Medtech Actuator Menzies Scholarship

MedTech Actuator Menzies Scholarship – Applications now open for the 2022 Medtech Actuator Menzies Scholars

• Offered to 10 junior scientists
• Each Scholarship valued at $10,000 (including a $1,000 stipend)
• 3-month Scholarship (approx. 1-2 days/month) including an intensive one-week program focused on the commercialisation of research, including intellectual property, pitching, start-up 101, finance for beginners, business modelling, design thinking, path-to-market, and market analysis.

The Foundation is delighted to announce the following ten high-potential health, medical and biotechnology researchers have been selected to each receive a 2021 MedTech Actuator Menzies Scholarship – supporting them to develop a career that fuses science, research, and entrepreneurship.

 Group 1: April to June 2021 

• Dr Sohyb Basir: A digital waiting-room for emergency departments to capture real-time data from patients through their own mobile devices.
• Ritesh Warty: Developing a pessary with embedded technologies to rehabilitate the pelvic floor.
• Dr Chia-Chi Chien: Conducting controlled experiments using an innovative 3D microtissue-on-a-chip approach for precision medicine applications.
• Julie Dao: Australian first repository platform which enables clinicians to make more efficient and effective decisions whilst simultaneously accelerating the translation of research into better patient outcomes
• Ethan Grooby: Mobile based audio-visual system for accessible newborn monitoring.
• Alinta Furnell: Simple and discreet way to test for sexually transmitted infections.
• Debolina Majumdar: To develop an AI based cough sound monitoring for early diagnosis and monitoring of various respiratory infections.
• Dr Luke Visscher: A clinical applicable software pipeline for automated fracture CT segmentation and virtual reduction for computer-aided orthopedic surgery.
• Dr Martina Barzan: Through the development of patient digital twins and 3D printed surgical guides, this project aims to optimize patient outcomes and improve the technical performance during complex pediatric orthopedic surgeries
• Hope Newman: Investigating potential biomarkers of egg quality in assisted reproductive technology.