Welcome to my portfolio! I am a bioengineer passionate about pushing the boundaries of science and technology to advance healthcare. With over eight years of experience in bioengineering, I have contributed to cutting-edge research aimed at improving our understanding of complex diseases like cancer and developing innovative therapeutic solutions. My work bridges nanomedicine, biotechnology, and automation, with a strong focus on integrating machine learning and robotics into experimental biology.
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Research interests
- NanomedicineFormulations, drug delivery
- Artificial intelligenceMachine learning, experimental planning and design, automation
- Cancer researchPhotodynamic therapy,
bioimaging, multidrug chemotherapy - Organ-on-a-chipScreening, development and optimization of treatments
Professional skills
Throughout my academic and professional journey, I have acquired extensive knowledge and hands-on experience in various disciplines
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Cell culture- 2D cell culture
- 3D cell culture (homo and heterotypic)
- Patient-derived organoids
- Spheroid-on-a-chip
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Engineering- CAD design
- Microfabrication (soft-lithography)
- Automation engineering (Arduino)
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Xenografted animals- Grafting and dissection
- Intravenous and intracardiac injection
- Biodistribution and drug efficacy
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Fluorescence imaging- Laser scanning confocal
- FLIM
- Multiphoton
- Small animal imaging
- Flow cytometry
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Drug formulations- Inclusion complexes (cyclodextrins, cyclodextrin-based polymers)
- Lipid-based vesicles (liposomes, drug-in-cyclodextrin-in-liposomes, extracellular vesicles)
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Statistics- Statistical analysis (hypothesis tests, ANOVA)
- Machine learning techniques (linear/logistic regression, SVM, GP, Bayesian optimization)
Research excellence
Awards
Photogallery
Contacts
