I am looking for a new challenge in a job that will allow me to grow. With the assistance of my studies, I have gained remarkable programming abilities as well as broad understanding of general and medical-specific computer science. My horizon now is wide open. I foresee myself either working on Full-Stack solutions, creating and integrating machine learning solutions into applications, digitizing and optimising business processes, or doing all of the above. Along with my 10 years of experience in biology research labs and my new abilities in software development, I wish to apply what I’ve learned in new exciting projects.
Developing a new data model for digital endpoints to enhance the interoperability of digital health technologies in the pharmaceutical industry. A model for measurements and derived data of sensor-based devices, such as data from infrared cameras in e-vitals to accelerator data from wearable devices, to facilitate data integration and the development of meaningful digital endpoints in the pharmaceutical industry.
An applied computational intelligence project to determine whether LightGBM is a suitable replacement for the random forest classifier widely used in QSAR models. Published and presented at the IJCACI 2022 conference.
A Full-Stack application to search and filter for desired genes that have been downloaded from the NCBI FTP server using Java Spring Boot, Maven, Apache Tomcat, SQL, npm and React.
Deployment of a website, where virtual ames tests can be performed.
Enhancement of Ames-test using machine learning. Predicting the genotoxicity of small molecules using their SMILES.
Digitization and automation of a hypothetical pharmaceutical prescription and dispensing procedure.
PERSONALIS, a clinical decision support system aimed to demultiplex complex autoimmune diseases by applying machine learning models to various types of medical and molecular datasets for the diagnosis and treatment.
Developing a PACS connected Web-application for organizing and describing medical images. A Full-Stack solution with the ability to filter results according to specific criteria or by using tags.
Create and program IoT smart home devices with Arduino boards and ESP32 boards using tools such as the MQTT protocol.
Continuous learning when developing and deploying new microservices, as well as managing my own server and virtual machines at home and in the cloud.
Master Thesis in digital delivery for Novartis’ Global Drug Development department
Jan 2020 - Jan 2021, Muttenz
Student support in University of Life Sciences FHNW
Fundamental research in three diverent teams in the Department of Biomedicine
Preclinical research for Roche’s Neuroscience Department
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MSc. in Medical InformaticsTaken Courses
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BSc. in Life Science Technologies | Medical ITGrade: 5.6 out of 6Taken Courses
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Maturity |
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2010-2013
Apprenticeship, Biology Research Technician |
Award for Best Paper in the category of Intelligent Systems for our paper Using the Light Gradient Boosting Machine for Prediction in QSAR Models presented in the 6th International Joint Conference on Advances in Computational Intelligence.
Received Bachelor of Science (B.Sc.) in Life Science Technologies | Medical IT from University of Applied Sciences and Arts Northwestern Switzerland FHNW.