Biomedical Engineering and Artificial Intelligence freelancer
As a Biomedical Engineer, I specialize in medical imaging techniques and and image processing. While I love working on medically related computer vision problems, my skills are also widely applicable outside of the medical sector. With over 5 years of experience working as a python developer on certified medical software, I can deliver well-structured and well-tested code for big or small projects.
I am fully dedicated to the project I am working on. I strive to provide you with the best solution to your problem.
I aim to deliver high-quality work, whether that involves well-structured code, a thorough data analysis, or effectively designed algorithms.
I can provide a full test suite for the code I develop such as unit testing and integration testing, depending on what is required.
I have worked as a python developer in the medical sector for over 5 years, during which I’ve been involved with many projects related to medical image processing, automated analysis, Finite Element Analysis (FEA), 3D mesh generation and data visualization. I was also involved with re-structuring and testing code for obtaining FDA approval for the code to be used as a medical device. The code that I helped develop has effectively been used to treat thousands of cardiac patients around the world.
To me, creating structured and efficient code that does what it needs to do is a thing of beauty. I am very passionate about finding creative ways to solve problems and I am looking forward to helping you with yours!
Here are visual depictions of some projects I have worked on.
Of course capturing coding projects in a single image representation is not always easy, therefore some of these items have a link to their corresponding GitLab page.
For my masters thesis I worked on determining the feasibility of using a low-field MRI (0.2T) for generating near-realtime angiography imaging for use during interventions without the use of contrast agent.
The project involved designing and testing the MRI pulse sequences, and post-processing of the images.
I have obtained my masters degree in Biomedical Engineering from the University of Twente (NL). My focus during my master has been on creating algorithms for diagnostics and medical image processing. After graduating from university I completed additional courses in Artificial Intelligence and Deep Learning, to stay up to date with the latest developments.
Over the years I have picked up several new skills and have become familiar with different software packages.