Objective:

– Central objective of this action is to design and establish a pan-European Master of Science (MSc) programme in High Performance Computing, based on insights from the previous EUMaster4HPC pilot project. The chosen project should train specialists in HPC by delivering advanced HPC-focused education and training in areas such as system architecture and design, operation, software development, and HPC utilization. The programme will be tailored to meet industry and labour market demands, ensuring that graduates are well-prepared to address current and future challenges in the field.

Scope:

– Proposals under this action should detail a European Master programme in HPC that aims to develop a quality-controlled educational master programme for HPC that targets to train future HPC experts according to the needs of the European labour market.

– The action will deliver a master programme of pan-European reach for 100+ students per annual intake, equivalent to 120 ECTS and targeting advanced and cutting edge skills required for research and industrial HPC. Four cohorts of students should complete the Master programme during the duration of the project.

Expected Outcome:

– A quality, internationally competitive MSc programme in HPC across the Union with measurable key performance indicators and addressing requirements and needs of the European industry

– Advancing European expertise and leadership for HPC by improved coordination and increased availability of educational activities on HPC

– Skilled workforce and a large number of new specialists, in particular from underrepresented groups, trained in the use possessing advanced skills of current and future generation HPC and HPC-related technologies and application, making them highly qualified professionals capable of designing, optimizing, and implementing complex computational solutions ready to be employed by the European industry.

– Increased competitiveness and innovation by contributing to the development of a more skilled and knowledgeable HPC workforce, which would enhance the competitiveness and innovation potential of European companies and research institutions.

– Transfer of knowledge between academia and industry, ensuring that theoretical concepts are effectively applied in practical contexts.

– A new generation of researchers equipped to tackle grand challenges in various fields, driving advancements in HPC, also addressing pressing societal challenges, such as climate modelling, drug discovery, and healthcare optimisation, through advanced computational methods.

– Collaboration between universities and institutions across Europe to promote the exchange of best practices, educational resources, and teaching methodologies.

– Increased mobility and employability by facilitating the recognition and validation of HPC skills and qualifications across Europe, making it easier for HPC professionals to move between different countries and for employers to compare and assess the qualifications of potential candidates.