Biomedical engineer interested in Neural Prosthetics and closed loop Brain Machine Interfaces. @unimelb @UnimelbBME
Melbourne, Victoria
Joined November 2016
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Just Released: Our paper on modified coating characterization of endovascular neural electrodes rdcu.be/eennY. The technique enables less invasive treatment of neurological conditions like epilepsy and Parkinson’s disease. #Neurotech #MedTech @FEITUniMelb @synchroninc
Ever thought about gaming from a disability perspective? Join us at Innovation Week to experience gaming with accessible controllers September 2nd, 11 am - 2 pm, at the Super Floor in Melbourne Connect, Parkville. Learn more: innovationweek.melbconnect.c…
Sam John retweeted
Check out what's on near you pintofscience.com.au/locatio… 🧠🍻
💥3 days to go!!💥
📅 13-15 May 2024
🗺️ 25 countries / 513 cities
👩🔬Thousands of scientists and volunteers celebrating science around the globe!!
All the details here. Join the science party! pintofscience.com/
I will be speaking at the Pint of Science Festival next week in Melbourne at the Carlton Brewhouse. Come along and hear all about Brain-Computer Interfaces. Look forward to seeing you there. @FEITUniMelb @pintofscienceAU
pintofscience.com.au/event/t…
It's been a fruitful few weeks on Sabbatical in India at @iiscbangalore. Looking forward to many more discussions in the weeks to come. linkedin.com/posts/activity-…
Easily the most fun project I've worked on.
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Sam John retweeted
Congratulations team @Bionics_Sejohn @UnimelbBME 🙌🙌🙌
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Sam John retweeted
Your #MultipleSclerosis experience matters.
Tell us your healthcare pain points
and the role of digital technology
or other methods to Live Well with MS.
redcap.link/MS_Digital_Tech
Plz Retweet!
@SolvingMS @Bionics_Sejohn @bluntshovels @mdi_unimelb @MS_Australia @MStranslate
The Biomedical College is contributing to the Australian and New Zealand Standard Classification of Occupations (ANZSCO) review. What is your specialization in Biomedical Engineering? Would you like your specialization to be listed? linkedin.com/posts/activity-…
Sam John retweeted
New profile pic thanks to @TRaMunimelb and an invitation to our TRAM Track Presentation Day on 15 June, where we uncover how our non-invasive intracranial pressure measuring device can create impact in the real world. Register to attend or livestream: go.unimelb.edu.au/o28s
We are seeking individuals diagnosed with multiple sclerosis to assist with the development of new brain-computer interfaces. Share your unique perspective so developers can create systems that are fit for purpose. Please complete this anonymous survey:
lnkd.in/gjbAvcXe
Sam John retweeted
We're hiring a Research Fellow in Brain-Computer Interfaces! If you want to make a difference using Brain-Computer Interfaces and have excellent machine learning skills, please apply to join me and @Bionics_Sejohn as part of our expanding team. go.unimelb.edu.au/fh8s
We're hiring!
If you want to make a difference to people living with paralysis using Brain-Computer Interfaces, please apply to join me and @davidgrayden, as part of our expanding team.
linkedin.com/jobs/view/36075…
As someone who creates assistive technologies, it's a privilege to support users who the technology aims to help. My team will be taking part in the MS Walk Run + Roll! Visit the team's page to support us. #Multiplesclerosis #walkrunandroll #charity mswalk.org.au/s/17415/21846/…
We've been connecting brains to computers longer than you’d expect. These 3 companies are leading the way theconversation.com/weve-bee… via @ConversationEDU
My name is Sam and #ThisIsMyScience for @pintofscienceAU. I am a biomedical engineer, specialising in bionics and brain machine interfaces. I study the brain and how we can bypass damaged neurons to help people with paralysis regain control. #OurBody, #BeautifulMind, #TechOut
My research involves developing technology that can directly interact with the brain to diagnose, monitor or substitute lost function such as speech or movement. This technology called Brain Machine Interface.#TechOut #ThisIsMyScience @pintofscienceau
A Brain Machine Interface, records brain signals, decodes thoughts and intention to move, bypasses damaged neurons caused by disease or injury and directly interact with the external environment and machines such as computers or wheelchairs. #ThisIsMyScience @pintofscienceau
Thankyou @ConverSci and @CMitoKnight for this profile of my research in bionics. @unimelb @UnimelbBME @engunimelb
@Bionics_Sejohn is making a name for himself in the field of #neurobionics. His journey features extensive collaborations and networking. Read his journey in our #PeopleConductingResearch profile by @CMitoKnight bit.ly/2lnVvPC @unimelb @unimelbBME #scicomm
