Hello! 👋
Hello! 👋
🏠 🐈 👬
Naarm/Melbourne, Australia
💼 🧑💻 🏦
Product Scientist @ Up
🎓 🧠 🔬
Ph.D. (Neuroscience)
B.Sc. Hons. (Science)
Monash University
B.F&TV. (Digital Multimedia)
Swinburne University
🏠 🐈 👬
Naarm/Melbourne, Australia
💼 🧑💻 🏦
Product Scientist @ Up
🎓 🧠 🔬
Ph.D. (Neuroscience)
B.Sc. Hons. (Science)
Monash University
B.F&TV. (Digital Multimedia)
Swinburne University
I'm helping amplify the financial-wellbeing of young Aussies with Australia's highest-rated banking app.
With my background in neuroscience and a personal passion for video games, I explore the ways in which behavioural psychology and gamification can be used to promote healthy savings habits.
I'm helping amplify the financial-wellbeing of young Aussies with Australia's highest-rated banking app.
With my background in neuroscience and a personal passion for video games, I explore the ways in which behavioural psychology and gamification can be used to promote healthy savings habits.
FEATURED BLOG POST:
Making poor decisions can be pricey, but there’s a simple way to avoid them.
Follow these decision hygiene principles based on what psychology and behavioural economics have taught us.
FEATURED BLOG POST:
Making poor decisions can be pricey, but there’s a simple way to avoid them.
Follow these decision hygiene principles based on what psychology and behavioural economics have taught us.
- Mushrooms
- Carnaroli Rice
- Onions
- Garlic
- Dry White Wine
- Vegetable Stock
- Parmesan
- Butter
- Parsley
- Mushrooms
- Carnaroli Rice
- Onions
- Garlic
- Dry White Wine
- Vegetable Stock
- Parmesan
- Butter
- Parsley
Over the years I've learned a thing or two about how the brain works 🧠
My doctoral thesis investigates the way information is encoded and communicated between discrete cortical areas involved in lower-order visual processing. Understanding this will help us develop safer and more effective brain-machine interfaces (eg. bionic eyes, motorised prostheses, etc.)
Over the years I've learned a thing or two about how the brain works 🧠
My doctoral thesis investigates the way information is encoded and communicated between discrete cortical areas involved in lower-order visual processing. Understanding this will help us develop safer and more effective brain-machine interfaces (eg. bionic eyes, motorised prostheses, etc.)
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