This EMDM intends to design the structure of the Master in phOtonic NetwoRking and clOud Engineering (MONROE), organized over 4 semesters. The Master aims at training talented students to become capable of designing, realizing and assessing innovative ideas along the drivers of future fixed and mobile networks and services. Specifically, MONROE will train young telecommunication and electrical engineers in the advanced use of photonics and cloud computing for future networking (e.g., Data Center, 6G systems, etc.), as these are regarded as central elements to sustain the continuity of Moore law in ICT and the steady improvement of telecom network Key Performance Indicators (KPIs) yet reducing the carbon footprint and power consumption. The main MONROE’s learning outcomes will comprise the co-design of the hardware system/network devices and relevant software components, their joint experimental assessment, and their adoption to support citizen-driven applications and vertical industries. In this design phase, the Coordinating HEI Scuola Superiore Sant’Anna (SSSA, Italy) will cooperate with the University of Glasgow (UGLA, UK) and Budapest University of Technology and Economics (BME, Hungary). The Master will be framed within the EELISA and CIVIS European University initiatives, that sees SSSA, UGLA and BME as partners. The extensive involvement of associated partners together with access to resources from EELISA and CIVIS, and alumni / EMA networks will be a key instrument to promote inclusion across several elements of the Master. The EMDM will focus on the integration of three HEIs and associated partners, in view of the submission of a full-fledged EMJM proposal. Specifically, MONROE will cover the definition of the full set of learning outcomes and didactic plan organized over mobility paths, the management and administrative structure of the Master, as well as the plans for sustainability, dissemination, inclusion and the roadmap for joint master accreditation
This EMDM intends to design the structure of the Master in phOtonic NetwoRking and clOud Engineering (MONROE), organized over 4 semesters. The Master aims at training talented students to become capable of designing, realizing and assessing innovative ideas along the drivers of future fixed and mobile networks and services. Specifically, MONROE will train young telecommunication and electrical engineers in the advanced use of photonics and cloud computing for future networking (e.g., Data Center, 6G systems, etc.), as these are regarded as central elements to sustain the continuity of Moore law in ICT and the steady improvement of telecom network Key Performance Indicators (KPIs) yet reducing the carbon footprint and power consumption. The main MONROE’s learning outcomes will comprise the co-design of the hardware system/network devices and relevant software components, their joint experimental assessment, and their adoption to support citizen-driven applications and vertical industries. In this design phase, the Coordinating HEI Scuola Superiore Sant’Anna (SSSA, Italy) will cooperate with the University of Glasgow (UGLA, UK) and Budapest University of Technology and Economics (BME, Hungary). The Master will be framed within the EELISA and CIVIS European University initiatives, that sees SSSA, UGLA and BME as partners. The extensive involvement of associated partners together with access to resources from EELISA and CIVIS, and alumni / EMA networks will be a key instrument to promote inclusion across several elements of the Master. The EMDM will focus on the integration of three HEIs and associated partners, in view of the submission of a full-fledged EMJM proposal. Specifically, MONROE will cover the definition of the full set of learning outcomes and didactic plan organized over mobility paths, the management and administrative structure of the Master, as well as the plans for sustainability, dissemination, inclusion and the roadmap for joint master accreditation