Health Innovation Professor Iwona Jasiuk
Iwona Jasiuk
Health Innovation Professor, Biomedical and Translational Sciences
(217) 333-9259
ijasiuk@illinois.edu
2023 Signey Lu Mech Engr Bldg
Bone fracture | Bone quality | Bone implants | Bone scaffolds | Osteoporosis | Biological tissues | 3D printing | Bioinspired materials | Biomechanics | Medical devices
Projects Available for Carle Illinois College of Medicine Student Participation
List of Projects -
1. Conduct a literature review on surface treatments bone implants for improved biocompatibility, osteointegration, and antibacterial properties.
2. Study bone quality using machine learning, microindentation, and literature review.
3. Characterize biological materials using microscopy and mechanical testing, literature review.
4. Design impact-resistant materials for scaffolds, implants, helmets, and other applications.
5. 3D print and analyze architectured materials for implants and multi-material composites for medical and engineering applications.
Why I'm Motivated to be a HIP Faculty Member:
I applied to be a HIP Faculty member to contribute to the research and education at CI MED and the advancements in medicine. I aim to develop lasting research collaborations with clinicians and faculty and to work on pressing medical problems with medical students.
Carle Illinois College of Medicine Related Research
Professor Jasiuk investigates experimentally and computationally biological, natural, and engineering materials for medical and technological applications. In parallel, she uses bioinspiration to design new materials and structures and 3D prints such materials. A project on bone aims to explain the mechanics of healthy versus diseased bone at different structural scales to obtain predictive tools for assessing bone quality. She uses computational and non-invasive experimental tools for use in clinical settings to diagnose bone health. A project on natural materials investigates a hoof wall and hoof-inspired materials. Professor Jasiuk studies the hoof wall's structure, composition, and mechanical properties at different structural levels and designs hoof-inspired impact-resistant materials for helmets, shoe soles, and other applications. Also, she develops, manufactures, characterizes, and models novel architectured cellular bioinspired multifunctional materials for bone implants, bone scaffolds, helmets, and other applications. Her research on implants focuses on tailoring surfaces for biocompatibility, osteointegration, and antibacterial properties.