Laboratories

Location: 

Department of Information, Infrastructure and Sustainable Energy Engineering (DIIES) of the Università Mediterranea di Reggio Calabria - Engineering Building, 2nd floor - Via Graziella, Loc. Feo Di Vito, tel. +39 09651693285, 89122 Reggio Calabria

Scientific Director: 

Prof. Andrea Morabito

Description: 

The laboratory conducts teaching, research, and development activities in the field of electromagnetic fields, with a particular emphasis on solving inverse problems in applied electromagnetics. These include:

• solving electromagnetic scattering problems using state-of-the-art non-ionizing radiation for biomedical diagnostics and therapy with applications including brain imaging, breast tumor detection and treatment, oncological hyperthermia, and maximizing magnetic resonance imaging performance;
• the design of high-performance antennas for aerospace engineering applications (including satellite telecommunications antennas and radio telescopes for deep-space observation), defense (including advanced targeting systems for missile systems, stealth aircraft technologies, and next-generation radar systems) and remote sensing;
• the synthesis of intelligent and reconfigurable microwave devices based on appropriately engineered metamaterials through the 'inverse design' paradigm (including Reconfigurable Intelligent Surfaces with applications ranging from radio wave transmission optimization to smart living and the Internet of Things).

The laboratory is equipped with cutting-edge equipment including a vector network analyzer, a ground penetrating radar, various kits for building antennas for teaching and research purposes, and several latest-generation workstations with high computing power.

Location:

Department of Information, Infrastructure and Sustainable Energy Engineering (DIIES) of the Università Mediterranea di Reggio Calabria - Engineering Building, 2nd floor – Via Rodolfo Zehender, Loc. Feo Di Vito, tel. +39 09651693464, 89122 Reggio Calabria

Scientific Director:

Prof. Eng. Riccardo Carotenuto, Ph.D.

Description:

The Electronics Laboratory is a research and teaching laboratory dedicated primarily to students enrolled in the Bachelor's Degree in Computer, Electronic and Telecommunications Engineering and the Master's Degree in Electrical and Electronic Engineering and, starting from the 2025/26 academic year, in the Bachelor's Degree in Electronic and Biomedical Engineering and the Master's Degree in Electronic and Biomedical Engineering.

It is equipped with all the necessary equipment to allow students to concretely approach electronic design and the subsequent creation and testing of analog and digital electronic circuits.

The main ongoing research activities can be traced back to the following:

1) Ultrasonic localization for gesture interfaces, indoor navigation, robotics and healthcare.

2) Circuits and systems for improving the conversion efficiency of photovoltaic and wind power plants.

3) Edge Machine Learning: system and circuit architectures for artificial intelligence on microdevices.

4) RFID architectures, circuits and systems.

5) Energy harvesting systems from light or radio frequency sources.

6) Design of microcontroller-based wireless sensors.

7) Study and design of high-performance optoelectronic devices.

All research lines involve activities ranging from the study and development of theoretical bases, to simulation, up to the creation and characterization of prototypes.

The laboratory is equipped with state-of-the-art equipment, including several multi-channel digital oscilloscopes, benchtop power supplies and signal generators, logic analyzers, a network analyzer, a semiconductor curve tracer, a Vicon 3D localization system, a climate-controlled cell, metallurgical microscopes, soldering stations, analog and digital circuit prototyping equipment and materials, etc.

Location:

Department of Information, Infrastructure and Sustainable Energy Engineering (DIIES) of the Università Mediterranea di Reggio Calabria - Engineering Building, 2nd floor – Via Rodolfo Zehender, Loc. Feo Di Vito, tel. +39 09651693464, 89122 Reggio Calabria

Scientific Director:

Prof. Eng. Riccardo Carotenuto, Ph.D.

Description:

The researchers in the Microelectronics Laboratory possess expertise in various fields of electronics, microelectronics, and silicon photonics. The research team's studies range from analyzing the compatibility of silicon fabrication processes to the development of innovative photonic devices for fiber-optic telecommunications systems, from characterizing the electro-optical properties of new materials to designing new components and circuits for managing large electrical power.

The main activities currently underway can be traced back to the following:

1) High-performance optical modulators based on Graphene.

2) CMOS integrated circuits and neuromorphic architectures.

3) New power devices and circuits: study, design, and experimental characterization of electronic components based on wide-gap semiconductors for power applications, and experimental analysis of the characteristics of static energy conversion circuits. Specific applications: electric cars, grid integration of energy produced by photovoltaic and wind power plants.

4) CMOS Photonics: Integration of photonic functions on conventional microchips. In particular, study of the optoelectronic properties of silicon and design of light modulators compatible with CMOS technology.

The Microelectronics Laboratory is also used for internships and for preparing undergraduate and graduate theses.

The laboratory is equipped with state-of-the-art equipment including a 3D laser scanning confocal microscope, several telecommunications lasers, a microchip probe station, and a microchip bonding station.

Location:

Department of Information, Infrastructure and Sustainable Energy Engineering (DIIES) of the Università Mediterranea di Reggio Calabria - Engineering Complex, Building 2, Via Rodolfo Zehender, Loc. Feo Di Vito, 89122 Reggio Calabria, tel. 0965 1693240.

Scientific Director:

Prof. Mariantonia Cotronei, Ph.D.

Description:

The Laboratory of Mathematical and Numerical Methods for Engineering promotes the development and application of mathematical models and advanced numerical tools to address complex problems in engineering and technology fields. Research activities, conducted by an interdisciplinary team from the scientific disciplines of Area 01 – Mathematical and Computer Sciences, develop along theoretical and applied lines of research, with particular attention to:

· data approximation and analysis;

· analytical and numerical methods for optimization;

· study of graphs and networks;

· data encryption and security;

· computational harmonic analysis and digital signal processing.

The laboratory works in synergy with national (INdAM Groups: GNCS, GNAMPA, GNSAGA; RITA “Italian Approximation Network”) and international research groups, and is involved in several research projects funded at regional, national and European level.

Location: 

Department of Information, Infrastructure and Sustainable Energy Engineering (DIIES) of the Università Mediterranea di Reggio Calabria - Engineering Complex, Building 2, Via Rodolfo Zehender, Loc. Feo Di Vito, 89122 Reggio Calabria, tel. 0965 1693474.

 Scientific Director: 

Prof. Sofia Giuffrè, Ph.D. 

Description: 

The Laboratory promotes the development and application of mathematical models and advanced numerical tools for the study and management of complex distributed systems, with the primary goal of proposing innovative solutions for their protection. Research activities are conducted by an interdisciplinary team and develop along theoretical and applied lines of research, with particular attention to:

 • social network analysis;

 • cyber security; 

• variational and probabilistic models; 

• data approximation and analysis;

 • analytical and numerical methods for optimization.

 The laboratory works in synergy with national (INdAM Groups: GNAMPA, GNCS) and international research groups, and is involved in several nationally funded research projects.

Location: 

Department of Information, Infrastructure and Sustainable Energy Engineering (DIIES) of the Università Mediterranea di Reggio Calabria - Engineering Building, ground floor – Via Zehender (formerly Via Graziella, Loc. Feo Di Vito), tel. +39 09651693405, 89122 Reggio Calabria

Scientific Director: 

Prof. Filippo G. Praticò

Description: 

The laboratory's objectives are related to research, teaching and third-party work.

The laboratory, which focuses on transportation infrastructure engineering, is inspired by the primacy and importance of scientific independence and work. These aspects are reflected in its competitiveness and scientific production on the international stage.

 In terms of certifications , the laboratory belongs, in particular, to the EA activity sector 34 (European Accreditation) and has been certified ISO 9001:2015.

The Laboratory has to its credit:

• Numerous theses developed (bachelor's, master's, master's, doctorate);
• Many third-party orders;
• Numerous national and international research projects.

The laboratory's equipment  includes tools for performing standard and advanced tests on bituminous binders, stone aggregates, bituminous mixtures, road surfaces, and soil, both on site and in the laboratory. 

The main research areas concern the following topics: 

• fundamental and empirical quantities for the estimation of the mechanical contribution of the sub-bases, 
• hot and cold recycling of bituminous conglomerates, 
• volumetric approach to the design of bituminous mixtures, 
• use of innovative and/or waste materials in road, railway or airport structures, 
• innovative quantities and instruments for the analysis of the functional properties of the street plan, 
• mechanistic approaches to superstructural sizing, 
• finite element analysis and experimental validations, 
• quantities and instruments for the survey and monitoring of parameters that influence the safety of different modes of transport and in particular road transport, 
• impact on freight transport infrastructure (particularly hazardous, hazmat), 
• “special” bituminous conglomerates (with optimised surface, acoustic or volumetric performance, etc.), 
• “clear” surface treatments, 
• life cycle analysis and life cycle costing, 
• applications of artificial intelligence to transport infrastructure,
• Sensors for non-destructive structural monitoring,
• Smart roads for autonomous vehicles.

Location: 

Department of Information, Infrastructure, and Sustainable Energy Engineering (DIIES) of the Università Mediterranea di Reggio Calabria - Engineering Building, 2nd floor - Via Rodolfo Zehender, tel. +39 0965-1693276, 89122 Reggio Calabria

Scientific Director: 

Professor Antonella Molinaro

Technical Manager: 

Prof. Giuseppe Ruggeri

Description: 

The ARTS – Advanced Research into Telecommunication Systems Laboratory conducts advanced research in the field of next-generation telecommunications networks and services, with a focus on innovative protocols, architectures, and applications.
The Laboratory operates in both basic and industrial research, in close collaboration with nationally and internationally renowned academic and industrial partners, with a strong focus on technology transfer and the applied impact of research results.

Scientific activities cover a broad spectrum of topics, including:

• 5G and 6G wireless and mobile telecommunications networks;
• Non-terrestrial telecommunications networks (NTN), with a focus on satellite systems and constellations;
• Vehicle networks for autonomous, cooperative, platooning, and tele-operated driving;
• Internet of Things, Internet of the Future, Named Data Networking and In-Network Computing;
• Intelligent and programmable networks based on the Software Defined Networking (SDN) and Network Function Virtualization (NFV) paradigms;
• Applications of Artificial Intelligence and Machine Learning to telecommunications networks and design of infrastructures optimized for distributed AI/ML;
• Digital Twin;
• Holographic Communications and the Metaverse;
• Multicast/broadcast communications;
• Cloud architectures and edge computing.

The solutions developed find application in numerous strategic sectors, including sustainable mobility and smart cities, aerospace and defense, smart healthcare, smart agriculture, and Industry 5.0.

The methodological approach integrates theoretical analysis, design of innovative protocol, algorithmic, and architectural solutions, and validation activities using simulators, emulators, analytical models, optimization techniques, prototype development, and both benchtop and real-world testing.

The ARTS Laboratory boasts cutting-edge research infrastructure and instrumentation, further enhanced thanks to PNRR funding (MOST, RESTART, Tech4You). These include: private, non-standalone 5G networks for indoor and outdoor coverage; 5G network emulators; terrestrial robotic platforms for cooperative and tele-operated driving applications; tele-operation stations; on-board and roadside systems for vehicular communications based on IEEE 802.11 and C-V2X; development platforms for CubeSat satellites integrated into 5G networks; orchestration platforms for terrestrial and non-terrestrial 5G networks; wearable devices for holographic communications and extended/augmented reality (XR); high-performance servers and workstations for cloud and edge computing; heterogeneous hardware platforms for AI/ML applications; programmable switches for in-network computing; SDR platforms; localization systems (RFID, GPS), and test benches complete with advanced instrumentation.

The Laboratory hosts students for internships, degree and doctoral theses, offering a highly qualified and innovation-oriented research environment.

Location: Department of Information, Infrastructure and Sustainable Energy Engineering (DIIES) of the Università Mediterranea di Reggio Calabria - Engineering Building, 4th floor - Via Zehender, Loc. Feo Di Vito, 89122 Reggio Calabria

Scientific Director: Prof. Claudio De Capua

The Laboratory of Electrical Measurements and Performance Monitoring of Electrical Systems focuses on research topics specific to electrical engineering and power electronics, such as the analysis and optimization of energy system performance, with a particular focus on power quality management and the efficiency of storage systems. 

The Laboratory of Electrical Measurements and Monitoring of the Performance of Electrical Systems was funded by the European Union, the Università Mediterranea di Reggio Calabria and the Me.SE Consortium, as part of the GELMINCAL Structural Strengthening project (PON R&C 2007-2013).

Research is primarily focused on developing advanced technologies for real-time monitoring and regulation of energy flows from distributed renewable sources, such as photovoltaic and wind power. These sources, being intermittent, pose significant challenges for traditional electricity grids, requiring the adoption of smart grids that can dynamically and bidirectionally manage energy production and consumption. 

A key aspect of the research involves the design and implementation of advanced systems for power quality (PQ) monitoring. The Laboratory develops methods and tools to detect and analyze key electrical parameters, such as voltage, current, and grid frequency, to ensure that power quality complies with international standards. In parallel, it conducts research on energy storage systems, with a specific focus on battery modeling and optimization, which are essential for improving the efficiency of networks integrating renewable energy sources. Research activities explore solutions to extend battery life, optimize charge and discharge cycles, and reduce energy losses during operation. 

The Laboratory is also working on improving measurement systems and intelligent monitoring devices that enable real-time data collection on energy quality and battery performance. These tools enable detailed analysis of electrical parameters, identification of potential malfunctions in energy systems, and optimization of energy flow management, positively impacting the efficiency and longevity of storage systems. 

In short, the Laboratory develops innovative solutions to improve energy management and quality, addressing the challenges of the global energy transition. Its activities include smart grid design, advanced power quality monitoring, optimization of storage systems, and the creation of measurement technologies that ensure more efficient and sustainable energy management. 

The Laboratory is used for teaching undergraduate and graduate degree courses, to conduct experimental work during internships and degree theses, and to illustrate to students the main research activities carried out there.

Location: Department of Information, Infrastructure and Sustainable Energy Engineering (DIIES) of the Università Mediterranea di Reggio Calabria - Engineering Building, 2nd floor - Via Zehender, Loc. Feo Di Vito, 89122 Reggio Calabria

Scientific Director: Prof. Claudio De Capua

The Mobile Environmental Measurements Laboratory is used to conduct research on environmental pollution measurements. Environmental monitoring is of growing importance, both for public health and for the protection of ecosystems. Air and water pollution represent major global threats, with direct impacts on human health and the environment. Exposure to pollutants such as particulate matter, nitrogen oxides, volatile organic compounds, and heavy metals is now associated with respiratory, cardiovascular, and even chronic diseases. With increasing urban density and industrial processes, the need for advanced and timely monitoring systems is more urgent than ever. 

It was funded under a Structural Strengthening project (PON R&C 2007-2013) and is one of four University laboratories to have received ISO 9001:2015 certification.

In this context, the Mobile Laboratory presents itself as an innovative and versatile solution for environmental monitoring. Equipped with advanced sensors for measuring atmospheric and aquatic parameters, it can operate dynamically, bringing measurement technologies directly into the field. It allows monitoring of large and geographically distributed areas, including those most difficult to reach, such as isolated industrial zones, densely populated urban areas, or remote natural environments. The adoption of a mobile system allows for real-time data collection, overcoming the limitations of fixed systems that offer point-in-time measurements but often fail to provide a comprehensive and continuous view of the environment. 

The Laboratory consists of a van equipped to conduct measurement campaigns in various environments and is equipped with instrumentation to monitor key environmental parameters. The sensors used, along with their mounting, collection, and data storage equipment, enable measurement of meteorological parameters such as wind direction and speed (dual-axial sonic anemometer), atmospheric pressure, air temperature and humidity, global solar radiation, and precipitation. Furthermore, it is also equipped with instrumentation to monitor air quality. Specifically, the sensors and equipment allow analysis of the quantities of carbon monoxide (CO) and nitrogen oxides (NO, NO2, NOx) present in the air. Since 2018, it has been assessed and found compliant with the requirements of the ISO 9001:2015 management system standard. It allows for the carrying out of field experimental activities for the monitoring of Environmental Parameters, both relating to atmospheric parameters and the level of pollutants, for the development of new Measurement Methods, Sensor Data Fusion techniques, Automatic Measurement Systems and Data Acquisition Systems, allowing the development of innovative applications in these fields.

Location: Department of Information, Infrastructure and Sustainable Energy Engineering (DIIES) of the Università Mediterranea di Reggio Calabria - Engineering Building, 2nd floor - Via Zehender, Loc. Feo Di Vito, 89122 Reggio Calabria

Scientific Director: Prof. Claudio De Capua

The Electronic Measurements Laboratory was born from funding from the European Union for a Remote Teaching Laboratory project, using funds from the PON Research Programme 2000-2006. 

For over twenty years, the Laboratory has been engaged in research on advanced and highly relevant topics in electronic measurement and data management. It aims to develop scalable and reliable solutions capable of operating in complex environments such as industrial, environmental, or land monitoring environments through the design of distributed measurement systems that enable the monitoring of physical quantities over large geographic areas and can acquire and transmit data in real time. In this context, the Laboratory focuses on the design of advanced measurement systems, i.e., the combination of hardware and software required to create autonomous and resilient smart sensors capable of operating in complex scenarios. System reliability is another crucial aspect, with particular attention to managing measurement uncertainty. Applications range from environmental monitoring to energy quality and land security, with the aim of optimizing measurement effectiveness. Closely related to the assessment of measurement uncertainty, a related research topic concerns the problem of decision-making under uncertainty. In the Laboratory, decision-making algorithms are developed and validated to minimize the risks associated with incorrect decisions due to the presence of uncertainty. 

The Laboratory therefore carries out experimental activities for the development of Measurement Instrumentation, Automatic Measurement Systems, Sensors, Sensor Networks, Measurement Methods, Data Acquisition Systems, creating innovative applications in the sectors: Transportation and Logistics, Cultural Heritage, Health Technologies and Biomedical Instrumentation, Monitoring of Cultural Heritage, Information and Telecommunications Technologies, Quality Agri-food Supply Chains, Materials and Quality Production Technologies, Optimization of Electricity Production from Renewable Sources, and Monitoring of Environmental Parameters. 

In addition to its research activities, the Laboratory is strongly focused on teaching. Numerous practical exercises are conducted for various undergraduate and graduate degree programs, using teaching methods that foster the development of transversal skills, with the aim of enabling students to correctly use measurement equipment. 

It has a fleet of equipment worth over €3,000,000, and the teaching stations are equipped with state-of-the-art tools and software.

Location: RENEW-MEL Laboratory - Via Marina Bassa, Mouth of the Calopinace River, 89127, Reggio Calabria

Scientific Director: Prof. Claudio De Capua

The Laboratory was established within the framework of the PON03PE_00122 project "RENEW - Energy production from renewable sources and energy valorization," funded by the European Union under Title III of Notice 713/Ric. of October 29, 2010, within the National Operational Program "Research and Competitiveness" 2007-2013, aimed at optimizing the efficiency and eco-sustainability of renewable energy technologies. The primary objective is to address the challenges associated with increasing the reliability and performance of renewable technologies, both those already mature, such as wind and photovoltaic, and those under development, such as offshore wind and marine energy production. Research focuses primarily on emerging offshore technologies, such as offshore wind, marine currents, and wave motion, with the goal of designing and testing small-scale experimental models. These models are designed for direct field testing, with the aim of validating the systems and optimizing performance under real-world conditions. The facility, located on the eastern coast of the Strait of Messina, is ideally positioned for analyzing marine and meteorological phenomena, allowing for accurate environmental characterization.

The Laboratory uses an advanced software platform for real-time monitoring of various environmental parameters, including data from meteorological stations, anemometers, and sensors for detecting marine currents and monitoring wave motion and water quality. Research focuses on processing and analyzing this data to develop solutions for improving the efficiency of marine energy systems. In addition to energy production technologies, monitoring systems for energy quality and optimized management of marine resources are also developed. The overall approach also includes optimizing maintenance operations, ensuring the long-term resilience and sustainability of marine energy production systems.

In summary, the Laboratory aims to conduct multidisciplinary research activities, with the goal of developing innovative solutions for environmental monitoring and energy production in the marine environment, with applications ranging from natural resource management to environmental protection.

It is used for teaching master's degree programs, for experimental activities during internships and dissertations, and to illustrate the main research activities conducted there to students. It also hosts various orientation and public engagement activities through seminars and events disseminating research findings.