Academic level a/b + 17% super; not specified; fix...
Phd in tissue engineering or related field
Experience in tissue engineering and biomaterials fabrication
Strong skills in in vitro and in vivo aseptic cell culture
The role involves translating fundamental biomimetic principles into practical wet adhesive materials through cutting-edge in-vitro and in-vivo studies
Job Summary
The role involves translating fundamental biomimetic principles into practical wet adhesive materials through cutting-edge in-vitro and in-vivo studies.
Successful candidates will work within a multidisciplinary team at RMIT University's STEM College to advance bio-adhesion technologies mimicking native tissue micro-environments.
The position offers access to bioprocessing and hydrogel characterization facilities with the expectation of producing high-impact publications and conference presentations.
Matching Summary
The role involves translating fundamental biomimetic principles into practical wet adhesive materials through cutting-edge in-vitro and in-vivo studies.
Salary
Academic Level A/B + 17% Superannuation; Not specified; Fixed term up to 12 months
Skills & Requirements
Must-have
PhD in Tissue Engineering or related field
Experience in tissue engineering and biomaterials fabrication
Strong skills in in vitro and in vivo aseptic cell culture
Experience with animal studies and ethics compliance
Evidence of research output including publications
Nice-to-have
Prior experience in synthesis of recombinant protein polymer
Ability to supervise research students effectively
Demonstrated ability to attract competitive research funding
Track record of building industry and government networks
Excellent interpersonal and communication skills
Key Requirements
PhD required in Tissue Engineering, Biomaterials, Biomedical Engineering, Cell Biology or related field
Must demonstrate experience in animal studies and ethics compliance
Must provide evidence of research outputs such as publications and technical reports