luca}
\cventry{2023}{Master Thesis}{Alma Mater Studiorum -- University of Bologna}{Gestione degli effetti in linguaggi di programmazione funzionale: tecniche di modellazione e interpretazione}{}{Student: Cavalieri, Giacomo}
\cventry{2022}{Bachelor Thesis}{Alma Mater Studiorum -- University of Bologna}{Progettazione di un ambiente di programmazione visuale block-based per ScaFi. }{}{Student: Cerioni, Matteo}
\cventry{2022}{Bachelor Thesis}{Alma Mater Studiorum -- University of Bologna}{ScaFi: Integration and Performance Analysis with Scala Native.}{}{Student: Mancini, Kevin}

\subsection{Thesis (Co)Supervisor - Selected}
\cventry{2024}{Master Thesis}{}{}{Student: Luce Deluigi}{\textbf{Design and implementation of a scalable domain specific language foundation for ScaFi with Scala 3.}}
\cventry{2024}{Master Thesis}{}{}{Student: Davide Domini}{\textbf{Aggregate Computing and Many-Agent Reinforcement Learning: Towards a Hybrid Toolchain}}
\cventry{2023}{Master Thesis}{}{}{Student: Francesco Dente}{\textbf{A functional-reactive perspective on the Aggregate Computing paradigm}}
\cventry{2023}{Master Thesis}{}{}{Student: Giacomo Cavalieri}{\textbf{Gestione degli effetti in linguaggi di programmazione funzionale: tecniche di modellazione e interpretazione}}
\cventry{2022}{Bachelor Thesis}{}{}{Student: Cerioni, Matteo}{\textbf{Progettazione di un ambiente di programmazione visuale block-based per ScaFi.}}
\cventry{2022}{Bachelor Thesis}{}{}{Student: Mancini, Kevin}{\textbf{ScaFi: Integration and Performance Analysis with Scala Native.}}
\cventry{}{}{}{}{}{For the complete list of supervised thesis, please visit AMS thesis: \url{https://amslaurea.unibo.it/view/relatore/Aguzzi=3AGianluca=3A=3A/}}{}
\subsection{Talks}

\cventry{2023}{Multi-Agent Reinforcement Learning, Unleashing Collective Intelligence}{}{Talk @ Advanced School in Artificial Intelligence Summer School}{}{}
\cventry{2023}{Intro to Deep Reinforcement Learning}{University of Urbino}{Talk @ Fundamentals of Artifical Intellingence}{}{}
\cventry{2022}{Engineering Cyber-Physical Swarm}{Aarhus Universitat}{Talk @ DIGIT lunch meetings}{}{}%
\cventry{2022}{Multi-Agent Reinforcement Learning, Introduction}{Alma Mater Studiorum -- Università di}{Talk @ Pervasice Computing}{}{}%
\cventry{2022}{Scala to the large}%
{Alma Mater Studiorum -- University of Bologna}{Talk @ Programming and Development Paradigms}
{}{}
\cventry{2022}{Cross Platform in Scala}%
{Alma Mater Studiorum -- University of Bologna}{Talk @ Programming and Development Paradigms}
{}{}

\cventry{2021}{On Collective Reinforcement Learning}%
\cventry{2023}{\textbf{Multi-Agent Reinforcement Learning - Introduction}}{}{}{}{Advanced Software Modelling and Design}
\cventry{2024}{\textbf{Deep Reinforcement Learning -- Introduction}}{}{}{}
{Fundamentals of Artifical Intellingence - University of Urbino}
\cventry{2024}{\textbf{It’s all about effects - Effect systems in Functional Programming}}{}{}{}{Advanced Software Modelling and Design}
\cventry{2024}{\textbf{Leveraging Large Language Models in Software Engineering}}{}{}{}{Advanced Software Modelling and Design}
\cventry{2023}{\textbf{Multi-Agent Reinforcement Learning, Unleashing Collective Intelligence}}{}{}{}{Advanced School in Artificial Intelligence Summer School}
\cventry{2023}{\textbf{Intro to Deep Reinforcement Learning}}{}{}{}
{Fundamentals of Artifical Intellingence - University of Urbino}
\cventry{2022}{\textbf{Engineering Cyber-Physical Swarm}}{}{}{}
{DIGIT lunch meetings -- Aarhus Universitat}%
\cventry{2022}{\textbf{Multi-Agent Reinforcement Learning, Introduction}}{}{}{}{Talk @ Pervasive Computing - University of Bologna}%

\cventry{2022}{\textbf{Scala to the large}}{}{}{}%
{Programming and Development Paradigms - University of Bologna}

\cventry{2022}{\textbf{Cross Platform in Scala}}{}{}{}
{Programming and Development Paradigms - University of Bologna}

\cventry{2021}{\textbf{On Collective Reinforcement Learning}}{}{}{}
{Alma Mater Studiorum -- University of Bologna}{Talk @ Pervasive Computing}
{}{}

\cventry{2021}{MVC meets Monad}%
{Alma Mater Studiorum -- University of Bologna}{Talk @ Programming and Development Paradigms}
{}{}
\cventry{2021}{\textbf{MVC meets Monad}}{}{}{}
{Programming and Development Paradigms -- University of Bologna}

\cventry{2019}{Crea il tuo videogioco in Snap!}%
{Talk @ Salone dell'Orientamento, Forlì}{}
{}{}
\cventry{2019}{\textbf{Create your own video game in Snap!}}{}{}{}
{Orientation Fair - Forlì}

\section{Awards}
\cventry{2023}{Best Master Thesis}{Sergio Focardi Awards}{\emph{https://www.serinar.unibo.it/gianluca-aguzzi-si-aggiudica-la-ii-edizione-del-premio-di-laurea-sergio-focardi/}}{}{}
\cventry{2023}{Best Master Thesis}{Sergio Focardi Awards}{}{}{\emph{https://www.serinar.unibo.it/gianluca-aguzzi-si-aggiudica-la-ii-edizione-del-premio-di-laurea-sergio-focardi/}}
\cventry{2017}{Prize for Meritous Students}{Alma Mater Studiorum -- University of Bologna, Campus Cesena}{}{}{}
%\subsection{Student Supervisor}

Expand Down Expand Up @@ -284,20 +299,20 @@ \subsection{Software Tools}
}
\end{cvcolumns}
\subsection{Software Projects}
\cventry{2023 -- today}{Designer of Macroswarm}{It is a field-based compositional framework for swarm programming.}{}{}{\url{https://github.com/scafi/macro-swarm}}
\cventry{2023 -- todat}{CO-deisigner of FRASP}{It is a framework for reactive self-organizing programming}{}{}{\url{https://github.com/cric96/distributed-frp}}
\cventry{2023 -- today}{Designer of Scarlib}{It is a framework for cooperative many agent deep reinforcement learning in Scala}{}{}{\url{https://github.com/ScaRLib-group/ScaRLib}}
\cventry{2021 -- today}{Co-designer and main contributor of ScaFi-Web}{It is a web-based application allowing in-browser editing, execution, and visualisation of ScaFi programs.}{}{}{\url{https://github.com/scafi/scafi-web}}
\cventry{2021 -- today}{Designer of scalapy-gym}{It is a Scala facade that enable the usage of open ai gyms in the JVM!}{}{}{\url{https://github.com/cric96/scalapy-gym}}
\cventry{2023 -- today}{It is a field-based compositional framework for swarm programming.}{Designer of Macroswarm}{}{}{\url{https://github.com/scafi/macro-swarm}}
\cventry{2023 -- todat}{It is a framework for reactive self-organizing programming}{CO-deisigner of FRASP}{}{}{\url{https://github.com/cric96/distributed-frp}}
\cventry{2023 -- today}{It is a framework for cooperative many agent deep reinforcement learning in Scala}{Designer of Scarlib}{}{}{\url{https://github.com/ScaRLib-group/ScaRLib}}
\cventry{2021 -- today}{It is a web-based application allowing in-browser editing and execution of ScaFi programs.}{Co-designer and main contributor of ScaFi-Web}{}{}{\url{https://github.com/scafi/scafi-web}}
\cventry{2021 -- today}{It is a Scala facade that enable the usage of open ai gyms in the JVM!}{Designer of scalapy-gym}{}{}{\url{https://github.com/cric96/scalapy-gym}}
%\cventry{2020 -- today}{Co-designer of Fluvium}{An IoT project for river controll that uses AWS lambda}{}{}{\url{https://github.com/sbricco-house/fluvium}}
\subsection{Open Source Contributions}
\cventry{2018 -- today}{Development of GUI \& simulator for ScaFi}{}{}{}{\url{https://github.com/scafi/scafi}}
\cventry{2021 -- today}{Contributions to ScaFi incarnations in Alchemist}{}{}{}{\url{https://github.com/AlchemistSimulator/Alchemist}}


\section{Miscellaneous}
\cventry{2020}{Student class representative @ Alma Mater Studiorum}{}{}{}{}
\cventry{2018}{Presenting Snap! @ Researcher Night}{}{}{}{The researcher night is an national event that aims to bring the research to the public. In that occasion I presented Snap! to the public as a tool for teaching the computational thinking to the youngest.}
\cventry{2020}{\textbf{Student class representative @ Alma Mater Studiorum}}{}{}{}{}
\cventry{2018}{\textbf{Presenting Snap! @ Researcher Night}}{}{}{}{The researcher night is an national event that aims to bring the research to the public. In that occasion I presented Snap! to the public as a tool for teaching the computational thinking to the youngest.}
%\cventry{2013-2015}{Student class representative @ ITIS}{}{}{}{}

%\section{References}
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