Innovative Methods in Future Materials | Una Europa Summer School As a rapidly evolving field, Materials Science stands at the forefront of innovation, requiring interdisciplinary collaboration across physics, chemistry, biology, geology, and beyond. This cooperation is key to addressing global challenges such as sustainable material design, waste reduction, energy storage, and efficiency—essential for building a more resilient and sustainable future.Why should I apply to this Summer School?This Summer School offers a unique opportunity to engage in an immersive, multidisciplinary learning experience that goes beyond traditional classroom settings. Guided by mentors and professors from various scientific fields, you will:Gain in-depth knowledge of advanced methods for material preparation, including chemical and physical approaches.Explore key techniques in material characterisation, such as spectroscopy, microscopy, and diffraction.Develop essential research and professional skills, including teamwork, scientific communication, and presentation techniques.Understand the power of interdisciplinary collaboration in tackling complex scientific challenges.Am I eligible to take part?This Summer School welcomes applications from:Master’s students and doctoral researchers in Materials Science or related fields across various disciplines, currently enrolled at an Una Europa partner university.Priority is given to doctoral researchers in their first two years.English proficiency: B2 level or higher is required to effectively engage with the programme.FundingFunding for Edinburgh students is provided to support travel and subsistence.Questions?Contact Edinburgh's Una Europa team with any questions or thoughts: una.europa@ed.ac.uk Jun 23 2025 - Jun 27 2025 Innovative Methods in Future Materials | Una Europa Summer School The discovery of new materials has driven some of the most groundbreaking scientific advancements, shaping modern society. Madrid, Spain
Innovative Methods in Future Materials | Una Europa Summer School As a rapidly evolving field, Materials Science stands at the forefront of innovation, requiring interdisciplinary collaboration across physics, chemistry, biology, geology, and beyond. This cooperation is key to addressing global challenges such as sustainable material design, waste reduction, energy storage, and efficiency—essential for building a more resilient and sustainable future.Why should I apply to this Summer School?This Summer School offers a unique opportunity to engage in an immersive, multidisciplinary learning experience that goes beyond traditional classroom settings. Guided by mentors and professors from various scientific fields, you will:Gain in-depth knowledge of advanced methods for material preparation, including chemical and physical approaches.Explore key techniques in material characterisation, such as spectroscopy, microscopy, and diffraction.Develop essential research and professional skills, including teamwork, scientific communication, and presentation techniques.Understand the power of interdisciplinary collaboration in tackling complex scientific challenges.Am I eligible to take part?This Summer School welcomes applications from:Master’s students and doctoral researchers in Materials Science or related fields across various disciplines, currently enrolled at an Una Europa partner university.Priority is given to doctoral researchers in their first two years.English proficiency: B2 level or higher is required to effectively engage with the programme.FundingFunding for Edinburgh students is provided to support travel and subsistence.Questions?Contact Edinburgh's Una Europa team with any questions or thoughts: una.europa@ed.ac.uk Jun 23 2025 - Jun 27 2025 Innovative Methods in Future Materials | Una Europa Summer School The discovery of new materials has driven some of the most groundbreaking scientific advancements, shaping modern society. Madrid, Spain
Jun 23 2025 - Jun 27 2025 Innovative Methods in Future Materials | Una Europa Summer School The discovery of new materials has driven some of the most groundbreaking scientific advancements, shaping modern society.
