I'm Niket, it's a pleasure.
I'm a Med School dropout turned Biomedical Engineering student at the University of Auckland.
I've always been drawn to mechanisms. The hidden structures that make things move, fail, adapt, and survive.
Biomedical engineering gave me a way to study those structures across biology, hardware, software, and design.
This site is a record of the systems I've studied.
Some are technical. Some are personal.
I'm Niket, it's a pleasure.
I'm a Med School dropout turned Biomedical Engineering student at the University of Auckland.
I've always been drawn to mechanisms. The hidden structures that make things move, fail, adapt, and survive.
Biomedical engineering gave me a way to study those structures across biology, hardware, software, and design.
This site is a record of the systems I've studied.
Some are technical. Some are personal.
›Some projects need quick scripts. Some need lower-level code. Some need clean UI/UX.
›I love the early stages of a build, where the problem is still rough and the structure is not obvious yet.
›Sometimes knowing how something works is more important than just making it work.
›Some projects need quick scripts. Some need lower-level code. Some need clean UI/UX.
›I love the early stages of a build, where the problem is still rough and the structure is not obvious yet.
›Sometimes knowing how something works is more important than just making it work.
▸Fisher & Paykel Healthcare
built Python and C++ tools for engineering analysis, experimental data, and internal technical workflows.
▸Giltrap Motorsport
working on a sponsored machine learning project with Porsche, Dell AI, and NVIDIA, to create predictive models for race strategy.
I'm handed the task of building tools that can ingest large amounts of data and create software that provides insights to engineers. Known to create hardware from time to time.
▸Fisher & Paykel Healthcare
built Python and C++ tools for engineering analysis, experimental data, and internal technical workflows.
▸Giltrap Motorsport
working on a sponsored machine learning project with Porsche, Dell AI, and NVIDIA, to create predictive models for race strategy.
I'm handed the task of building tools that can ingest large amounts of data and create software that provides insights to engineers. Known to create hardware from time to time.
›Outside engineering, I've written and directed theatre, love reading anything I can get my hands on (don't ask my how much I've spent on manga), and I obsess over cars.
›Technical work with no taste behind it is worthless.
›Outside engineering, I've written and directed theatre, love reading anything I can get my hands on (don't ask my how much I've spent on manga), and I obsess over cars.
›Technical work with no taste behind it is worthless.