Ph.D. student at Campus Bio-Medico University of Rome, Italy
Claudia Colaiacomo is a biomedical engineer and emerging researcher whose academic and professional journey reflects her strong commitment to advancing biomedical sciences, regenerative medicine, and biomedical technologies. With a foundation in engineering principles and a deep interest in the intersection of medicine and innovation, she has cultivated expertise in tissue engineering, nanotechnology, and bioethics. Her work integrates technical rigor with translational potential, making her a promising contributor to the global biomedical research community.
Professional Profile
Scopus Profile | ORCID
Education
Claudia began her academic training with a degree in Medical Engineering from the University of Rome Tor Vergata, where she built a solid base in biomedical instrumentation, nanomedicine, and healthcare technologies. Her thesis explored hydrogel-based approaches for corneal blindness, highlighting her early interest in biomaterials and regenerative solutions. She then pursued a Master’s degree in Biomedical Engineering at the Campus Bio-Medico University of Rome, specializing in Nanotechnologies and Bioartificial Systems. Her master’s thesis, titled “Aromatic-Decorated Nanogels: Synthesis and Evaluation of Cell Uptake under Static and Dynamic Conditions”, was developed within the Tissue Engineering and Chemistry for Engineering Laboratory. The research advanced knowledge of nanogels for drug delivery and biomedical applications, combining microfabrication techniques with cell culture models. Building on her academic accomplishments, Claudia embarked on doctoral studies in Biomedical Sciences and Bioethics, focusing on the science of ageing and tissue regeneration. Her Ph.D. research reflects her interdisciplinary outlook, merging biomedical engineering with ethical considerations of regenerative medicine.
Experience
Claudia’s professional career is closely tied to the Campus Bio-Medico University of Rome, where she has served as a research fellow and collaborator in the Laboratory of Regenerative Orthopedics and Traumatology. She has contributed to multiple funded projects, including initiatives on artificial intelligence applications for risk assessment and prevention of low back pain. In this role, she demonstrated expertise in scientific reporting, data analysis, team management, and the development of scientific presentations. Her technical skills include advanced laboratory methods such as cell culture, 3D culture models, RT-PCR, Western blotting, flow cytometry, and confocal microscopy. In parallel, she has served as a personal tutor for undergraduate engineering students, supporting their academic and organizational development. Claudia’s early experiences also include research internships in tissue engineering and clinical collaborations, which allowed her to combine laboratory innovation with applied medical perspectives.
Research Focus
Claudia’s research focus lies at the interface of regenerative medicine, biomedical nanotechnology, and computational innovation. She is particularly interested in the regenerative potential of bioengineered systems, extracellular vesicles, and nanomaterials for therapeutic use. Her doctoral work expands into the science of ageing and tissue repair, aiming to develop strategies that promote musculoskeletal health and resilience in ageing populations. Furthermore, her engagement with artificial intelligence-based precision spine care highlights her ability to bridge engineering solutions with clinical applications. Claudia’s academic projects further underscore her breadth of interest, ranging from the design of stabilizing devices for Parkinson’s patients to computational models of vascular stent behavior and robotic systems for biomedical applications.
Publication Top Notes
Title: Existence of One Solution to a Complete Second Order Discrete Problem of Neural Type with Possibly Negative Coefficients
Authors: Eleonora Amoroso; Claudia Colaiacomo; Giuseppina D’Aguì; Pierandrea Vergallo
Summary: This article establishes the existence of solutions for second-order discrete neural problems with negative coefficients, contributing to mathematical modeling of complex neural dynamic systems.
Title: Whole-Body Electromyostimulation Coupled with Aerobic Exercise Boosts Serum Irisin Levels in Healthy Individuals: A Pilot Study
Authors: Claudia Colaiacomo
Summary: This pilot study demonstrates that combining whole-body electromyostimulation with aerobic exercise significantly enhances serum irisin levels, indicating potential for improved metabolic health interventions.
Title: A Second Order Hamiltonian Neural Model
Authors: Eleonora Amoroso; Claudia Colaiacomo; Giuseppina D’Aguì; Pierandrea Vergallo
Summary: The study develops a second-order Hamiltonian model for neural systems, offering mathematical insights into neuronal dynamics and advancing theoretical approaches in applied mathematics and neuroscience.
Conclusion
Claudia Colaiacomo represents a new generation of biomedical engineers and researchers whose work embodies both innovation and impact. Her educational path, combining medical engineering, biomedical nanotechnology, and regenerative sciences, provides her with the versatility to approach complex healthcare challenges. Through her professional experience, she has demonstrated leadership, technical mastery, and the capacity to integrate experimental and computational methods. Her research focus on tissue regeneration, ageing, and translational therapies addresses pressing global health challenges, while her publications underscore her interdisciplinary collaborations and scientific contributions. Claudia’s dedication to merging engineering, medicine, and ethics positions her as a strong candidate for recognition in biomedical research. She exemplifies the qualities of an award nominee by combining academic excellence, professional engagement, and a clear vision for advancing healthcare through innovation.