Wearable Epilepsy Diagnostic Device Firmware | Architected and developed the firmware

The company developed a wearable epilepsy diagnostic device. The challenge was working with low power micro-controller systems and optimising resource usage to enable a whole week's worth of battery usage while also being fast enough to keep up with the sensor measurement speeds. I architected and wrote the firmware that powered the device as well as developed a custom task scheduler optimised for this product's use case and requirements.

I wrote code that interfaced with various sensors and wireless technologies, utilised modern embedded C toolchains and setup DevOps pipelines to automate firmware testing. I also developed desktop software for the in-house assembly and quality assurance workshop.

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There’s a reason why I'm trusted to deliver.

My career and life experiences have equipped me with a unique holistic perspective and skillset that you won't find in many software engineers.

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Experience

8+ years of experience in varying sectors working with more than 10 different tech stacks.

Leadership

Successfully lead the development of 2 startups' products from scratch to launch.

Transparent

I pride myself in a high standard of communication and believe in transparency in my engagements.

Connected

Access to a strong network of engineers and designers to call on for support as needed.

Global

I've lived and operated in Australia, Canada, and Turkey. I'm also open to travel and meeting in person.

Talent

I've single handedly architected entire products including a medical device, and an enterprise SaaS.