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BLUE PORTS | D2.5 Identification of present and future skills needs 101assessment methodologies.Sustainable energy generation and management will become a cornerstone of port operations. Ports will invest heavily in renewable energy sources such as solar panels, wind turbines, and hydrogen technologies. This shift will drive the need for skills in sustainable energy technologies and energy management. Educational programs must evolve to include these topics, preparing the future workforce for the energy transition.The adoption of circular economy practices will further transform port operations. Emphasizing recycling, reusing, and reducing waste, these practices will impact procurement, operations, and waste management roles. Professionals will need expertise in sustainable business practices and circular economy strategies. Training and development initiatives should focus on these areas to equip professionals with the necessary skills to implement circular economy initiatives effectively.Greece Advances related to the port Green Transition and Blue Economy by 2030 are set to reshape both the operational landscape and the professional profiles within Greek ports. Recognizing the multifaceted nature of port operations and the diverse needs of stakeholders, the Greek NTC emphasized the critical importance of establishing a unified understanding and commitment towards achieving \Cold ironing, or OPS, emerges as the forefront technology expected to be widely implemented in Greek ports by 2030. This advancement is driven by recent EU regulations mandating cleaner port operations and the availability of funding incentives. OPS enables vessels to switch from onboard diesel generators to shore-based electrical power while docked, significantly reducing emissions and noise pollution in port areas. The adoption of OPS not only aligns with environmental sustainability goals but also necessitates expertise in electrical infrastructure and integration for port professionals.The adoption of alternative fuels represents a pivotal shift within the Greek port community. Major ports, integral to the trans-European transport network, are mandated to provide refuelling facilities for ships using alternative fuels by 2030. This transition poses challenges such as technical limitations, regulatory compliance, safety protocols, and workforce readiness. Professionals in Greek ports will need to adapt to new refuelling infrastructure requirements and acquire knowledge in handling and managing alternative fuels safely and efficiently.Greek ports are increasingly turning to renewable energy systems to enhance sustainability and energy security. Wind, solar, ocean energy, and biomass represent abundant local resources that can be harnessed to generate clean electricity within port facilities. Implementing these renewable energy systems not only reduces operational costs but also