Emily Coleman

She/Her

Powered by brainwaves 

I'm from: Bristol, United Kingdom
Current Location: Hobart, Tasmania
Position: PhD candidate, College of Health and Medicine (Neuroscience), University of Tasmania
Field of research/work: Neuroscience
YTS Years: 2025

Emily's Notable career moments

  • Entered the Olympic windsurfing race

  • Had a bad head injury so I couldn’t compete but…

  • Realised I wanted to understand how the brain works and how injuring it can affect humans.

  • Started studying neuroscience at the University of Birmingham UK

  • Worked as a movement rehabilitation specialist – this made me realise I wanted to specialise in the brain and movement

  • Graduated with a degree in neuroscience

  • Moved to Greece to be a windsurf instructor

  • Realised I missed learning about the brain, so I moved to Tasmania to begin my PhD in Neuroscience 

About Emily Coleman

 

Every one of you carries around a big, wrinkly blob in your head that controls everything you do. This big, amazing blob weighs the same as a little penguin and is known as your brain! I am a neuroscientist which means I use my brain to study the brain.  

 

Did you know that your brain generates enough electricity to power a lightbulb? This energy comes from over 100 billion messengers in your brain called neurons! Whenever you dream, think, or run, these messengers pass tiny electrical signals all over your brain. For example, when you ride a bike, your brain sends ‘bike riding’ messages along these neuron pathways – like a big Mexican wave! These ‘bike riding’ messages can even change the structure of your brain, so the next time you ride a bike, it gets easier and easier.  

 

As a neuroscientist I work to answer the question: why? Why do we have dreams? Why do we feel hungry? Why do we run, skip, and jump? At school, I always loved studying biology because it helped me understand why things happen. Along with my interest in biology, my love of sport led me to explore movement and exercise science. Combining these passions led me to neuroscience, a field that helps us understand why our bodies do what they do!