Marta Alemanno

I am a dedicated and detail-oriented researcher with a PhD in Chemistry and over two years of postdoctoral experience in surface science, microbiology, and biofilm analysis. My career has been defined by a passion for advancing scientific knowledge and ensuring the highest standards of integrity in research and publication.

With extensive experience in research project management, data analysis, and mentoring, I thrive in roles that demand organization, collaboration, and precision. My work has involved collaborating with interdisciplinary teams and industry partners to address complex challenges, from antimicrobial surface development to biofilm imaging.

Beyond the lab, I have honed my skills in scientific communication, effectively conveying complex research findings to diverse audiences and presenting at international conferences. I am deeply committed to advancing scientific knowledge through clear, impactful communication and by contributing to innovative solutions that enhance collaboration and workflows.

Currently, I am seeking opportunities in scientific publishing, project coordination, or related roles where I can leverage my expertise in workflow management, quality assurance, and stakeholder collaboration to contribute to impactful outcomes.

I am a PhD-qualified researcher with expertise in surface science, microbiology, and biofilm analysis. With over two years of postdoctoral experience, I have led interdisciplinary projects, collaborated with industry partners, and mentored junior scientists. Skilled in data integrity, quality assurance, and scientific communication, I excel in managing workflows and addressing complex challenges in research and innovation.

• PhD in Chemistry (University of Liverpool, 2023): Specialized in surface science, biofilm imaging, and antimicrobial surfaces.
• MSc in Medical Biotechnology (Nanotechnology Track, University of Trieste, 2017): Focused on designing SERS nanoprobes for cardiovascular disease biomarkers.
• BSc in Medical Biotechnology (University of Milan, 2015): Explored viral replication mechanisms through protein engineering.