CONF-FMCE 2024

Biomedical Engineering Department, Engineering and Architecture Faculty, Eskişehir Osmangazi University, Turkey

Workshop Chair: Dr. Ömer Burak İSTANBULLU, Assistant Professor in Eskişehir Osmangazi University

The recently concluded workshop on implantable biomaterials design brought together experts, researchers, and professionals from biomedical engineering and materials science. The event focused on critical aspects of implant geometry, surface characteristics, and mechanical behavior to enhance the success of surgical interventions, emphasizing the need for patient- and tissue-specific customization in orthopedic applications, especially for load-bearing implants. Key discussions included advanced biomaterial designs, such as 3D-printable scaffolds compatible with target bones, composite functional hydrogels for wound healing, and cryogel preparation and characterization. These topics underscored the importance of tailoring biomaterials to optimize tissue integration and biocompatibility. The workshop also addressed the development of nickel-based superalloy coating systems to improve corrosion resistance and substrate protection, as well as cost-efficient manufacturing methods. Participants engaged in practical sessions that showcased the latest approaches in biomaterial design, production, and analysis, along with innovations in bone-scaffold characterization, cryogel technology and hydrogels with enhanced functional properties for medical applications. The workshop provided a valuable platform for knowledge exchange, enabling participants to explore strategies for improving implant designs to meet diverse patient needs. It also fostered collaboration and highlighted significant advancements in biomedical and materials science, particularly in biomaterials for tissue engineering and wound healing.

ITM Department, Illinois Institute of Technology, USA

Workshop Chair: Dr. Marwan Omar, Associate Professor in Illinois Institute of Technology

This workshop, titled 'Nanotechnology in Computer Science: Pioneering the Future of Computing,' aimed to bridge the gap between nanotechnology and computer science, offering a comprehensive exploration of how nanoscale advancements are revolutionizing computing. The workshop covered a range of topics, from the use of nanomaterials like graphene in electronics to the role of nanotechnology in the evolution of quantum computing. It catered to a diverse audience, including computer scientists, engineers, and researchers, providing an inclusive platform for learning and discussion.

Expert speakers from academia and industry led sessions that combined theoretical knowledge with practical applications, ensuring a holistic understanding of the subject matter. Participants engaged in interactive sessions, including hands-on demonstrations, which illustrated the real-world impact of nanotechnology in computing. The workshop also highlighted the challenges and ethical considerations of integrating nanotechnology in computer science, fostering a responsible approach to technological development.

Feedback from attendees was overwhelmingly positive, with many expressing appreciation for the depth and breadth of content covered. The workshop succeeded in its goal of educating and inspiring participants, encouraging them to contribute to future advancements in this exciting and rapidly evolving field.

University of Auckland, New Zealand

Workshop Chair: Dr. Alan Wang, Associate Professor in University of Auckland

The Workshop on Advanced Nanotechnology and Computational Modelling 2024 (WANCM 2024) is a forward-thinking event designed to explore the latest innovations at the intersection of nanotechnology and computational modelling. Taking place at The University of Auckland’s Grafton Campus, this workshop brings together researchers to delve into these cutting-edge fields.

Attendees will have the opportunity to explore the recent advancements, techniques, and challenges in computational approaches and nanotechnology. The workshop will feature a range of presentations and interactive sessions focused on state-of-the-art deep learning models, spiking neural networks, computational modelling techniques, nano signal analysis, and the computational tools driving innovation in the relevant fields. In addition, participants will gain insights into how these technologies are applied across various industries, from computer science to medicine.

A key objective of WANCM 2024 is to foster collaboration and knowledge exchange. By bringing together experts from diverse disciplines, the workshop aims to spur new ideas, partnerships, and developments in nanotechnology and computational modelling. Networking sessions and discussions will provide ample opportunities for participants to connect and explore future research avenues.

By the end of WANCM 2024, attendees will have gained a deeper understanding of the transformative applications of machine learning and computational modelling. The insights shared and connections made are expected to drive forward innovation and lead to exciting breakthroughs in these rapidly evolving fields.