Dr. Gaetana Gambino is an Associate Professor in the Department of Mathematics and Computer Science at the University of Palermo, Italy. Her research focuses on nonlinear dynamics, reaction-diffusion systems, and pattern formation in mathematical biology and physics. University: University of Palermo Department: Mathematics and Computer Science Email: gaetana.gambino@unipa.it Research Interests Nonlinear reaction-diffusion systems Turing instability and pattern formation Wave mechanics in biological and chemical systems Conservation laws in generalized fluid dynamics Climate change impacts on marine ecosystems Publication Trends Dr. Gambino's recent work explores cross-diffusion effects in ecological and biological models, focusing on instabilities that lead to pattern formation. Her 2025 studies address climate-driven shifts in Mediterranean seagrass habitats, while 2024 articles investigate soliton dynamics in fifth-order KdV equations and coherent structures in FitzHugh-Nagumo systems. Additional Information Office hours: Thursdays 11:00–13:00, Room 216, Department of Mathematics and Computer Science, Via Archirafi 34, Palermo.
Luca Lampani is an Associate Professor in the Department of Mechanical and Aerospace Engineering (DIMA) at the University of Rome "Sapienza" since November 1, 2010. His primary academic appointment is in the Scientific Disciplinary Sector ING-IND/04 (Aerospace Constructions and Structures). He teaches "Thermal and thermoelastic analysis of aerospace structures" for the Master of Science Degree in Space and Astronautical Engineering and "Laboratory of computational mechanics for structures" for the Bachelor Degree in Aerospace Engineering. Lampani also serves as Technical Officer of the Aerospace Composite Material Laboratory at DIMA and is a member of the Academic Board of the PhD in Aeronautic and Space Engineering at Sapienza University since November 26, 2013. Dr. Lampani earned his Ph.D. from the Department of Aerospace Engineering and Astronautics at University "La Sapienza" in April 2010. His dissertation focused on "Finite element modeling of dielectric elastomer actuators and space applications." Prior to his current position, he held multiple research contracts and fellowships at the same institution, beginning in November 2001. Professor Lampani's research focuses on computational mechanics and finite element analysis applied to aerospace structures, with particular expertise in composite structures, thermal structures, and intelligent materials and structures. His work bridges theoretical modeling with practical aerospace applications, exploring innovative solutions for space vehicle design and structural integrity. His research has significant implications for developing more resilient spacecraft components that can withstand extreme environments encountered during space missions. The integration of smart materials and structural health monitoring systems represents a key thread throughout his research career. His extensive publication record demonstrates a consistent focus on structural analysis of composite materials, with recent work (2020-2025) showing increasing emphasis on smart manufacturing approaches for aerospace applications, integration of nanomaterials for enhanced composite performance, and development of energy harvesting systems using piezoelectric materials. A notable trend is the application of Industry 4.0 concepts to traditional aerospace manufacturing processes, particularly for satellite constellations and small spacecraft production. Professor Lampani has secured numerous research contracts and fellowships throughout his career, serving as principal investigator on thirteen contracts and four research fellowships at Sapienza University. His research portfolio spans topics including multi-physics analysis of re-entry vehicles, inflatable structures for space, active thermal protection systems, and structural analysis of launch vehicle components. His work has been funded by major aerospace organizations including ESA/ESTEC, CIRA, AVIO, and Space Engineering. As Technical Officer of the Aerospace Composite Material Laboratory at DIMA, Lampani oversees experimental facilities for testing and characterizing advanced aerospace materials. He is also President and Associate of the spin-off company "Smart Structures Solutions s.r.l." (www.smartstru.com), which translates academic research into commercial applications focused on smart structural systems. His laboratory work emphasizes the practical implementation of computational models developed through his theoretical research, with particular focus on structural health monitoring and damage detection in composite aerospace structures.
Prof. Marco Mandolini is an Associate Professor at the Department of Industrial and Information Engineering and Mathematics, University of Ancona and Marche Polytechnic (UNIVPM). His research focuses on advanced manufacturing technologies, including Additive Manufacturing (AM), cost engineering, and medical device design. He specializes in applying machine learning and finite element analysis to optimize production processes and eco-design frameworks. Key research areas include: Design for Additive Manufacturing (DFAM) Machine learning-driven cost modeling for turbomachinery and ETO products Medical device simulation (e.g., mandibular advancement appliances) Extended Reality (XR) applications in surgical planning and product design Sustainable manufacturing and lifecycle analysis Recent publications emphasize interdisciplinary approaches, combining AI with traditional engineering methods to address challenges in medical devices, eco-design, and cost optimization. His work often bridges theoretical models with practical industrial applications, particularly in aerospace, automotive, and healthcare sectors. Prof. Mandolini collaborates with industry partners on projects involving AM lifecycle frameworks, wearable technology for ergonomic evaluation, and AR tools for surgical visualization. He contributes to academic programs in mechanical engineering and industrial design at UNIVPM.
Mariagrazia Dotoli is a Full Professor in Systems and Control Engineering at the Polytechnic University of Bari, Department of Electrical and Information Engineering, where she has been serving since 1999. She previously held the position of Vice Rector for Research (2011-2013) and served as a member elect of the Academic Senate (2012-2015). Currently, she coordinates the interuniversity PhD course in Industry 4.0 between the Polytechnic University of Bari and the University of Bari Aldo Moro. Her research interests span across multiple domains of systems engineering, with particular focus on discrete event industrial systems, Petri nets, manufacturing systems, supply chains, logistics and transportation systems, traffic networks, and energy systems. Her work bridges theoretical control systems with practical industrial applications, especially in the context of Industry 4.0 and smart manufacturing. Her extensive publication record demonstrates consistent contributions to automation science and engineering, with recent work focusing on warehouse optimization, collaborative robotics, supply chain management, and smart energy systems. Her research shows a clear trend toward integrating classical control theory with modern computational approaches, including machine learning and optimization algorithms for industrial applications. Prof. Dotoli maintains significant editorial responsibilities as Senior Editor of the IEEE Transactions on Automation Science and Engineering and Associate Editor for multiple IEEE journals. She has organized and chaired numerous international conferences including CASE2024, MED2021, and CODIT2020, demonstrating leadership in the automation community. Her academic career shows continuous progression from Assistant Professor (1999) to Full Professor, with additional leadership roles in university administration and international professional organizations. She remains actively engaged in both theoretical research and practical industrial applications of control systems engineering.
Massimiliano Razzano is an Associate Professor of Experimental Physics at the University of Pisa's Department of Physics. His research focuses on multimessenger astrophysics, investigating extreme cosmic phenomena through gravitational waves and high-energy photons (X-rays and gamma rays), with particular emphasis on neutron stars and pulsars. His core research areas include: Multimessenger astronomy combining gravitational waves and electromagnetic signals Advanced data analysis techniques including machine learning and neural networks Citizen science applications in physics research Development of next-generation gravitational wave detectors Professor Razzano is an active member of major international collaborations: Fermi Large Area Telescope Collaboration (since 2003), Virgo Collaboration (since 2013), and Einstein Telescope Collaboration (since 2021). He has authored the book 'Ascoltare il Cosmo' (Carocci Editore, 2021) about astrophysics frontiers from neutrinos to gravitational waves. His office hours are scheduled via Microsoft Teams, with additional meetings available by appointment. No specific awards, students, or grants information is currently available.
Valter Giaretto is a Full Professor at the Department of Energy (DENERG) within Politecnico di Torino, Italy. He is also a member of the Interdepartmental Center PolitoBIOMed Lab (Biomedical Engineering Lab) and the ThEAM research group. His academic career spans over three decades, with roles as University Researcher (1990), Associate Professor (1997), and Full Professor (2005). He has taught foundational engineering courses in applied thermodynamics and heat transfer, including at the University of Rome Tor Vergata and the University of Turin. Education: Technical High School Diploma (1975), Civil Engineering Degree (1983) Research Focus: Giaretto specializes in transport phenomena, with emphasis on thermophysical, thermo-optical, and thermoelectric properties of materials. His work includes determining conductivity, diffusivity, and Seebeck coefficients, alongside applications in sustainable technologies, composite materials (CFRP, Titanium-Honeycomb), and biomedical engineering (cryogenic probes). He aligns with ERC sectors PE11_14 (Computational Materials Engineering) and PE3_3 (Condensed Matter Transport), supporting UN SDGs 7 (Affordable Energy) and 11 (Sustainable Cities). Recent Publications: Giaretto's recent studies explore nano-enhanced phase change materials for energy storage, thermal modeling in additive manufacturing, and experimental TEG device analysis. He also investigates rice straw's bioenergy potential and thermal behavior of composites. Projects & Patents: He has led competitive research projects (e.g., PRIN-funded thermophysical property estimation) and commercial contracts in thermal simulation. A co-inventor of a patent for thermoelectric device measurement methods with Andrea De Marchi. Teaching: Giaretto has held teaching roles across Energy Engineering, Biomedical Engineering, and Industrial Engineering programs since 2019–2020, including courses like Applied Thermodynamics and Heat Transfer and Energy Systems Laboratory .
Luigi Gianpio Di Maggio is a Fixed-Term Assistant Professor at the Department of Mechanical and Aerospace Engineering (DIMEAS) at Politecnico di Torino, specializing in artificial intelligence applications for mechanical systems. He has held visiting researcher positions at Universitat Politècnica de Catalunya (2025) and Universidad Politécnica de Valencia (2025), and serves on the teaching council for Mechanical Engineering programs. Research Focus: Industrial bearings, AI-driven fault detection, signal processing, and predictive maintenance Collaborations: Active in the ISED research group (Industrial Systems Engineering and Design) His recent work applies deep learning and generative models to mechanical diagnostics, with recognition including the Premio 'A. Capocaccia' (2023) and Applied Sciences Best Paper Award (2025). He serves on editorial boards and teaches advanced courses in machine design and structural mechanics. Selected Awards Premio 'A. Capocaccia' (2023) Applied Sciences Best Paper Award (2025) Teaching contributions include collaborative roles in Politecnico di Torino's Mechanical Engineering programs since 2019, covering topics like machine construction and structural mechanics.
Paolo Serena is Associate Professor of Telecommunications at the University of Parma , Department of Engineering and Architecture. Since 2018 he has held this academic rank after serving as a researcher at the same university from 2005. He teaches Optical Communications in the Master’s program in Communication Engineering and Telecommunication Systems in the Master’s program in Computer Science, Electronics and Telecommunications. In addition to his university duties, he maintains active third-mission collaborations with Nokia Bell-Labs and Alcatel Submarine Networks in Paris, France. Education Ph.D. in Information Technology, University of Parma, 2000-2003 Laurea (M.Sc.) in Electronic Engineering, University of Parma, 1999 Thesis: “Theoretical Study of the Interaction between Chromatic Dispersion and Nonlinear Effects in Fiber Optic Systems” Research Interests Prof. Serena’s research spans the full spectrum of fiber-optic communication systems . His work focuses on understanding and mitigating nonlinear effects in both single-mode and space-division multiplexed fibers, developing numerical models for signal propagation, exploiting digital signal processing techniques for coherent receivers, and creating performance monitoring tools. He is the original author of Optilux , an open-source simulation platform widely used in the optics community. Recent investigations include modal dispersion in few-mode and multi-core fibers, machine-learning-assisted optimization of launch powers, and quantum-classical co-propagation in field-deployed multi-core links. These studies converge toward increasing the capacity, reach, and energy efficiency of next-generation optical networks. Scientific Service & Editorial Activity Associate Editor, Optics Express (OSA Publishing) Technical Committee Member, European Conference on Optical Communications (ECOC) , since 2018 Technical Committee Member, Fotonica (Italian National Conference on Photonic Technologies), since 2013 Collaborations & Tools Within the framework of university–industry collaboration, Prof. Serena works closely with Nokia Bell-Labs and Alcatel Submarine Networks on modeling and performance optimization of long-haul and submarine links. His open-source simulator Optilux is continuously extended to include the latest advances in nonlinear propagation modeling and machine-learning-enhanced system design.
Claudio Cipolat Gotet is an Associate Professor at the University of Parma , Department of Veterinary Medical Sciences. His academic career focuses on animal production systems , dairy farming techniques , and milk quality assessment . Teaches courses in Food Safety and Risk Management , Special Zootechnics , and Dairy Business Technologies Coordinates lab activities for Meat and Fish Product Quality and Dairy Farming Technology His research integrates analytical chemistry (e.g., mass spectrometry for milk traceability) with statistical modeling of animal factors affecting dairy products. Key areas include: Local sheep breed milk characterization Cheese production enzymology Mineral composition analysis in dairy systems Bioactive compound identification Sustainable livestock practices Quality parameters for agro-food supply chains Recent publications highlight his work on generalized additive models for predicting milk technological properties and comparative studies of coagulation enzymes. He serves as a tutor and reference teacher for undergraduate programs in animal sciences. Contact: claudio.cipolatgotet@unipr.it | Office: Cutting Road 10, Parma
Mario Cesare Nurchis is an Associate Professor at Link Campus University in Rome, with additional roles as a Post-Doctoral Researcher in General and Applied Hygiene (since May 2024) and incoming Tenure Track Researcher in Medical Statistics (starting November 2024). He previously served as a Research Fellow in Health Economics and Public Health (2020-2023). Education and training: PhD in Health Systems and Service Research (Link Campus University) Graduate degree in Health Services Management (Catholic University of Sacred Heart) Advanced courses: Economic Evaluations & Decision-Making Models for HTA (2020/21), Medical Device Evaluation (2021/22) International research visits: Bentley University, USA (2014/15); University College London, UK (2022/23); Basque Office for HTA, Spain (2022/23) Research focuses on Public Health, Health Technology Assessment, Health Economics, and Medical Statistics. He participates in national and international public health research projects. Holds teaching positions in Medical Statistics and Public Health. Available for student consultations by appointment.
Carlo Alberto MAGNI is a Full Professor in the Department of Economics "Marco Biagi" at the University of Modena and Reggio Emilia. He teaches courses including General and Financial Mathematics and Principles and Models for Managerial Decisions for the Business Economics and Management degree program. Professor MAGNI's research focuses on financial mathematics, investment analysis, and capital budgeting. His work centers around the development of the Split-Screen Approach for project appraisal, which unifies financial planning and investment analysis into a single theoretical framework. His research spans corporate finance, accounting, operations research, and mathematical methods of economics, with particular emphasis on NPV-consistency of rates of return, project valuation methodologies, and financial modeling techniques. His publication record shows a consistent output of high-quality research, with numerous articles in top journals. His work demonstrates a strong integration between theoretical finance concepts and practical applications, particularly in Excel-based financial modeling. The Split-Screen Approach represents his signature contribution to the field, providing innovative methods for project appraisal and financial planning. Professor MAGNI has developed comprehensive teaching materials, including a videobook for his courses that combines video lectures with texts related to course topics. His educational approach emphasizes the application of mathematical tools in economic and business analysis, with focus on developing students' ability to model and evaluate long-term managerial decisions.
Mauro Ferrario is a Full Professor at the Department of Physical, Computer and Mathematical Sciences (former Physics campus) within the University of Modena and Reggio Emilia . His academic leadership is evident through dual roles in Computational Physics Laboratory (Physics degree program) and Physics teaching for Biological Sciences . Research Pillars: Non-Equilibrium Molecular Dynamics (NEMD/D-NEMD) Quantum-informed machine learning potentials Green lubricant additive development 2D material tribology (graphene, phosphorene) Multi-scale modeling from atomistic to continuum Surface passivation and chemical reactivity under stress Methodological Expertise: Ab initio/DFT simulations QM/MM hybrid approaches Constraint dynamics and thermostat algorithms High-throughput interface characterization Transient transport phenomena analysis The 2025-2024 publications reveal cutting-edge work on machine learning-enhanced simulations for green lubricants, NEMD melt-front modeling, and superlubricity mechanisms. His 2023-2022 studies on phosphorene oxidation, tribochemical constraints, and friction reduction through nanoscale patterning demonstrate sustained innovation across 15 recent articles . Teaching Impact: He develops computational physics curricula emphasizing Python programming, numerical algorithms, and interdisciplinary applications. His Computational Physics Laboratory course integrates DataCamp tools, while Physics for Biological Sciences bridges classical mechanics with life science applications through digital whiteboard instruction. Contact: Office MO-17-04-011 , Via Campi 213/A. Reception: Mondays 9:00-10:00 or by email appointment.
Federico Bella is Full Professor of Chemical Foundations of Technologies at Polytechnic University of Turin, leading research on post-Li batteries , electrochemical nitrogen reduction , and hybrid photovoltaics within the Electrochemistry Group. He serves as Member of the Interdepartmental Center Ec-L - Energy Center Lab and oversees multiple laboratories including the Testing Laboratory and Material synthesis units. Department: Department of Applied Science and Technology (DISAT) Scientific Sector: CHEM-06/A - Chemical Foundations of Technologies ERC Skills: Electrochemistry, Chemical Engineering, Intelligent Materials His research focuses on sustainable energy systems, including green ammonia production , polymer electrolytes , and next-generation batteries . He has led over 20 major research projects, including the ERC SuN2rise (€1.5M) redesigning ammonia production and GREEN2MOVE for sustainable potassium battery manufacturing. His work aligns with SDG 7 (Affordable Clean Energy) and SDG 9 (Industry Innovation). Scientific recognitions include the ENI Award (2016), USERN Prize (2021), and European Young Chemist Award (2016). He serves on editorial boards of ChemSusChem and ACS Sustainable Chemistry & Engineering , and has coordinated the Italian Chemical Society's Early-Career Division. PhD Students Supervised: Antonio Benigno, Andrea Muscatello, Lorenzo Tamboia Key Collaborations: Royal Society of Chemistry, EuCheMS, ENI He teaches advanced courses on Research Design , Battery Systems , and Scientific Publishing across Materials Science, Chemical Engineering, and Management programs.
Silvana Bazzoni is a Full Professor in the Department of Mathematics 'Tullio Levi-Civita' at the University of Padua, Italy. Her academic career has been dedicated to advancing research in algebra, with particular focus on ring theory, module theory, and category theory. Professor Bazzoni's research interests include model categories and homotopy theory, t-structures in derived categories, localizations in triangulated categories, recollements, functor categories, Mittag-Leffler modules, tilting equivalences, infinitely generated tilting and cotilting modules, cotorsion pairs and approximation theory, and the study of Prüfer domains and their modules. Her publication record shows consistent research productivity from 2001 through 2024, with recent work focusing on cotorsion pairs, tilting theory, and the homological properties of modules over commutative rings. Her most recent publications (2023-2024) continue to make significant contributions to the field, particularly in characterizing enveloping classes and exploring Enochs conjecture for cotorsion pairs. Professor Bazzoni has received recognition through numerous publications in prestigious mathematical journals including Forum Mathematicum, Journal of Pure and Applied Algebra, Advances in Mathematics, and Transactions of the American Mathematical Society. In addition to her research, Professor Bazzoni is actively involved in teaching, offering courses in Rings and Modules for Master's students in Mathematics and Mathematics 2 for undergraduate students in Materials Science. Her teaching reflects her research expertise and commitment to mathematical education.
Narges Ataollahi is an Associate Professor in the Department of Civil, Environmental and Mechanical Engineering at the University of Trento. Her research focuses on electrochemical systems, sustainable materials, and environmental engineering. She teaches courses such as Electrochemical Energy Storage and Conversion and Innovative Materials and Energy , emphasizing practical applications of material science and energy technologies. Her work integrates analytical chemistry, renewable energy systems, and pollution control strategies. Research interests include developing advanced sensors for environmental pollutants, optimizing thermoelectric generators using sustainable materials, and repurposing waste materials like PET for energy applications. She explores the interplay between material properties and their performance in energy storage/conversion systems through experimental and computational methods. Her articles from 2023–2025 highlight breakthroughs in graphene-based biosensors, sustainable thin-film solar cells, and machine learning-driven thermoelectric design. These studies underscore a commitment to bridging material innovation with environmental sustainability. No scientific awards are explicitly mentioned. Teaching and advising roles include leading labs on material characterization and collaborating with assistants like Mirco D'Incau. Her work contributes to interdisciplinary efforts in energy engineering and environmental technology.
