HPC Courses Catalogue

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Courses and schools offered each year by Cineca about supercomputing and related subjects.

Registration will open about three months before the course/school starts.

Courses

Corso di Parallel Programming di EuroCC	Cybersecurity - Overview	IA corso base
Intelligenza Artificiale per l'industria	OpenACC and OpenMP GPU programming Area: Science	School On Scientific Data Analytics and Deep Learning Area: Science
Usando Leonardo: Contest di calcolo ad alte prestazioni Area: Techniques	13th European HPC Infrastructure Workshop Type: Ordinary Course Area: Science Durata: 3 days	AiiDA Hackathon: developing code plugins and robust scientific workflows Type: Ordinary Course
CINECA GPU hackathon Type: Ordinary Course Area: Languages, Techniques Durata: 4 dd	Containerization in HPC Type: Ordinary Course Area: Techniques	Data science with R Type: Ordinary Course Area: Languages, Techniques, Data Durata: 3 dd
DAVIDE OpenPower GPU cluster Type: Ordinary Course Area: Other Durata: 2 dd	Debugging and Optimization of Scientific Applications Type: Ordinary Course Area: Techniques Durata: 3dd	Digital Twin per l'industria Type: Ordinary Course Area: Techniques
Energy Efficiency in HPC Type: Ordinary Course Area: Techniques, Other Durata: 2 dd	High Performance Bioinformatics Type: Ordinary Course Area: Languages, Science Durata: 3 dd	High Performance Computing and Quantum Computing – Fifth Edition Type: Ordinary Course Area: Techniques Durata: 1 dd
High Performance Computing and Quantum Computing – Sixth Edition Type: Ordinary Course Area: Languages Durata: 2 dd	HPC for Industry 4.0 Type: Ordinary Course Area: Techniques, Other Durata: 3 dd	HPC Molecular Modelling Type: Ordinary Course Area: Science Durata: 3 dd
IA per le industrie: corso avanzato Type: Ordinary Course	Intelligenza Artificiale e Supercalcolo Type: Ordinary Course	Introduction to build systems and package managers in HPC Type: Ordinary Course Area: Languages Durata: 3dd
Introduction to Deep Learning Type: Ordinary Course Area: Techniques, Data Durata: 3 dd	Introduction to Fortran for Scientific Computing Type: Ordinary Course Area: Science Durata: 4 dd	Introduction to Fortran for Scientific Computing Type: Ordinary Course Area: Languages Durata: 4 dd
Introduction to HPC, parallel computing and ML/DL – course 1 for PhD in Astrophysics Bologna Type: Ordinary Course Area: Techniques Durata: 2 dd	Introduction to HPC, parallel computing and ML/DL – course 2 for PhD in Astrophysics Bologna Type: Ordinary Course Area: Techniques Durata: 2 dd	Introduction to Julia programming language Type: Ordinary Course Area: Languages
Introduction to Leonardo HPC cluster, for users and developers Type: Ordinary Course Area: Other Durata: 1 dd	Introduction to MATLAB on HPC systems at Cineca Type: Ordinary Course Area: Languages Durata: 1 dd	Introduction to new accelerated partition of Marconi, for users and developers Type: Ordinary Course Area: Science
Introduction to Parallel Computing with MPI and OpenMP Type: Ordinary Course Area: Techniques Durata: 3dd	Introduction to Python programming Type: Ordinary Course Area: Languages Durata: 3-5 dd	Introduction to Scientific and Technical Computing in C Type: Ordinary Course Area: Languages Durata: 3 dd
Introduction to Scientific and Technical Computing in C Type: Ordinary Course Area: Languages	Introduction to Scientific and Technical Computing in C++ Type: Ordinary Course Area: Languages Durata: 3 dd	Material Science codes on innovative HPC architectures: targeting exascale Type: Ordinary Course Area: Science Durata: 3 dd
MoQS Practical Quantum Computing School Type: Ordinary Course Area: Techniques Durata: 1 dd	OpenFOAM: CFD in ambiente open source Type: Ordinary Course	PRACE PCP DAVIDE OpenPower cluster: user experiences and scientific cases. Type: Ordinary Course Area: Other Durata: 1 d
Practical Quantum Computing School Type: Ordinary Course Area: Languages, Techniques Durata: 5 dd	Practical Quantum Computing School Type: Ordinary Course Area: Languages, Techniques Durata: 5 dd	Programming CFD in OpenFOAM Type: Ordinary Course Area: Techniques Durata: 3dd
Programming paradigms for GPU devices Type: Ordinary Course Area: Techniques Durata: 3dd	Programming paradigms for GPU devices Type: Ordinary Course Area: Languages	Quantum Computing per l'industria Type: Ordinary Course Area: Techniques
Soluzioni HPC per le neuroscienze Type: Ordinary Course Area: Science Durata: 1 d	Supercalcolo nell'Industria e nei servizi Type: Ordinary Course Area: Other Durata: 3 dd	Tools and techniques to quickly improve performances of HPC applications in Solid Earth Type: Ordinary Course Area: Science
using Cineca Clusters at EuroHPC Summit 2024 Type: Ordinary Course Area: Other Durata: 4dd	Workshop AI Beni Culturali e Arte Type: Ordinary Course Area: Other Durata: 2 dd	18th Advanced School on Parallel Computing Type: Webinar Area: Languages, Techniques Durata: 5 dd
Advanced School on HPC Computing with GPU Accelerators Type: Webinar Area: Languages, Techniques Durata: 5 dd	Containerization in HPC Type: Webinar Area: Techniques	Data Science and Deep Learning with Python Type: Webinar Area: Data
Debugging and Optimization of Scientific Applications Type: Webinar Area: Languages, Techniques	EUROCC Italy: l'incontro tra Supercalcolo,Ricerca e Industria Type: Webinar	High Performance Bioinformatics Type: Webinar Area: Science
HPC performance monitoring tool on MARCONI cluster Type: Webinar Area: Techniques Durata: 1 dd	Introduction to Leonardo supercomputer for Eurofusion Type: Webinar Area: Science	Introduzione al Quantum Computing per l'Industria Type: Webinar
Julia High Performance Type: Webinar Area: Languages	Machine learning for heliophysics Type: Webinar Area: Data	Python for Scientific Computing Type: Webinar Area: Languages, Science Durata: 3 dd
Virtual School on Numerical Methods for Parallel CFD Type: Webinar Area: Techniques	Workshop Quantum Computing and High Performance Computing 4th edition Type: Webinar Area: Techniques	Tavola rotonda su intelligenza artificiale e autorialità Type: Seminario Conf-call Area: Other
Introduction to Julia programming language Codice: 9989 Area: HPC - Linguaggi di programmazione Durata: 3 dd

Schools

19th School of Computer Graphics for Cultural Heritage: AI and Cultural Heritage Type: School Area: Other Durata: 5 dd	1st Artificial Intelligence Data Analysis (AIDA) School for Heliophysicists Type: School Area: Data	Advanced School on Computer Graphics for Cultural Heritage Type: School Area: Techniques, Data Durata: 5 dd (1 week)
Advanced School on Parallel Computing Type: School Area: Languages, Techniques, Science	Advanced School on Parallel Computing Type: School Area: Techniques Durata: 5 dd (1 week)	Advanced School on Parallel Computing Type: School Area: Techniques Durata: 5 dd (1 week)
Culture and digital Common Goods: workflows and applications in open ecosystems Type: School Area: Techniques, Data Durata: 5 dd (1 week)	Introduction to Quantum Computing Type: School Area: Data, Science Durata: 5 dd	Introduction to Quantum Computing School Type: School Area: Data, Science Durata: 5 dd
School of Computer Graphics And Artificial Intelligence for Cultural Heritage- 20th edition Type: School Area: Techniques Durata: 5 dd	School on Numerical Methods for Parallel CFD Type: School Area: Techniques, Science Durata: 5 dd (1 week)	School On Scientific Data Analytics and Deep Learning Type: School Area: Data Durata: 5 dd (1 week)
Summer CINECA School: dive into the World of HPC Type: School Area: Techniques Durata: 10dd	Summer School on Parallel Computing Type: School Area: Techniques Durata: 10dd (2weeks)	Summer School on Parallel Computing Codice: 1234 Type: School Durata: 10 dd

Any question?

For HPC and computer graphics courses, write to corsi.hpc@cineca.it

About CINECA

Cineca is a non profit Consortium, made up of 102 Italian national institutions: Universities, Italian Research Institutions and the Italian Ministries of Universities and Education.

Today it is the largest Italian computing centre, one of the most important worldwide. With more seven hundred employees, it operates in the technological transfer sector through high performance scientific computing, the management and development of networks and web based services, and the development of complex information systems for treating large amounts of data.

It develops advanced Information Technology applications and services, acting like a trait-d'union between the academic world, the sphere of pure research and the world of industry and Public Administration. .

Visit the Cineca website