Prof. Andreas Anayiotos
Cyprus University of Technology The Effect of Cardiovascular Stenting in Hematological, Hemorheological and Hemodynamic Parameters |
Prof. Filipe Vaz
Minho University, Portugal Electrical and Thermal Properties of Thin Films: the Influence of Composition, Microstructure and Growth Design |
Prof. Julia Claudia Mirza Rosca
University of Las Palmas de Gran Canaria, Spain Corrosion Behavior of New Industrial Materials |
Prof. Cătălin Popa
Technical University of Cluj-Napoca, ROMANIA Multi-Criteria Optimization of Titanium Endosseous Implants |
Dr. Denise Beitelschmidt
Division Manager for High-Temperature and Construction Materials NETZSCH Gerätebau GmbH Characterize, Understand, Innovate: Advancing New Materials Development |
Prof. Iulian Antoniac
National University of Science and Technology POLITEHNICA Bucharest, Romania Academy of Romanian Scientist, Bucharest Magnesium-Based Alloys as Implant Materials: The Stony Path from Research Ambition to Clinical Implementation |
Workshop on Smart Healthcare Engineering
As part of the 14th International Conference on Materials Science and Engineering – BRAMAT 2026, we invite you to attend the Smart Healthcare Engineering Workshop, a dedicated session that brings together experts from both engineering and healthcare fields.
This interactive workshop encourages dialogue across disciplines, highlighting the crucial role of engineering in supporting modern healthcare systems. The discussion will focus on how advanced materials, innovative technologies and technical infrastructure contribute to improving hospital operations, patient care and medical interventions.
💡 Key topics:
Engineering solutions for the design, maintenance and modernization of healthcare facilities
The role of materials science in the development of biomedical devices and clinical technologies
Cross field collaboration for more efficient, sustainable healthcare systems
📌 The session will also feature a dedicated presentation of the Smart Healthcare Engineering Project (2023-1-RO01-KA220-HED-000159985), highlighting its educational objectives and recent outcomes in training future engineers for healthcare applications.
This workshop offers a unique opportunity to explore how materials science and health engineering intersect to shape the future of medical innovation.
As part of the 14th International Conference on Materials Science and Engineering – BRAMAT 2026, we invite you to attend the Smart Healthcare Engineering Workshop, a dedicated session that brings together experts from both engineering and healthcare fields.
This interactive workshop encourages dialogue across disciplines, highlighting the crucial role of engineering in supporting modern healthcare systems. The discussion will focus on how advanced materials, innovative technologies and technical infrastructure contribute to improving hospital operations, patient care and medical interventions.
💡 Key topics:
Engineering solutions for the design, maintenance and modernization of healthcare facilities
The role of materials science in the development of biomedical devices and clinical technologies
Cross field collaboration for more efficient, sustainable healthcare systems
📌 The session will also feature a dedicated presentation of the Smart Healthcare Engineering Project (2023-1-RO01-KA220-HED-000159985), highlighting its educational objectives and recent outcomes in training future engineers for healthcare applications.
This workshop offers a unique opportunity to explore how materials science and health engineering intersect to shape the future of medical innovation.
Workshop on Advancing Engineering Education for Circularity and Responsibility in Plastics Use
The 14th International Conference on Materials Science and Engineering – BRAMAT 2026 will host an multiplier event in the field of Advancing Engineering Education for Circularity and Responsibility in Plastics Use as part of the EDU4PlastiCircular Project.
Climate change, resource depletion, and ecological degradation are some of the environmental issues of the twenty-first century that need not only technological advancement but also a significant shift in the specialists’ thinking, learning, and behaving. The dominant linear paradigm of "take–make–dispose" needs to give way to a systems-oriented strategy, based on circularity, on climate neutrality, and on long-term resilience to address these complex and interrelated issues. Central to this transition is the role of universities as strategic partners in developing “future-ready” skills.
In this context, the EDU4PlastiCircular project aims to develop and boost green skills of Higher Education teachers and students, managers and employees, green practices and awareness for plastic in circular and climate neutral economy and to contribute to the EU’s digital transformation.
To address these issues, the EDU4PlastiCircular project introduces a comprehensive training framework consisting of five core modules, already available on the project’s website:
(1) “Introduction to the Plastic World” for understanding materials, technologies, and legislation in the field;
(2) “Plastic Waste Management” addressing leakages into landfills, water, and air (including microplastics);
(3) “Plastic in Circular and Climate Neutral Economy” focusing on resource recovery and life-cycle thinking;
(4) “Innovation in the Plastic World” exploring eco-plastic solutions and advanced recycling;
(5) “Awareness and Responsible Behaviour” cultivating a new mindset for educators and citizens regarding ethical consumption, as well as corporate responsibility.
We invite you to the interactive workshop, Advancing Engineering Education for Circularity and Responsibility in Plastics Use, framed as a multiplier event of the EDU4PlastiCircular project, to find out more about the new learning opportunities and to foster a learning community that bridges the gap between academic curricula and the evolving needs of a green, climate-neutral global economy.
EDU4PlastiCircular project: “Education for Plastic in a Circular and Climate Neutral Economy - Preventing Waste Ending Up into the Environment”, Erasmus+ KA220-HED, 2023-1-RO01-KA220-HED-000166242, is co-financed by the European Commission https://microplastics.today/
Detailed program
The 14th International Conference on Materials Science and Engineering – BRAMAT 2026 will host an multiplier event in the field of Advancing Engineering Education for Circularity and Responsibility in Plastics Use as part of the EDU4PlastiCircular Project.
Climate change, resource depletion, and ecological degradation are some of the environmental issues of the twenty-first century that need not only technological advancement but also a significant shift in the specialists’ thinking, learning, and behaving. The dominant linear paradigm of "take–make–dispose" needs to give way to a systems-oriented strategy, based on circularity, on climate neutrality, and on long-term resilience to address these complex and interrelated issues. Central to this transition is the role of universities as strategic partners in developing “future-ready” skills.
In this context, the EDU4PlastiCircular project aims to develop and boost green skills of Higher Education teachers and students, managers and employees, green practices and awareness for plastic in circular and climate neutral economy and to contribute to the EU’s digital transformation.
To address these issues, the EDU4PlastiCircular project introduces a comprehensive training framework consisting of five core modules, already available on the project’s website:
(1) “Introduction to the Plastic World” for understanding materials, technologies, and legislation in the field;
(2) “Plastic Waste Management” addressing leakages into landfills, water, and air (including microplastics);
(3) “Plastic in Circular and Climate Neutral Economy” focusing on resource recovery and life-cycle thinking;
(4) “Innovation in the Plastic World” exploring eco-plastic solutions and advanced recycling;
(5) “Awareness and Responsible Behaviour” cultivating a new mindset for educators and citizens regarding ethical consumption, as well as corporate responsibility.
We invite you to the interactive workshop, Advancing Engineering Education for Circularity and Responsibility in Plastics Use, framed as a multiplier event of the EDU4PlastiCircular project, to find out more about the new learning opportunities and to foster a learning community that bridges the gap between academic curricula and the evolving needs of a green, climate-neutral global economy.
EDU4PlastiCircular project: “Education for Plastic in a Circular and Climate Neutral Economy - Preventing Waste Ending Up into the Environment”, Erasmus+ KA220-HED, 2023-1-RO01-KA220-HED-000166242, is co-financed by the European Commission https://microplastics.today/
Detailed program
CNATDCU working meeting
Industrial engineering, management and materials science are closely interconnected in both academic education and research. Their close interaction requires continuous dialogue, as interdisciplinary collaboration is fundamental to the progress of materials and related technologies.
In this context, during the 14th International Conference on Materials Science and Engineering, BRAMAT 2026, a working meeting of Commission 7 and Commission 16 of the Romanian National Council for Attestation of Academic Degrees, Diplomas and Certificates will be organized. The meeting will address working procedures and minimum standards in the fields of production engineering and management, as well as materials engineering and science, with the aim of ensuring coherence and alignment between the two domains.
In this context, during the 14th International Conference on Materials Science and Engineering, BRAMAT 2026, a working meeting of Commission 7 and Commission 16 of the Romanian National Council for Attestation of Academic Degrees, Diplomas and Certificates will be organized. The meeting will address working procedures and minimum standards in the fields of production engineering and management, as well as materials engineering and science, with the aim of ensuring coherence and alignment between the two domains.
