Researcher | Quality | Product development
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PhD in Natural Sciences | Researcher | Material Scientist | Data Scientist | Quality | Product development specializing in technology and data analysis. Proven expertise in material science, biochemistry, quality assurance, and process optimization for product development.
Strong analytical and scientific perspective combined with a positive and energetic personality.
My academic journey has been filled with exciting challenges, from focusing on catalysis in my bachelor's to delving into Advanced Materials during my master's. This led me to pursue a Ph.D., where I explored the intersection of material science and health research. I had the privilege of participating in a graduate school program, expanding my scientific horizons and fostering an 'outside of the box' thinking approach.
I've been involved in groundbreaking projects, implementing cell biology techniques in pain research and translating them into clinical therapies. I'm proud to have been part of a pioneering lab that established a quantitative automated microscopy approach for pain research. With valuable industry experience in product development, particularly IVD for disease diagnosis, I have successfully navigated GMP-regulated environments, coordinating biochemistry team, managing timelines, and contributing to strategic planning.
Currently, I have enhanced my programming skills through a Data Science Bootcamp, working on real-life business projects involving Python and SQL. I'm driven by a passion for innovation, continuous learning, and leveraging science and technology to make a positive impact. I thrive in interdisciplinary environments and embrace challenges that push me to explore new frontiers.
I've been involved in groundbreaking projects. Pioneered innovative research approaches, integrating novel ideas and methodologies into the field of bioelectronics. Demonstrated exceptional proficiency in various material fabrication and characterization techniques, including glass, coatings, plastics, and nano-materials.
Moreover, I implemented cell biology techniques in pain research and translating them into clinical therapies. I'm proud to have been part of a pioneering lab that established a quantitative automated microscopy approach for pain research.
With valuable industry experience in product development, particularly IVD for disease diagnosis, I have successfully navigated GMP-regulated environments, coordinating biochemistry team, managing timelines, and contributing to strategic planning.
My academic journey has been filled with exciting challenges, from focusing on catalysis in my bachelor's to delving into Advanced Materials during my master's. This led me to pursue a Ph.D., where I explored the intersection of material science and health research. I had the privilege of participating in a graduate school program, expanding my scientific horizons and fostering an 'outside of the box' thinking approach.
Currently, I have enhanced my programming skills through a Data Science Bootcamp, working on real-life business projects involving Python and SQL. Projects focused on collecting, cleaning, analysing, and visualising data to extract knowledge and insights from data. My final project: “Diagnostic Prediction: Let’s make age just a number” used predictive machine learning models to diagnose medical diseases.
