News
10 September 2026
A.Y. 2026–27 – Fall Semester
The course “Urban Mining and Recycling of Materials”, offered within the Master’s Degree Programmes in Environmental Engineering and in Safety and Civil Protection Engineering, will begin on Thursday, 24 September 2026.
Students planning to attend the course are invited to send an email to silvia.serranti@uniroma1.it to receive the link to the Google Classroom.
Class timetable:
- Monday: 8:00–12:00, Room 47
- Thursday: 8:00–12:00, Room 50
Receiving hours
Per appuntamento mandando una mail a silvia.serranti@unrioma1.it
Curriculum
Silvia Serranti is Full Professor of Raw Materials Engineering at Sapienza University of Rome, Department of Chemical Engineering, Materials and Environment (DICMA), Faculty of Civil and Industrial Engineering.
She is President of the Civil and Industrial Engineering Teaching Area Council (CAD-ICI) at the Latina campus, coordinating the BSc in Environmental Engineering for Sustainable Development and the MSc in Green Industrial Engineering for Sustainable Development.
She is also a member of the Sapienza Technical-Scientific Committee on Sustainability and serves as Sapienza’s representative in the “Resources and Waste” Working Group within the Italian Universities Network for Sustainable Development (RUS).
She served as Director of the “Ore Deposits and Ornamental Stones Museum” of Sapienza University of Rome from 2013 to 2022 and has held the position again since November 2025.
Her research activity focuses on circular economy, sustainable resource management, critical raw materials, urban mining, recycling-oriented characterization, sensor-based sorting technologies, environmental monitoring, and microplastics, with particular expertise in the application of advanced spectroscopic and imaging techniques for the characterization and valorization of waste and secondary raw materials.
She is responsible for two laboratories: the RawMaLab (Raw Materials Laboratory) at DICMA in Rome and the Raw Materials Engineering Lab at the Latina campus. The laboratories are equipped with advanced instrumentation for material characterization and recycling research, including hyperspectral imaging sensors operating in the 400–2500 nm range, high-resolution field spectroradiometers, ultra-compact NIR spectrometers, micro-XRF and handheld XRF systems, micro-FTIR spectrometers, optical microscopes with digital cameras, thermal cameras, laser diffraction particle size analyzers, and equipment for solid waste processing, comminution, screening, and separation.
She teaches courses in urban mining, materials recycling, non-renewable resources, and sustainability science within Bachelor’s and Master’s Degree programmes in Environmental Engineering, Green Industrial Engineering, and Safety and Civil Protection Engineering.
She has authored more than 200 peer-reviewed papers indexed in Scopus and has participated, both as coordinator and researcher, in numerous national and European research projects. She is currently Scientific Coordinator of the Erasmus+ Capacity Building in Higher Education (CBHE) project NEREIDAS – “implemeNtation of innovativE educational actions foR thE protectIon of Mexico anD colombiA marine environmentS” (2025–2027).
Since 2013, she has served as Independent Expert for the European Commission in the evaluation of research proposals within FP7, Horizon 2020, and Horizon Europe programmes, including several Marie Skłodowska-Curie Actions (MSCA) calls. She also serves as independent evaluator for scientific projects funded by international research agencies and institutions in Europe and abroad.
Her scientific activity has received several international recognitions and awards in the fields of hyperspectral imaging, recycling technologies, and waste management.
She is actively involved in international scientific societies, conference committees, and editorial boards related to resource recovery, sensing technologies, and circular economy.
Lessons
| Lesson code | Lesson | Year | Semester | Language | Course | Course code | Curriculum |
|---|---|---|---|---|---|---|---|
| 10620256 | URBAN MINING AND RECYCLING | 2nd | 1st | ENG | Environmental Engineering | 33495 | Environmental Engineering for Climate Change Adaptation and Mitigation - in lingua inglese |
| 10631320 | URBAN MINING - URBAN MINING I | 1st | 1st | ENG | Safety and Civil Protection Engineering | 33491 | Ingegneria della Sicurezza e Protezione Civile - Safety Engineering for Territorial Sustainability - Universidad de Sevilla ( percorso valido anche per coloro che partecipano al percorso finalizzato al conseguimento del doppio titolo italo-spagnolo) |
| 10631320 | URBAN MINING - URBAN MINING II | 1st | 1st | ENG | Safety and Civil Protection Engineering | 33491 | Ingegneria della Sicurezza e Protezione Civile - Safety Engineering for Territorial Sustainability - Universidad de Sevilla ( percorso valido anche per coloro che partecipano al percorso finalizzato al conseguimento del doppio titolo italo-spagnolo) |
| 10596228 | SCIENZE DELLA SOSTENIBILITA' IN INGEGNERIA - MATERIE PRIME E RICICLO | 2nd | 2nd | ITA | Mechanical Engineering for the Green Transition | 33480 | Curriculum unico |
| 10596228 | SCIENZE DELLA SOSTENIBILITA' IN INGEGNERIA - MATERIE PRIME E RICICLO | 3rd | 2nd | ITA | Mechanical Engineering for the Green Transition | 33480 | Curriculum unico |
| 10630121 | SCIENZE DELLA SOSTENIBILITA' IN INGEGNERIA - MATERIE PRIME E RICICLO | 1st | 2nd | ITA | Environmental Engineering for Sustainable Development (Latina Campus) | 33472 | Ingegneria dell'ambiente per lo sviluppo sostenibile |
| AAF2337 | APPRENTICESHIP | 2nd | 2nd | ENG | Green Industrial Engineering for Sustainable Development (Campus Latina) | 33490 | TECNOLOGIE VERDI |
| 10627482 | URBAN MINING E PROCESSI DI RICICLO | 1st | 2nd | ITA | Green Industrial Engineering for Sustainable Development (Campus Latina) | 33490 | TECNOLOGIE VERDI |
| AAF2337 | APPRENTICESHIP | 2nd | 2nd | ENG | Green Industrial Engineering for Sustainable Development (Campus Latina) | 33490 | SUSTAINABLE PROCESSES |