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Montón Alejandro
Spain

Defense University Centre Zaragoza

The Centro Universitario de la Defensa de Zaragoza (CUD Zaragoza)is a military university college located within the Academia General Militar de Zaragoza, the officer training academy for the Spanish Army, and is responsible for delivering the academic programme that leads to the official undergraduate qualification that is a core element of the officer training programme. Main topics/techniques developped in the Institute/University/Company : Laser for Energy and Advanced Materials - Laser and Ceramic Additive Manufacturing, Laser processing of materials. Main equipments available in the Institute/University/Company : Equipment for any type of material characterization, nanosecond, picosecond, and femtosecond lasers operating at different wavelengths—infrared, green, and ultraviolet. Additionally, a specific laser furnace designed for working with ceramic materials and reducing defects caused by thermal shock.

Qadir Awais
Germany

TU Bergakademie Freiberg

The Institute of Materials Science is involved in research and teaching of Materials Science, Techniques for Advanced Materials Analysis and Thermodynamic Analysis for various study courses. Investigated materials classes include metals, semiconductors, ceramics and composites. The developed materials models are intended for a holistic description of the materials properties on different scales. Main topics/techniques developped in the Institute/University/Company : 1. Relationships between the structure and microstructure of materials, 2. Methods for microstructure analysis and analysis of crystal structure defects, 3. Methods of thermoanalysis, 4. Thermodynamic databases, 5. Related techniques for materials simulations and modelling. Main equipments available in the Institute/University/Company : "1. X-ray diffraction (Investigation of crystal structures and microstructures): a) Diffractometer Bruker D8 Advance (with primary monochromator) b) Diffractometer Bruker D8 Advance (with high- and low-temperature chamber) c) Diffractometer Bruker D8 Discover (with Eulerian cradle) d) Diffractometer Bruker D8 Advance (for thin films and reflectometry) e) Diffractometer Seifert-FPM URD 6 (Powder diffractometer) f) Diffractometer Seifert-FPM URD 6.5 (Powder diffractometer) g) Diffractometer Seifert-FPM RD 7 (compact powder diffractometer) h) Diffractometer Seifert-FPM URD 6 (with PSD für fast measurements) i) Diffractometer XRD Orion Comet P2 (with twin optics) j) Diffractometer Seifert-FPM URD 6 (for high resolution measurements) 2. Electron microscopy (for imaging and spectroscopic methods): a) TEM Jeol JEM-2200FS (with Cs-corrector) b) ESMA Jeol JXA-8230 (with 5 spectrometer crystals) c) SEM Jeol JSM 7800 F (analytical scanning electron microscope) 3. Thermal analysis (Determination of thermochemical properties of materials) a) Setaram SetSys Evolution STA (Differential thermal analysis & thermogravimetry) b) Netzsch DSC 404C Pegasus (Calorimetry) c) Perkin Elmer DSC 8000 (low temperature calorimetry) 4. Synthesis Facility: a) FCT HP D 25/2 (fast synthesis of metallic and ceramic samples) b) Balzers PLS 500 (PVD machine with 3 targets) c) arc furnace d) quenching oven e) Bühler MAM-1 (compact arc furnace) f) Bühler Melt Spinner SC (synthesis of metallic glasses under inert conditions) g) Muffle furnaces f) Galvanic deposition 5. Mechanical testing 6. Nano Indentation 7. Electrical Testing" The institute has expertise in structure/microstructure analysis in depth and open to collaborate.

Huart Véronique
Belgium

European Ceramic Society (ECerS)

ECerS & JECS Trust Administration Manager

Belot Aurore
Belgium

European Ceramic Society (ECerS)

ECerS & JECS Trust Administrative Assistant

Frankberg Erkka J.
Finland

Tampere University

Tampere University is one of the most multidisciplinary universities in Finland. We bring together research and education in technology, health and society. The University is known for its excellence in teaching and research and it collaborates with hundreds of universities and organisations worldwide. Our community consists of about 22,500 students and around 4,200 staff members from more than 80 countries. Main topics/techniques developped in the Institute/University/Company: The Ceramic Materials group at TAU has activities in ceramic AM, room temperature plasticity in ceramics, solid state batteries, and atomistic simulations. Main equipments available in the Institute/University/Company : Ceramic AM: Vat Photopolymerization, Binder Jetting, Solid state battery material synthesis and solid state cell fabrication and testing, Supercomputers for Molecular Dynamics and Ab Initio simulations, Mechanical testing, Ceramic processing and furnaces (vacuum, protective atmosphere), Supercritical CO2 processing of ceramics. I'm leading a new research group at TAU focusing on Ceramic AM, ductile ceramics research, and atomistic simulations for ceramics.

Trihan Romain
Switzerland

Empa

Empa's Laboratory for High Performance Ceramics is involved in the scientific research, development and characterization of advanced ceramics and composites for structural and, increasingly, functional applications Main topics/techniques developped in the Institute/University/Company : "https://www.empa.ch/web/s201/organizational-chart - Architectured Materials - Ceramic based composites - Ceramic electrodes and electrolytes - Nanopowders and ceramics - Smart ceramic processing" Main equipments available in the Institute/University/Company : "- Ceramic processing technologies - Additive manufacturing equipments - Broad range of characterization techniques"

Abdelmoula Mohamed
Egypt

Assiut University

Assiut University, located in Assiut, Egypt, was founded in October 1957 as the first university in Upper Egypt. As a governmental institution, it harnesses its resources to fulfill its mission by delivering education that meets both present and future demands. The university aims to produce graduates capable of competing in the labor market locally and internationally while striving for excellence in scientific research, technological advancement, and research initiatives that contribute to societal development, all within the framework of academic integrity and ethical values. Main topics/techniques developped in the Institute/University/Company : Composite-extruded based Filament for Additive Manufacturing applications Main equipments available in the Institute/University/Company : Material processing facilities, Material testing, Additive Manufacturing facilities

Jabr Abdullah
Austria

Montanuniversitaet Leoben

The Chair of Structural and Functional Ceramics (ISFK) in Leoben is a renowned institution known for its expertise in the mechanical testing of ceramic materials and components. Its research scope includes material and component testing, processing of ceramics, simulation of mechanical loads and functional properties, damage analysis and fractography, fracture statistics, and lifetime prediction. Main topics/techniques developped in the Institute/University/Company : Mechanical testing of ceramic components in different sizes and shapes. A prominent examle of developed testing methods by ISFK is the ball-on-three-balls test (B3B) Main equipments available in the Institute/University/Company : Mechanical testing machines (strength, hardness, fracture toughness, etc.), ceramography, spark plasma sintering (SPS), cold sintering machine (CSP), tape casting, stereolithography 3D printing, SEM, electrical characterization (micro four point probe measurement) The institute has recently focused on ceramic processing using CSP and SPS. A custom-designed CSP press has been developed, enabling new advancements in CSP. Moreover, 3D printing and sintering of complex-shaped ceramics are among the main research topics. Experimental work is consistently guided by simulation studies, such as finite fracture mechanics and phase-field modeling, to understand crack initiation and propagation under various loading and processing conditions.

Wahl Larissa
Germany

Friedrich-Alexander-Universität Erlangen-Nürnberg

The Institute of Glass and Ceramics is part of the Department of Materials Science at FAU Erlangen-Nürnberg and deals with many topics related to glass and ceramics. Four different working groups work on research topics related to functional ceramics, glass, advanced ceramics manufacturing, and biomimetic materials. Main topics/techniques developped in the Institute/University/Company : Additive manufacturing of ceramics is an important topic at the institute. A wide range of printing processes have been used for a long time to generate ceramic-based materials. A lot of research is also being done on functional ceramics, where the so-called high throughput approach offers many new possibilities. Main equipments available in the Institute/University/Company : Various ceramic printers, measuring devices for functional ceramics, devices for measuring physical and mechanical properties, oven systems operating in different atmospheres

Valášek Daniel
Czech Republic

CEITEC BUT

CEITEC BUT is a research institute where independent research groups focus on the preparation and characterization of nanostructured materials, advanced robotics, biomaterials, energetic solutions, and advanced ceramic materials. The institute houses two ceramic-focused research groups dedicated to shaping, sintering, and characterization of both oxide and non-oxide ceramics. These ceramic materials are developed for a range of applications, including bioceramics, transparent ceramics, and functional ceramics. Main topics/techniques developped in the Institute/University/Company : Fast and rapid sintering methods Main equipments available in the Institute/University/Company : Spark Plasma Sintering device, Rapid sintering furnace Research topics: High Entropy Ceramics, non-oxide ceramics, bioceramics and piezoceramics

Tanska Joanna
Poland

Warsaw University of Technology

Warsaw University of Technology (WUT) is the oldest technical university in Poland. It began its independent activity on November 15, 1915, however, its history started in 1826. Now, over 20 000 students study at our 20 Faculties. Our priorities are multi-layered study programmes supported by advanced scientific research. In response to market demands, and with the help of our academic staff (over 2500 academicians, including 600 professors), we offer a wide range of technological courses (over 30 courses in English). WUT is ranked no. ONE in Poland among 24 universities of technology in the “Perspektywy” 2024 ranking. Main topics/techniques developped in the Institute/University/Company : Colloidal processing of ceramics, ceramic-matrix-composites, synthesis of organic additives, 3D printing of ceramics and composites, 'cold' sintering, materials characterization Main equipments available in the Institute/University/Company : "– scanning electron microscope ThermoFisher Helios 5 PFIB – microstructure analysis – helium pycnometer AccuPyc II 1340, Micromeritics – density measurements – Zetasizer Nano ZS – determination of particle size via DLS method and zeta potential measurements – ASAP2020, Micromeritics – determination of specific surface area via BET isotherm method – thermal analyzer Netzsch STA Jupiter 449C coupled with mass spectrometer Netzsch QMS 403C – thermal analysis of samples – laboratory Carbolite furnaces with maximum sintering temperatures: 1300°C, 1400°C, 1700°C and 1800°C and pipe furnace with maximum sintering temperature 1600°C allowing sintering in neutral (argon, nitrogen) or reductive (gas mixtures of argon-hydrogen or nitrogen-hydrogen) atmosphere – hardness testing machine HVS-T30, Huatec Group Corporation – Vickers hardness measurements – 3D DLP printer Hunter, FlashForge – UV assisted Direct Ink Writing (UV-DIW) printer, BioCloner Health – planetary ball mills PM100 and PM200, Retsch – mixing and homogenization of ceramic dispersions – mixing and degassing machine THINKY ARE 250 – stirring and degassing of ceramic dispersions – rotary rheometer Kinexus Pro, Malvern Panalytical – equipped with various measurement geometries, work temperature up to 200°C – determination of rheological properties of dispersions – sample cutting device Secatom-15, Struer – polishing machine MetaServ 250, Buehler"

Kocijan Martina
Croatia

University of Rijeka

The Faculty of Physics and the Centre for Micro- and Nanosciences and Technologies are part of the University of Rijeka. The Faculty of Physics is dedicated to teaching at the undergraduate, graduate, and doctoral levels. In addition to its educational focus, the faculty engages in various research activities in both theoretical and experimental physics. These activities cover a wide range of fields, including condensed matter physics, astrophysics, nuclear and molecular physics, elementary particle physics, environmental physics, and educational physics. Centre for Micro- and Nanosciences and Technologies conducts several activities in the field of micro- and nano sciences and technologies: • pursues and develops scientific research, • proposes scientific and development projects, • encourages and conducts international scientific collaboration, • conducts projects, studies and expertises in collaboration with business, • provides scientific equipment and service to other scientific and business entities, • provides educational activities for the departments and faculties of the University, • conducts mentorships for Ph.D. students, • organizes scientific and specialized congresses. Research is conducted through projects financed by national funds, including the Croatian Science Foundation, the Ministry of Science and Education of the Republic of Croatia, and industrial collaborations; regional funding such as bilateral projects; European funding agencies; or international collaborations. Main topics/techniques developped in the Institute/University/Company : • understanding of the reduction mechanism of metal oxide thin films, induced by bombardment with low-energy ions under vacuum conditions (ivna.kavre@uniri.hr; rpeter@phy.uniri.hr; iva.saric@uniri.hr) • chemical, structural, optical and photocatalytic properties of thin semiconductor films (titanium dioxide, zinc oxide) grown by the ALD method (ivna.kavre@uniri.hr; rpeter@phy.uniri.hr; iva.saric@uniri.hr) • investigation of the surface morphology of the materials by Scanning Electron Microscopy (ivna.kavre@uniri.hr) • synthesis of thin films (organic – azide-alkyne click reactions and inorganic - SiOx, TiO2, ZnO, CuO/Cu2O, Al2O3) by ALD method and plasma enhanced ALD (iva.saric@uniri.hr) • tribological and mechanical properties of thin films grown with various deposition techniques (mpercic@riteh.hr) Main equipments available in the Institute/University/Company : A Scanning Electron Microscope (SEM) is used to observe and characterise heterogeneous organic and inorganic materials on a nanometre (nm) to micrometre (μm) scale. The SEM is capable of obtaining 3D-like images of the surfaces of a wide range of materials. It is possible to examine many characteristics of the sample (surface topography, crystallography, chemical composition, etc.). The SEM equipment is a JEOL Field Emission Scanning Electron Microscope (JSM-7800F) with a maximal resolution of 0.8 nm, an acceleration voltage of 0.01 – 30 kV, and a magnification range of x25 – x1000000. It is equipped with the following detectors: • Lower secondary electron detector (LED) • Upper secondary electron detector (UED) • Backscattered electron detector (BED) • Scanning Transmission Electron Microscopy (STEM) detector • Energy dispersive X-ray spectrometer X-MaxN 80, Oxford Instruments (EDS). Sample Preparation Equipment • Precision Etching and Coating System (Gatan PECS II Model 685) – with two ion guns for etching solid samples with low-energy Ar+ ions (energy range 0.1 – 8 keV). It can also be used for coating samples with C, Au, Pt/Pd, Cr, and Pt. • Precision Ion Polishing System (Gatan PIPS II Model 695) – with two ion guns for polishing solid samples with low-energy Ar+ ions (energy range 0.1 – 8 keV). Primarily used for sample preparation for scanning transmission electron microscopy (STEM). • Critical Point Dryer (Quorum K 850) – used for dehydration of biological samples (replaces water with liquid CO2). • Precision Diamond Wire Saw (Well 3242) – stainless steel wire with diamond particles used for cutting various types of samples. It provides smooth and sharp edges. • Precision Diamond Blade Saw (Buehler Iomet 1000) – used for cutting different materials (metals, glass, ceramics, plastics, biomaterials) causing minimal deformation. • Disc Grinder – used for thinning samples. • Dimple Grinder – used for thinning samples to electron transparency suitable for STEM/TEM analysis. Contact information: Assoc. Prof. Dr. Ivna Kavre Piltaver (ivna.kavre@uniri.hr) X-ray Photoelectron Spectroscopy (XPS) is an analysis technique that offers information about chemical elements and can also yield insights into chemical bonding. The XPS for conducting measurements is a SPECS system that comes with the following additional devices: • FOCUS 500 – X-ray source, • PHOIBOS 100 MCD-5 – 100 mm hemispherical analyzer, • IQE 11/35 – ion gun for low-energy ions of inert and reactive gases (0.3-5 keV), • LN2 - 800oC – precise XYZ manipulator samples holder with controlled heating and cooling, • turbo pump (Pfeiffer) and titanium sublimation pump (Hositrad) for the main chamber, • turbo pump (Pfeiffer) for prechamber, • sealed water-cooling system for the X-ray source and vacuum turbo pumps, • FG 500 – electron gun. Secondary Mass Ion Spectrometry (SIMS) is a microanalytical technique used to determine the composition (isotopic, elemental, and/or molecular) of a specific microvolume of solid material. The SIMS instrument employed for measurements is equipped with a Hidden system.SIMS measurements can be performed in three operating modes: • Static SIMS: measurement of mass spectra of the specimen surface • Dynamic SIMS: depth profiling of selected elements or molecules in the sample • Surface imaging: elemental imaging of the sample surface Contact information: Assoc. Prof. Dr. Robert Peter (rpeter@phy.uniri.hr) Atomic Layer Deposition (ALD) is a technique for depositing thin inorganic films, characterised by exceptional precision in film thickness (in the Å-nm range). ALD can be utilised to coat wafers, planar objects, porous bulk materials, as well as particles and complex 3D structures. The system used for preparing thin films is a Beneq TFS 200. Contact information: Assoc. Prof. Dr. Iva Šarić (iva.saric@uniri.hr) UV-vis spectroscopy is a technique for measuring the amount of light absorbed or transmitted by a sample at various wavelengths of ultraviolet (UV) and visible (Vis) light. The EVOLUTION 201 UV-vis spectrophotometer is used in the laboratory to monitor the photocatalytic removal of dyes from water. Contact information: Assoc. Prof. Dr. Aleš Omerzu (aomerzu@phy.uniri.hr)

Chernomorets Dariia
Ukraine

Institute for Single Crystals of the National Academy of Sciences

• Fundamental research on crystal growth processes; search for new crystalline, ceramic and nanostructured media with functionally significant properties, and fundamental principles of nanotechnology. • Comprehensive studies of physical phenomena in optical single crystals, laser ceramics, and nanosystems, studying their physico-chemical properties. • Theory of nonlinear phenomena, transport, and structure formation in condensed matter. Main topics/techniques developped in the Institute/University/Company : • Fundamental research on crystal growth processes; search for new crystalline, ceramic and nanostructured media with functionally significant properties, and fundamental principles of nanotechnology. • Comprehensive studies of physical phenomena in optical single crystals, laser ceramics, and nanosystems, studying their physico-chemical properties. • Theory of nonlinear phenomena, transport, and structure formation in condensed matter. Main equipments available in the Institute/University/Company : Equipment for fabrication of optical ceramics: • High-energy planetary mills Fritsch Pulverisette 5/4. • Rotational viscometer Lamy Rheology (France) RM 100 PLUS with measuring system MS DIN 19. • Hydraulic presses MAASSEN (Germany). • Cold isostatic press KJYu150-300/300 MPa (SXKYYC, China). • High-temperature vacuum electric furnace ZW-45-23 for the temperatures up to 2300°C (Shanghai Chenhua Science Technology Corp., Ltd., China) with tungsten heating elements. Analytical equipment: • JSM-6390 LV low-vacuum scanning electron microscope (JEOL Ltd., Japan) with an energy-dispersive analyzer AZtech Energy X-max 50 and a backscattered electron diffraction detector NKL Channel-5 EBSD. • Leica EM TXP system for comprehensive precision sample preparation for electron microscopy (Germany). • Perkin-Elmer LAMBDA-35 spectrophotometer (USA). • Carl Zeiss Primotech optical microscope (Germany). Any other relevant information that could lead to collaborations : International Projects: 1. Joint Science and Technology Center in Ukraine and National Academy of Sciences of Ukraine (STCU-NASU 2014-2015) “Targeted engineering of rare-earth oxides nanopowders for creation of YAG:Yb laser ceramic”, Project No. 5966. 2. The Ukrainian-Romanian joint R&D project (2016–2017) “Development of Y2O3:Yb3+ polycrystalline laser material for microchip lasers by ceramic engineering”. 3. The Ukrainian-Chinese joint R&D project (2017–2018) “Novel mixed sesquioxide optical ceramics for diode-pumped solid-state lasers”. 4. Grant of the Austrian Academy of Sciences (2023) “Studying processes and determination conditions of sintering accompanied by phase transitions of highly-doped YAG:Sm3+ ceramics”, Grant No. 2023/11.

Ribeiro Camila
Portugal

CICECO - Aveiro Institute of Materials, University of Aveiro

The associate laboratory CICECO – Aveiro Institute of Materials, formerly CICECO-Centre for Research in Ceramics and Composite Materials is currently the largest Portuguese institute in the field of materials science and engineering. CICECO host scientists from the Departments of Chemistry, Physics, Materials Engineering, and from the School of Design, Management and Production Technologies Northern Aveiro, allowing a holistic approach to materials: synthesis, structure, properties, modelling, devices and interface with industry. Main topics/techniques developped in the Institute/University/Company : Materials developed span tradicional and advanced ceramics, inorganic materials, soft matter, biopolymers, and organic-inorganic hybrids. Main equipments available in the Institute/University/Company : CICECO instrumental facilities comprise SEM, TEM, STEM, AFM, X-ray diffraction (single-crystal, powder, films), NMR (300, 500, 700 MHz, DNP, solids, liquids), vibrational spectroscopies, measurement of optical, magnetic (SQUID), electric, thermal, and mechanical properties, clean room, wet chemistry labs, furnaces, autoclaves, reactors, ALD, CVD, and a computer cluster, among others.

Kumar Muthusundar
Belgium

University of Mons, Belgium

SMPC is an interdisciplinary research group whose activities focus on the design, synthesis, characterization, and processing of polymer and composite materials. The SMPC laboratory is shared between the UNIVERSITY OF MONS and the MATERIA NOVA RESEARCH CENTER and integrated into the Center for Innovation and Research in Polymer Materials - CIRMAP. Main activities include synthesis, characterization, transformation, processing, and applications of polymeric and composite materials, with a special insight into the ultimate life end-up of the polymeric material after its last utilization; clean incineration, recycling, depolymerization process, or biodegradation. Main topics/techniques developped in the Institute/University/Company : Design and development of polymers for Biomedical applications, Macromolecular engineering of polymers: Green route and CO2 Valorization, Sustainable polymer nanocomposites with advanced properties for energy and biomedical applications, Adaptive polymeric materials and additive manufacturing, Cold sintering Process for bioactive composite development, Sustainable biopolymer materials by reactive extrusion. Main equipments available in the Institute/University/Company : 3D printers (FDM, SLS, stereolithography); 3D filament extruder from 3devo, up to 450 °C; size exclusion chromatography (Agilent 1200 series); Automatic Schott AVS 350/Ubbelohde capillary viscosimeter; Twin screw extruders (L/D 45); NMR 500 & 300 MHz; Dynamic Mechanical Thermal Analyzer (TA Instrument- Q800).

Salari Farid
The Netherlands

CONCR3DE Printing B.V.

Concr3de Printing BV is a Dutch company specializing in 3D printing using different materials. They develop and manufacture binder jetting 3D printers that can print with materials like recycled stone, ceramics, metals, wood and washout tooling compositions. Their technology is often used in different technologies like aerospace, automotive, restoration, and architectural applications, allowing for sustainable and intricate designs with high durability. Main topics/techniques developped in the Institute/University/Company : Additive manufacturing : Binder jetting, Technical Ceramics : SiC, Alumina, Bio Ceramics Stone-like materials Metal BJ Sustainable materials : wood washout tooling mold and cores Main equipments available in the Institute/University/Company : Binder Jet 3D-Printers

Mota Morais Mateus
Brasil

University of Sao Paulo

The Laboratory of Tribology and Composites is coordinated by Prof. Carlos Alberto Fortulan. The main research projects of the group are related to machine design (for machining, isostatic presses, mills and powder mixers, DLP additive manufacturing, tape casting); simulation of powder compaction using Finite Elements; ceramic manufacturing (additive manufacturing, green machining and surface finishing), bone tissue substitute materials (ceramics and ceramic-ceramic and polymer-ceramic composites); porous ceramics (membranes, artificial rocks) and orthoses (hand, finger, shoulder, hybrid wheelchairs). The group has agreements and extension projects with companies, research institutes and startups. The São Carlos School of Engineering (EESC in Portuguese) was founded in São Carlos, a medium-sized city in São Paulo State, in the second half of the 20th century. The School boosted the technological and educational development of the city and became known as “The Capital of Technology”. Its evolution and development led to the establishment of the other institutes that comprise the São Carlos Campus at the University of São Paulo (USP). The University of São Paulo is the best university in South America acoording to QS World University Rankings. The São Carlos School of Engineering offers 10 undergraduate courses. The School also offers 11 graduate programs, including master's and doctorate degrees aiming to train teachers, researchers and specialized professionals. The São Carlos School of Engineering has more than 50 research groups, promoting innovative and creative research focusing on sustainable solutions to meet the challenges presented by contemporary engineering. Main topics/techniques developped in the Institute/University/Company : The Laboratory of Tribology and Composites is coordinated by Prof. Carlos Alberto Fortulan. The main research projects of the group are related to machine design (for machining, isostatic presses, mills and powder mixers, DLP additive manufacturing, tape casting); simulation of powder compaction using Finite Elements; ceramic manufacturing (additive manufacturing, green machining and surface finishing), bone tissue substitute materials (ceramics and ceramic-ceramic and polymer-ceramic composites); porous ceramics (membranes, artificial rocks) and orthoses (hand, finger, shoulder, hybrid wheelchairs). The group has agreements and extension projects with companies, research institutes and startups. The São Carlos School of Engineering (EESC in Portuguese) was founded in São Carlos, a medium-sized city in São Paulo State, in the second half of the 20th century. The School boosted the technological and educational development of the city and became known as “The Capital of Technology”. Its evolution and development led to the establishment of the other institutes that comprise the São Carlos Campus at the University of São Paulo (USP). The University of São Paulo is the best university in South America acoording to QS World University Rankings. The São Carlos School of Engineering offers 10 undergraduate courses. The School also offers 11 graduate programs, including master's and doctorate degrees aiming to train teachers, researchers and specialized professionals. The São Carlos School of Engineering has more than 50 research groups, promoting innovative and creative research focusing on sustainable solutions to meet the challenges presented by contemporary engineering. Main equipments available in the Institute/University/Company : XRD (Shimadzu XRD-7000 Maxima X) Isostatic press (In-house development up to 190 MPa) EDX (EDX-720 SHIMADZU) Ball mill (In-house development) Vibratory ball mill (In-house development) DLP 3D Printer (Elegoo Mars 4 DLP) LCD 3D Printer (Flash Forge Hunter) DLP 3D Printer (In-house developmet) Green machining CNC bench (In-house development) Diamond saw cutter (Exakt) Grinding machine Pin-on-disk Tribometer (In-house development) Recipocating Tribometer (In-house development) Universal Testing Machine (Bionix Model 370.02) for compressive, flexural and tensile tests Tape casting (In-house development) Furnace (Lindberg/Blue M Box Furnace) Tubular Furnace (In-house development) Any other relevant information that could lead to collaborations : Main Expertises: Machine design (especially for ceramic processing), vat-photopolymerization and tribology tests.

Kirchner Katelyn
USA

CelSian Inc, Toledo OH

Consultancy for the global glass industry Main topics/techniques developped in the Institute/University/Company : Software for furnace modeling, laboratory studies, operations support, industry trainings, and pre-competitive research Main equipments available in the Institute/University/Company : CFD software and development; laboratory, pilot, and mass manufacturing scale up

Nidžović Emilija
Serbia

CEXTREME LAB

Center for the synthesis, processing, and characterization of materials for use in extreme conditions “Cextreme Lab” within the Vinča Institute of Nuclear Sciences, University of Belgrade, was founded in 2015. The Center is engaged in interdisciplinary research, combining fundamental and applied research in chemistry, materials science, physics, biology and engineering. Main topics/techniques developped in the Institute/University/Company : - Synthesis, processing and characterization of ceramic materials - Theoretical investigation of ceramic materials - Surface characterization and damage prevention of materials for application in extreme conditions - Synthesis and processing of materials for application in extreme conditions - Laser sintering Main equipments available in the Institute/University/Company : XRD, FTIR, BET, SEM, 3D Printer, YAG millisecond laser- HAAS LAY 100K, HPC-1 Computer Centre, HPC-2 Computer Centre, Freeze-dryer, Hot press

Graboś Adrian
Japan

Tohoku University

The Tohoku Forum for Creativity (TFC) is an international visitor research center which was established in 2013 at Tohoku University to facilitate collaborative research. In order to identify important problems across all of the sciences and humanities, the TFC brings together both junior and senior researchers in a stimulating environment that promotes creative approaches to new and interdisciplinary research areas. Main topics/techniques developped in the Institute/University/Company : The TFC calls for program proposals from throughout the world covering all academic domains, from the humanities and social sciences to the natural sciences. The TFC then selects themes for concentrated discussions over a three-month period, for which leading international researchers are invited to Tohoku University to develop new areas of research and to contribute to the solution of the major problems faced by humanity, through joint research and the hosting of international symposiums. Main equipments available in the Institute/University/Company : https://www.tfc.tohoku.ac.jp/about_us/facilities.html / https://www.wpi-aimr.tohoku.ac.jp/en/research/researcher/

Goričan Ivana
Slovenia

Jožef Stefan Institute

The Jožef Stefan Institute is Slovenia's leading scientific research center, conducting applied research in a wide range of fields. With around 1200 employees, the institute specializes in natural sciences, life sciences and engineering. Its mission is to promote and share knowledge about science and technology and to drive social progress through education, research and the development of high-tech innovations at the highest international level. Main topics/techniques developped in the Institute/University/Company : • Production and control technologies, • new materials, • knowledge technologies, • biotechnologies, • communication and computer technologies, • environmental technologies, • nanotechnologies, • nuclear engineering. Main equipments available in the Institute/University/Company : As the institute is active in many areas of research, a wide range of equipment is available. This includes material processing technologies (for ceramics, biomaterials, nanomaterials, etc.) as well as a wide range of characterization techniques (SEM, TEM, AFM, X-ray instruments, etc.). The institute also carries out numerous experiments on its own nuclear reactor.

MOUNAJ Meryem
France

CERAMATHS/DMP, Campus Universitaire de Maubeuge

CERAMATHS is a research unit of UPHF, established in 2021 following the merger of the Materials and Processes (DMP) laboratory, the Mathematics and Their Applications (LAMAV) laboratory, and the Mathematics for Engineers (LMI) laboratory. The DMP specializes in the development of ceramic materials, covering the entire manufacturing process, from powder synthesis to sintering and shaping. It also characterizes the materials obtained using various techniques, with applications primarily in the fields of transport, sustainable development, and health. Main topics/techniques developped in the Institute/University/Company : Ceramic materials development Powder synthesis and processing Additive manufacturing (e.g., stereolithography) Material characterization Applications in transport, sustainable development, and health Main equipments available in the Institute/University/Company : Additive manufacturing: SLA, FDM, and robocasting. Characterization equipment: diffractometer, Raman spectroscopy, SEM, TGA… as well as furnaces.

Ojalvo Guiberteau Cristina
Spain

Grupo Especializado de Materiales (GEMA)

Short description of the Institute/University/Company : The School of Industrial Engineering (EII) at the University of Extremadura is one of the institution’s twenty academic centres and has spent fifty years training highly qualified industrial engineers. From its modern building on the Badajoz campus—equipped with hyper-classrooms, advanced laboratories, a FabLab, an accessible auditorium, and its own library—the School delivers four bachelor’s programmes and a portfolio of official master’s degrees, to be expanded in 2025-26 with a new Inter-University Master in Industrial Informatics and Robotics. Strategically located on the Portuguese border and a member of the EUGREEN European university alliance, EII promotes extensive mobility and international collaboration. The School holds the EUR-ACE quality seal and, for the past three years, has ranked first nationwide in Electrical and Electronic Engineering in the prestigious Shanghai ranking, underscoring its commitment to teaching excellence, research and knowledge transfer. Main topics/techniques developped in the Institute/University/Company : Ultra-Resistant Ceramics & Composites for Extreme Environments, Multiscale mechanical and tribological characterization of materials, Materials Modelling & Numerical Simulation (FEM), tate-of-the-Art Quantitative Microstructural Analysis, Additive Manufacturing of Ceramics & Composites, Dental Materials and Scaffolds for Bone Regeneration Main equipments available in the Institute/University/Company : https://gema-uex.es/facilities/

Kovrlija Ilijana
Latvia

Institute of Biomaterials and Bioengineering, Faculty of Natural Sciences and Technology, Riga Technical University

Short description of the Institute/University/Company : The Institute of Biomaterials and Bioengineering (RTU IBB), the most advanced biomaterials research center in the Baltic States, was recently recognized as the “Baltic Biomaterials Centre of Excellence” by the EU. The RTU IBB team includes over 50 chemical engineers, chemists, materials scientists and biologists with strong experience in coordinating and participating in H2020 projects and close collaboration with industry. Biomaterials developed at RTU IBB have been clinically applied in more than 500 patient cases over the past 30 years. Key research areas include calcium phosphates (CaPs), inorganic/organic composites, calcium phosphate cements (CPCs), and drug delivery systems. Main topics/techniques developped in the Institute/University/Company : https://bbcentre.eu/wp1 Main equipments available in the Institute/University/Company : https://bbcentre.eu/Infrastructure Any other relevant information that could lead to collaborations : https://bbcentre.eu/contacts

Joksović Sara
Serbia

BioSense, Research and Development Institute for IT in biosystems

BioSense is a research and development institute located in Novi Sad, Serbia, focused on implementing digital technologies in biosystems. The institute applies a multidisciplinary approach, combining materials science, applied electronics and robotics, plant biology, and agronomy with imaging and advanced data processing for digital agriculture and food safety. A strong emphasis is placed on novel materials engineering and its implementation in sensors, supported by a nanofabrication facility within the Center for Sensing Technologies. Main topics/techniques developped in the Institute/University/Company : Sensor (2D) materials synthesis integration and testing. Thin film deposition and characterization. Electron microscopy and device fabrication. 3D printing and prototyping laboratory. Main equipments available in the Institute/University/Company : Rigaku X-Ray Diffractometer SmartLab, ICP-CVD Plasma Therm Corial 210D, PVD Kurt J. Lesker PVD 200, PVD Leybold Heraeus L560Q, Stylus Profilometer Bruker DektakXT, Thermo Fisher Scientific HR dual beam system Helios G5 UC, Thermo Scientific HR SEM Apreo 2C, Netzsch DTA-TG-DSC - STA 449 F5 Jupiter, Netzsch DSC DSC 204 F1 Jupiter, Tabletop SEM Hitachi TM3030, Fuji Material Printer Dimatix DMP-3000, SkyScan micro-CT system 1275 XL, Anton Paar Particle analyzer Litesizer 500, Retsch Planetary Ball Mill PM 100, Horiba Raman Spectrometer XploRA Plus, Ekra Screen Printer M2H, Rofin Laser PowerLine D100, Anton Paar low temperature nitrogen adsorption NOVAtouch LX2, Carbolite Gero Chamber furnace HTF 1800, Carbolite Gero tube furnace TS1 1200, MBL CO2 laser CNC 4040RS, Horiba Ellipsometer UVISEL Plus, Mask Aligner - Karl Suss MJB4, Oxford Instruments AFM Asylum Research MFP-3D Origin, RAITH Electron Beam Lithography System eLINE Plus Hall effect measurement system ECOPIA HMS-3000, PalmSens multiemstat4, Parameter Analyzer Keitheley 4200A-SCS, Potentiostat-Galvanostat PAR 273A, HP Semiconductor Parameter Analyzer 4145A, Vector network analyzer VNAE5071C

De la Torre Olvera Guido Manuel
Slovakia

Centre for Advanced Materials Application (CEMEA), Slovak Academy of Sciences, Dúbravská cesta 5807/9 845 11 Bratislava Slovakia

The foundation of the Centre for Advanced Materials Application of the SAS, v. v. i. (CEMEA) was initiated by the submitted project Building-up Centre of Excellence for advanced materials application, CEMEA No. 664337 under the H2020 WIDESPREAD-1-2014-Teaming programme, which was awarded the Seal of Excellence and recommended for national funding. The Centre was founded on the basis of a resolution of the Presidium of the SAS on June 1, 2017. At the time of the CEMEA project, the Centre’s object of activity was research in the field of materials research and new technologies with a focus on surface and interface modification in the areas of advanced (nano)materials, sustainable energy and biomedicine. During the implementation of the CEMEA project (2019-2023), CEMEA SAV, v.v.i. has achieved significant scientific progress and has profiled itself in particular in the field of battery research and development, in the field of biomedicine (development of new bio(nano)materials) and nano-materials. Battery research is one of the most important areas of science and development today, with the potential to have a major impact on energy, transport and many other sectors. Similarly, in the field of biomedicine, targeted drug application is one of the main directions where nanotechnologies can make a revolutionary contribution to more effective treatment of various diseases, including cancer. The development of resorbable bio-materials based on metals such as zinc or magnesium is also expected to be of great societal importance. Main topics/techniques developped in the Institute/University/Company: The main research areas include: - Advanced materials for energy harvesting and storage (photovoltaic cells, batteries) - Bio-nano-materials for biomedical applications - Thin films and surface properties - Functional polymer surfaces - Special lightweight structural materials and composites - Advanced ceramic materials - Inorganic and organic nanostructures for electronics and sensors" Main equipments available in the Institute/University/Company : XRD,UV VIS FOR example

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Conferences calendar

06/27 - XX ECerS Conference - Valencia 2027

The XXth Conference and Exhibition of the European Ceramic Society will take place from 27th June to 1st July 2027 in Valencia, Spain

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09/26 - Shaping 10 Conference

The 10th Shaping conference will be organised by ECerS and the University of Padova from 21st to 23rd September 2026 in Padova, Italy.

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10/26 - ElectroCeramics XX

The XXth ElectroCeramics Conference will be organised by ECerS and the University of Novi Sad from 12th to 15th October 2026 at the University of Novi Sad in Serbia.

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Last news

YCN Newsletter 32 - Expert opinion - Maria Paula da Silva Seabra - CICECO, University of Aveiro

Turning Waste into Raw Materials for the Ceramic Industry.

Waste materials were once seen as a burden but are increasingly being redefined as valuable resources for ceramic production. Through advances in materials engineering, waste can be used as secondary raw materials in the ceramic industry. This shift enables more circular and resource-efficient ceramic manufacturing systems.

Jun 24, 2026
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YCN Newsletter 32 - Industry in Spot - Dr. Daniel Bomze - Lithoz

Implementing 3D-Printed Technical Ceramics in Regulated Medical Fields.

Bringing a new manufacturing technology into medicine requires far more than producing an impressive component. In highly regulated fields, innovation must be translated into repeatable processes, documented quality, reliable materials and, ultimately, evidence of clinical value. Lithoz has spent more than a decade building this bridge for Lithography-based Ceramic Manufacturing (LCM).

Jun 24, 2026
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