Ph.D. Students |
| PhD4 | Josh Fernquist | Bioinspired freeze casting of iron oxide and titania porous scaffolds under oscillating magnetic fields | 2023 | LinkedIn |
| PhD3 | Tony Yin | Freeze-cast hydroxyapatite-based biomaterial scaffolds for bone graft substitutes | 2023 | LinkedIn |
| PhD2 | Debora Lyn Porter | Fungal structures: Their material properties and application to bioinspired design | 2023 | Google Scholar
LinkedIn
ResearchGate |
| PhD1 | Isaac Nelson | Bioinspired freeze casting of iron oxide subject to uniform low strength magnetic fields | 2019 | Google Scholar
LinkedIn |
Masters Students |
| MS5 | Elise Hotz | Effect of agar concentration on structure and physiology of fungal hyphal systems | 2023 | LinkedIn |
| MS4 | Josh Alexander | Bioinspired aligned magnetic features in aerogels for humidity sensing | 2021 | |
| MS3 | Max Mroz | Ultrasound freeze casting of a biomimetic layered microstructure in epoxy-ceramic composite materials to increase strength and hardness | 2020 | LinkedIn
ResearchGate
Google Scholar |
| MS2 | Paul Wadsworth | Manufacturing bioinspired flexible hierarchical engineered materials for energy applications through integrating ultrasound directed self-assembly and 3D printing | 2019 | LinkedIn |
| MS1 | Taylor Ogden | Bioinspired ultrasound freeze casting: Engineered porous scaffolds through freeze casting and ultrasound directed self-assembly | 2019 | Website
LinkedIn
GitHub |
