Orientamento tesi e lavoro finale del Dipartimento di Scienze della Computazione
Il lavoro finale/tesi rappresenta l'ultimo passaggio della vostra esperienza nei Corsi di Laurea Triennali/Magistrali. Vi e' richiesto di dimostrare la vostra maturita' personale e intellettuale e la vostra abilita' di applicare i concetti che avete studiato durante il vostro corso di studi in Bocconi.
Il lavoro finale, e la tesi in particolare, richiedono sforzi e impegno: dovrete dedicarvi un tempo adeguato e una seria pianificazione.
Ogni lavoro finale/tesi dovrebbe iniziare con un'analisi preliminare del possibile argomento di ricerca che sia possibilmente innovativo, interessante e praticabile.
Questa pagina intende essere un punto di partenza per gli studenti che desiderano scegliere un tema riconducibile alle aree tematiche di interesse dei docenti del Dipartimento di Scienze computazionali:
- Physics of Complex systems and Computation
- Theory of Computation
- Applied AI and Foundations of ML
- Computational biology and computational neuroscience
- Computational social science
Qui sotto potrete trovare una lista di settori più specifici afferenti alle aree sopra menzionate; selezionando uno specifico settore otterrete l’elenco dei docenti che possono essere contattati come potenziali Tutor per il Lavoro Finale o Relatori per la Tesi di Laurea Magistrale.
Ricordiamo che sia il Lavoro Finale che la Tesi di Laurea Magistrale possono essere scritti in italiano o in inglese, seguendo le indicazioni del proprio corso di studi. Si raccomanda agli studenti di leggere le indicazioni generali per la stesura del lavoro finale e della tesi.
Circa gli adempimenti amministrativi, tutte le informazioni sono disponibili online sulla Guida all'Universita' (in particolare capitolo 10):
Per ulteriori informazioni potete rivolgervi al Prof. Fabrizio Iozzi (fabrizio.iozzi@unibocconi.it)
Aree tematiche: AI & NLP Algorithms Applied Computing: Maths, Physics, Life Sciences, Social Sciences, etc. Biological Physics Cellular automata, Collective dynamics, Networks, Complex systems: Physical systems Computational biology Data & WWW General & applied physics Knowledge representation and reasoning Machine Learning Mathematics of computing ML theory, Algorithmic game theory and mechanism design Modeling, Simulation, Distributed algorithms Randomness, geometry and discrete structures Statistical Physics: Statistical methods, Stochastic processes Theoretical techniques: optimization Theory: Computability, Cryptography, Quantum Computation
Aree tematiche: AI & NLP Biological Physics Cellular automata, Collective dynamics, Networks, Complex systems: Physical systems Computational biology Data & WWW Machine Learning Modeling, Simulation, Distributed algorithms Statistical Physics: Statistical methods, Stochastic processes Theory: Computability, Cryptography, Quantum Computation
Aree tematiche: Algorithms Data & WWW ML theory, Algorithmic game theory and mechanism design
Aree tematiche: Algorithms Theory: Computability, Cryptography, Quantum Computation
Aree tematiche: AI & NLP Applied Computing: Maths, Physics, Life Sciences, Social Sciences, etc. Machine Learning Theory: Computability, Cryptography, Quantum Computation
Aree tematiche: Cellular automata, Collective dynamics, Networks, Complex systems: Physical systems General & applied physics Mathematics of computing ML theory, Algorithmic game theory and mechanism design Randomness, geometry and discrete structures Theoretical techniques: optimization
Aree tematiche: Cellular automata, Collective dynamics, Networks, Complex systems: Physical systems Statistical Physics: Statistical methods, Stochastic processes Theoretical techniques: optimization
Aree tematiche: Computational complexity Cryptograpic protocols Theory: Computability, Cryptography, Quantum Computation
Aree tematiche: Biological Physics Cellular automata, Collective dynamics, Networks, Complex systems: Physical systems General & applied physics Mathematics of computing ML theory, Algorithmic game theory and mechanism design Randomness, geometry and discrete structures Statistical Physics: Statistical methods, Stochastic processes Theoretical techniques: optimization
Aree tematiche: AI & NLP Applied Computing: Maths, Physics, Life Sciences, Social Sciences, etc. Machine Learning
Aree tematiche: Randomness, geometry and discrete structures Theory: Computability, Cryptography, Quantum Computation
Aree tematiche: Algorithms Applied Computing: Maths, Physics, Life Sciences, Social Sciences, etc. Data & WWW Mathematics of computing Theoretical techniques: optimization
Aree tematiche: Algorithms Mathematics of computing Theory: Computability, Cryptography, Quantum Computation
Aree tematiche: Algorithms Computational complexity Cryptograpic protocols Mathematics of computing Theory: Computability, Cryptography, Quantum Computation
Aree tematiche: Cellular automata, Collective dynamics, Networks, Complex systems: Physical systems Data & WWW General & applied physics Knowledge representation and reasoning Machine Learning ML theory, Algorithmic game theory and mechanism design Statistical Physics: Statistical methods, Stochastic processes Theoretical techniques: optimization
Aree tematiche: Algorithms Mathematics of computing ML theory, Algorithmic game theory and mechanism design Theoretical techniques: optimization Theory: Computability, Cryptography, Quantum Computation
Aree tematiche: Applied Computing: Maths, Physics, Life Sciences, Social Sciences, etc. Biological Physics Cellular automata, Collective dynamics, Networks, Complex systems: Physical systems Computational biology General & applied physics Modeling, Simulation, Distributed algorithms Statistical Physics: Statistical methods, Stochastic processes Theoretical techniques: optimization
Aree tematiche: Algorithms Biological Physics Cellular automata, Collective dynamics, Networks, Complex systems: Physical systems Computational biology Data & WWW Machine Learning ML theory, Algorithmic game theory and mechanism design Modeling, Simulation, Distributed algorithms Statistical Physics: Statistical methods, Stochastic processes Theoretical techniques: optimization Theory: Computability, Cryptography, Quantum Computation
Aree tematiche: Algorithms Data & WWW Mathematics of computing Theory: Computability, Cryptography, Quantum Computation
Aree tematiche: Convex Analysis and Optimization Optimization Transport