PRR Project

Summary

The growing occurrence of age-related diseases highlights the need for healthcare professionals and researchers to prioritize strategies that manage and reduce these conditions, aiming to enhance the quality of life for the expanding elderly population . Biomechanics, essential for comprehending human body structures through computational models and mechanical property examination, is crucial for advancing medical knowledge, improving well-being , and driving progress in innovative treatments , procedures , and materials , thereby enhancing life quality and contributing to sustainable healthcare globally . This approach enhances the precision of strategies for diagnosing, treating, and preventing symptoms by accurately characterizing soft tissues , particularly in the pelvic cavity, abdomen, and cancer-affected areas, especially in subject-specific cases. It also considers implant stiffness for personalized solutions after thorough design validation.The researcher will focus on computational simulation, experimental analysis, 3D printing, and artificial intelligence within Biomechanics , aiming to place DEMEC/FEUP at the leading edge of future healthcare and technology advancements. The following tasks are foreseen for the future position: T1. ResearchConduct thorough research on recent trends in soft tissue mechanics and implant development , aiming for sustainable and efficient healthcare solutions. Use computational tools, experimental analysis, and artificial intelligence (AI) to assess biomechanical properties of soft tissues in vivo , ensuring effective and personalized results. Biomechanics is crucial for the personalized characterization needed to optimize implant performance .Digital twin technology, AI, and 3D/4D printing can revolutionize healthcare by providing customized solutions. Digital twins simulate treatment effects on a virtual patient model, and AI analyzes this data to predict health issues and optimize proactive measures. 3D/4D printing enhances medical implants for precision and combining it with AI facilitates the creation of personalized implants , contributing to efficient and proactive healthcare , improving outcomes and promoting a more sustainable healthcare system . T2.TeachingDevelop and deliver Biomechanics courses for undergraduate and graduate students, mentor MSc and PhD students, create a positive learning environment, and contribute to curriculum development in alignment with the growing demand for Biomechanics expertise in various courses like Bioengineering and Mechanical Engineering. T3.Events’ OrganizationAssume a leadership position in orchestrating biomechanics-focused events, including their planning, coordination, and execution, to foster academic discussions within and beyond the department. T4.Biomechanics laboratory Biomechanics laboratory establishment at FEUP, a strategic initiative focused on soft tissues’ characterization, seeks to align with the university´s commitment to cutting-edge research, fostering collaborations with industry partners, and healthcare institutions, to enhance capabilities and provide valuable educational resources for students specializing in Biomechanics. T5.Inter-Institutional Synergies and Knowledge TransferPromote collaboration between FEUP´s R&I units , educational entities, medical schools, hospitals, industry , and global research centers on advanced biomechanical technologies , aiming to enhance joint research and knowledge sharing across scientific, industrial, and medical fields and publish research findings in journals and present at national/international conferences. Scientific Profile Educational Background: A PhD in Biomedical Engineering Research Experience : Demonstrating expertise in experimental and computational biomechanics, with a strong publication history, in the fields of soft tissue characterization and 3D printing of medical devices . Technical Skills: Proficiency in Advanced Soft Tissues’ Mechanical Characterization , In vivo Biomechanical Properties, Finite Element Analysis, Inverse Methods and 3D printing Rationale for HiringThe need to hire a candidate skilled in Biomechanics, digital twins, and 3D printing for DEMEC/FEUP. This expertise is crucial for advancing scientific research, technology, and innovation, with direct impacts on healthcare and industry. Bringing these skills together encourages collaboration within DEMEC/FEUP, both nationally and internationally. It opens up opportunities for innovation, technology transfer, and collaboration with industry partners. The candidate´s proficiency in these areas can boost the department´s research profile, contribute to developing new curricular units, and give a competitive edge in attracting top faculty, students, and research collaborators. Overall, hiring such a candidate is seen as a strategic move to position DEMEC as a leader in innovative and interdisciplinary approaches to Biomechanics.