Max Hoeboer | Design & Engineering

About Max

I am Max Hoeboer, a multidisciplinary designer & engineer.
I have a Dual Master of Science degree in Integrated Product Design with the Medisign specialisation, and BioMedical Engineering with the Medical Instruments and Medical Safety specialisation at the Technical University of Delft.

The scope for which I design is very broad, but my main interest goes to solving complex problems for the medical sector.

Aquablu REFILL+

Joining the company as its 2th employee, I have acted as a multidisciplinary Lead Engineer throughout all phases of product development, resulting in various patents and awards whilst helping the company become one of the fastest growing companies in the Netherlands.

2020 - Now

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Project Sodos

The Smart Optical Diagnostic Of Schistosomiasis, or SODOS in short, is the first both functional and interactive prototype of a new diagnostic device to automatically perform diagnosis on urine using digital holography on flowing uring. For my graduation project, I developed an experimental setup into a functional and interactive prototype that was taken to the field to gather holographic data for the optimisation of image classification algorithms.

IDE & BME - TU Delft - 2019

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AiDx Assist

As part of AiDx Medical I worked on the physical and software development of the AiDx Assist, a fully automated digital microscope linked to smart algorithms and artificial intelligence for the automated detection of parasites.

2019 - 2020

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Smart Knee

The implantable Smart Knee sensor was developed for the early stage detection of periprosthetic joint infection following total joint arthroplasty. During this semester-long student group project, the concept was further developed, prototyped, and patented.

IDE - TU Delft - 2016

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Drip Chamber

Intravenous lines depend on drip chambers to eliminate air bubbles and monitor flow rates. Drip chambers rely on a vertical orientation to eliminate air bubbles, limiting the use of intravenous lines during patient transport and emergency care. For this, an orientation independent drip chamber was developed, prototyped, and validated.

BME - TU Delft - 2017

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