Prof. Dr Karlo Raić is a full Professor at the Department of Metallurgical Engineering , Faculty of Technology and Metallurgy , University of Belgrade . His academic career spans over three decades with a focus on metallurgical and materials engineering . Teaching: Surface Engineering, Iron and Steel Metallurgy, Welding Physics, Transport Phenomena Research: Metal-ceramic interfaces, dental biomaterials, composite materials, CFD analysis Publications: 20+ journal articles (Metallurgical and Materials Engineering, Metals, Surface Engineering) Research Trends : Recent work emphasizes dental metallic materials and metal-ceramic joining with active filler metals. He investigates additive manufacturing of dental alloys, wetting phenomena at liquid metal/ceramic interfaces, and CFD modeling of metallurgical processes. Project Leadership : • Thermal Barrier Coatings (2002-2005) • Nanostructured Materials Synthesis (2006-2010) • Metal Matrix Composites (2011-2015) International Collaboration : DAAD fellowship (Germany), Max Planck Institute (Germany), Washington State University (USA), Montanuniversität Leoben (Austria).
Ghadir Razaz is a Researcher at the Department of Engineering, Mathematics and Subject Didactics (IMD) at Mid Sweden University in Sundsvall. Their work focuses on metallurgical and electrochemical challenges in aluminum-based energy storage systems. Current projects: Graphene-coated aluminum current collectors , Aluminum-graphite Dual-Ion batteries , and Aluminum alloy anode optimization Key research areas: Rechargeable battery technology , Metal electrode behavior , Nanocomposite materials , Aluminum melt processing , Electrolyte compatibility , and Metallurgical failure analysis
Atin Adhikari is a Full Professor in the Department of Biostatistics, Epidemiology & Environmental Health Sciences at Georgia Southern University's Jiann-Ping Hsu College of Public Health. His career spans over two decades with prior roles as Associate Professor (2019–2024) and Assistant Professor (2014–2019) at the same institution, following a postdoctoral fellowship at the University of Cincinnati's Department of Environmental Health (2000–2005). Research Interests focus on environmental health sciences, particularly air quality, bioaerosol exposure assessment, and respiratory health. His work examines traffic-related air pollutants' impact on children's respiratory microbiomes, occupational hazards in construction and agricultural settings, and sustainable solutions for indoor air quality improvement in historical buildings. Scientific Contributions include leading CDC-NIOSH-funded studies on farm worker respiratory diseases, HUD/NIH-NIEHS grants on pesticide exposure, and current Partnership for Inclusive Innovation projects for air quality interventions. His research spans microbial ecology, climate change health impacts, and innovative detection methods for pathogens. Honors and Grants include multiple NIOSH, NIH, and NIEHS grants as Principal Investigator. He has served on national/international grant review panels for CDC, NIH, NSF, and foreign research councils.
Dan Brabander is a Professor of Geosciences at Wellesley College, with a focus on interdisciplinary research at the intersection of environmental geochemistry and public health. He has collaborated with institutions such as MIT’s Parsons Lab and Harvard School of Public Health, contributing to the development of the emergent discipline of 'GeoHealth.' His research explores the fate and transport of legacy metals in urban environments, sustainable agriculture, and community-driven scientific engagement. Projects led by Brabander have received media attention from NPR, Boston Globe, and Time Magazine. Ph.D., Brown University M.A., SUNY Binghamton B.S., SUNY Binghamton Brabander’s work emphasizes transdisciplinary systems thinking and project-based learning, particularly in courses like 'Paradigms, Predictions, and Joules' and 'Environmental, Health, and Sustainability Sciences.' His team includes undergraduates, community scientists, and non-profit partners. Recent publications highlight his expertise in urban geochemistry, metal contamination, and community science, with a focus on sites like Tar Creek Superfund Site and Walden Pond. His research spans microplastics, lead mobility, and innovative compost remediation techniques. Wellesley College’s Pinanski Prize for Excellence in Teaching (2010) Brabander’s collaborations with media outlets and advocacy groups underscore his commitment to actionable science and environmental justice in STEM education.
Prof. Dr. Marco Oetken is Full Professor (Chair) of Chemistry and its Didactics at the University of Education Freiburg (Pädagogische Hochschule Freiburg), Germany, and serves as Head of the Chemistry Department. Since 2007 he has held a permanent W3-Professorship, having previously declined calls to Justus-Liebig-Universität Gießen, University of Oldenburg and University of Münster. He is deputy chair of the GDCh Chemistry Education Division and editor-in-chief or editorial-board member of several leading German journals for chemical education. Education 1989 – 1994: Undergraduate studies in Chemistry & Biology for secondary-school teaching, Carl von Ossietzky University Oldenburg 1994: First State Examination (1. Staatsexamen) 1997: PhD (Dr. rer. nat.), Carl von Ossietzky University Oldenburg – Chemistry Education under Prof. Dr. Walter Jansen 2000: Second State Examination (2. Staatsexamen) 2001: Habilitation in Chemistry, Carl von Ossietzky University Oldenburg Research Interests Marco Oetken’s research integrates cutting-edge electrochemistry with innovative didactic approaches. His group develops school-oriented experiments on next-generation energy-storage systems (lithium-ion, sodium-ion, redox-flow, metal-air, supercapacitors), electrochromic “smart windows”, and forensically relevant reactions. A second focus lies on conceptual change research: empirical studies on students’ particle concepts, the role of misconceptions, and the design of conflict-oriented teaching sequences. He also pioneers early-science education through the NAWIlino and NAWI-Haus projects that bring inquiry-based chemistry to kindergarten and primary school pupils. Scientific Awards Buchpreis des Fonds der Chemischen Industrie (1987) Manfred und Wolfgang Flad-Preis der GDCh (1999) Umweltfreundlicher Chemieunterricht Prize, Baden-Württemberg (2000) Lehrpreis (1st place), University of Education Freiburg – NAWIlino project (2005) 1st prize, Landesstiftung Baden-Württemberg „Exponate aus Naturwissenschaft und Technik“ (2007) Poster Prize (1st place), 2. Batterieforum Deutschland (2014) Heinz-Schmidkunz-Preis der GDCh (2017) Literature Prize 2018 – Austrian Society for Chemistry & School Grants & Collaborative Networks Oetken is spokesperson of the structured doctoral college „Experimentieren im mathematisch-naturwissenschaftlichen Unterricht“ , a joint graduate school of the Universities of Education Freiburg, Heidelberg, Ludwigsburg and Weingarten. His projects are funded by the German Federal Environmental Foundation (DBU), the Baden-Württemberg Foundation, the European Social Fund, and industry partners. Long-standing collaborations exist with Karlsruhe, Münster and Oldenburg universities on electrochemical model systems and teacher professional development. Laboratory & Outreach He directs a fully equipped research laboratory for electrochemical energy storage and chemical education at Freiburg, housing the NAWIlino-Box development workshop and the NAWI-Haus outreach centre. Annual teacher-training courses and summer schools attract hundreds of educators from across Germany.
Dr. Ievgeniia Kovalska is a Lecturer in Advanced 2D Energy Materials within the Department of Engineering at the University of Exeter, and a member of the Nano Engineering Science and Technology (NEST) Group and the UK Metamaterials Network. With over a decade of expertise in 2D and carbon materials, her work spans synthesis, characterisation, and applications in energy, (bio)sensing, (opto)electronics, wearables, and sustainable devices. Education: PhD in Chemistry, Chuiko Institute of Surface Chemistry, National Academy of Sciences of Ukraine MSc in Chemistry and Biology, National Pedagogical Dragomanov University, Kyiv BSc in Biology, National Pedagogical Dragomanov University, Kyiv Her research focuses on innovative materials for energy storage (Li-/non-Li batteries) and renewable energy (triboelectric nanogenerators), leveraging graphene, transition metal dichalcogenides, pnictogens, and tetrels. She employs interdisciplinary methods in material synthesis, device fabrication, and testing to advance sustainable technologies. Her work combines fundamental science with practical applications in sensing and energy harvesting. The 15 most recent articles reflect a strong trend in functional 2D materials, with emphasis on energy storage, optoelectronics, sensing, and sustainability. Keywords span materials science, nanotechnology, and engineering, while subfields include graphene applications, TMDCs, flexible devices, and hydrophobic coatings. Her publications demonstrate a consistent focus on scalable synthesis, device integration, and real-world impact. Scientific Awards and Recognition: Over 50 high-ranking publications with 900+ citations and an h-index of 16 Three granted patents, including a novel method for 2D material synthesis Sole inventor of a hydrophobic coating for stone-wall protection Recognition from global research community and media Dr. Kovalska is actively involved in research supervision (PhD and Masters), consultancy, peer review, and external examining. She has received funding for her postdoctoral and current research roles and is committed to advancing diversity in STEM through initiatives like 'Women in Smart Nanomaterials Technology', 'It's Her', and 'Soapbox Science Exeter'. She serves on the Wellbeing, Inclusion, and Culture Committee, promoting equity and inclusion in science. She leads projects on sustainable energy devices and participates in collaborative networks such as the UK Metamaterials Network. Her lab work involves the NEST Group, where she develops hybrid material systems for next-generation technologies. Future work aims to expand the application of 2D materials in climate-responsive and wearable systems.
Sandra Kaabel is a Marie Skłodowska-Curie Action Individual Fellow at Aalto University (2021–present) and previously held postdoctoral positions at McGill University (2019–2021) and Tallinn University of Technology (2017–2019). She earned her Ph.D. in Chemistry from Tallinn University of Technology in 2019 under the supervision of Prof. Riina Aav and Prof. Kari Rissanen. Her research focuses on supramolecular chemistry, crystal engineering, and the design of functional materials, particularly hemicucurbiturils for anion recognition and environmental applications. She has received prestigious awards, including the Marie Curie Fellowship and multiple best article awards, and has contributed to projects funded by the Estonian Research Council and others. Her work spans collaborations with institutions worldwide, emphasizing green chemistry and sustainable materials. Education: Ph.D. in Chemistry, Tallinn University of Technology (2014–2019) M.Sc. in Chemistry (cum laude), Tallinn University of Technology (2012–2014) B.Sc. in Natural Sciences, Tallinn University of Technology (2009–2012) Research Interests: Dr. Kaabel specializes in the synthesis and application of supramolecular systems, including hemicucurbiturils for anion sensing, mechanochemical synthesis, enzymatic degradation of polymers, and environmentally friendly catalytic processes. Her work bridges chemistry and materials science, with applications in environmental remediation and sustainable materials. Grants & Projects: Adaptable Supramolecular Chirality Sensors (2019–2023, €1.2M) Role of Actinomycete Metalloproteins in Lignin Depolymerization (2017–2022, €750K) Awards: Marie Skłodowska-Curie Individual Fellowship (2021) Best Research Article, Tallinn University of Technology (2019, 2017) IUCr Young Scientist Award (2016)
Tito Andriollo is a Tenure Track Assistant Professor at the Department of Mechanical and Production Engineering Mechanics and Materials within College of Engineering at Aarhus University . His work focuses on computational mechanics, fracture analysis, and microstructural modeling of advanced materials. Primary research areas: Materials Science, Computational Mechanics, Fracture Mechanics Recent methodological contributions: Physics-Informed Neural Networks, Digital Volume Correlation Key applications: Additive Manufacturing, Fatigue Analysis, Composite Materials His publications demonstrate expertise in modeling irreversible deformation, strain localization, and vibration damping optimization. Collaborative activities include participation in international conferences like the Risø Symposium and European Mechanics of Materials Conference.
Giuseppe Casalino is a Full Professor in the Department of Mechanics, Mathematics and Management at Polytechnic University of Bari, Italy. His research focuses on advanced manufacturing technologies including additive manufacturing, laser materials processing, and welding systems. Based at Viale Japigia 182 in Bari, he can be contacted at giuseppe.casalino@poliba.it. His research spans critical areas in modern manufacturing: Additive Manufacturing (Wire Arc, Laser Powder Bed Fusion) Laser Materials Processing (Welding, Marking, Surface Treatment) Friction Stir Welding and Dissimilar Material Joining Statistical Process Optimization and Numerical Simulation Industry 4.0 Integration (IoT, Deep Learning, Business Intelligence) Material Characterization and Microstructure Control Analysis of recent publications reveals strong emphasis on experimental-statistical-numerical triad approaches for process optimization. Key trends include WAAM parameter refinement for metals, non-destructive thermographic evaluation of welds, and sustainable manufacturing through energy consumption analysis. His work bridges mechanical engineering, materials science, and computational methods with applications in automotive, aerospace, and marine industries. No scientific awards or student advisement information was provided in available materials. Research infrastructure details and grant funding information were not specified in the source documentation.
Professor Joey Kish is a faculty member in the Materials Science and Engineering department at McMaster University , where he serves as Director of the Centre for Automotive Materials and Corrosion (CAMC) . His expertise focuses on corrosion prediction and protection of structural materials for automotive, aerospace, energy generation, and chemical processing industries. Education: Ph.D. in Materials Science & Engineering from McMaster University (1999) Professional Affiliations: NACE International, SAE International, ASM International, ECS Research Interests include: Hydrogen embrittlement mechanisms in non-metallic inclusions Disbondment risks in pipeline coatings Filamentary corrosion control in magnesium alloys High-temperature oxidation of multi-layered steels Corrosion in biomass-fired power boilers and effluent systems Notable Contributions involve galvanic passivation models for stainless steel in sulphuric acid environments and collaborative research on automotive materials degradation. CAMC houses specialized facilities including: Galvanizing simulator Meniscograph for wetting analysis Salt spray chambers (ASTM B117, SAE J2334) Potentiostats (Gamry, Bio-logic, Solatron) Uniscan M370 Scanning Electrochemical Workstation Laboratory & Collaborations: CAMC partners with industry leaders on automotive material innovations, with research themes spanning light-weight systems, corrosion protection, and joining techniques. The center evolved from legacy groups including the Walter Smeltzer Corrosion Laboratory.
Jamie Pringle is a Senior Lecturer and Programme Director in Ecology & Conservation at Keele University's School of Life Sciences. With a background in geology and applied sedimentology, he has developed expertise in forensic geophysics, military geoscience, and environmental geophysical techniques. Geological Society of London - William Smith Fund (2012) Committee member - Near-Surface Geophysics and Forensic Geoscience Specialist Sub-Groups Collaborations - National Crime Agency, UK Police Forces, Environment Agency, Staffs University His research focuses on geophysical methods for forensic applications, including clandestine grave detection, military complex identification, and environmental contamination analysis. He also develops educational e-gaming tools for geoscience training. Recent publications demonstrate applications of GPR, ERT, and UAVs in forensic contexts across tropical to temperate environments. His work supports law enforcement in grave location, human rights investigations, and infrastructure safety assessments. 2024: Three articles in Geology Today on land/water forensic geoscience 2024: Forensic Science International paper on clandestine complex detection 2024: Colombian tropical grave monitoring study 2023: HS2 route geophysical assessments 2022: XR virtual forensic learning environments 2022: pXRF forensic contamination analysis As a committee member with the Geological Society and educator in forensic geoscience, he bridges academic research with practical policing applications while maintaining active teaching commitments across multiple academic levels.
Prof. Mark Easton is the Associate Deputy Vice-Chancellor (Research Infrastructure) and a Professor of Engineering at RMIT University. He leads the Advanced Manufacturing Precinct, integrating facilities for micro/nano research, microscopy, and digital manufacturing. His career spans over 25 years in academia and industry, focusing on additive manufacturing of metals, light alloys, and solidification processes. He currently oversees research infrastructure and advocates for diversity and inclusion in engineering. Research Interests: Additive manufacturing, light alloys (Al, Mg, Ti), solidification processing, materials design, and industry-university collaboration. His work bridges academic research with industrial applications, emphasizing translational outcomes. Awards: Includes the 2023 International Magnesium Award, Mercator Fellowship (2022-2024), TMS Technology Awards (2017, 2012), and recognition for commercialization of alloys like AM-EX1 and AM-Lite. He has also contributed to over 300 peer-reviewed publications and supervised numerous research projects in additive manufacturing and materials science. Advising & Collaboration: Supervises projects on additive manufacturing of gradient lattice structures, titanium alloys, and non-destructive evaluation. Collaborates across industries, including aerospace, biomedical, and automotive sectors. Leads RMIT's Centre for Additive Manufacturing and engages in global initiatives like the Light Metals Alliance.
Sudhanshu Kuthe is a postdoctoral researcher at KTH Royal Institute of Technology, Sweden, affiliated with the Department of Materials Science and Engineering (MSE) within the School of Industrial Technology and Management (ITM). He holds a PhD and Master’s in Materials Science and Engineering from KTH, with a Swiss-European mobility grant enabling research at ETH Zurich’s Laboratory of Composite Materials and Adaptive Structures (CMAS). His work focuses on digitalizing metallurgical processes, particularly within EU projects such as INEVITABLE, HIYIELD, and MEDALS. Key research areas include advanced processing, Industry 4.0, DFT, and quantum computing. He has held roles as a PhD program representative (2020–2022) and PI of four projects under NAISS and EUROHPC. Teaching responsibilities include courses like Materials Processes I and Advanced Process Science. Active in networks like the Swedish Quantum Society and Swedish Mining Innovation PhD Student Network, he emphasizes interdisciplinary collaboration and innovation. Education: B.Tech in Metallurgical & Materials Engineering from VNIT Nagpur (India), followed by academic and research pursuits in Sweden. Notable contributions include 3D printing advancements, data-driven steelmaking optimization, and computational modeling of bulk metallic glasses. His research integrates cutting-edge technologies like machine learning and augmented reality to address industrial challenges. Professional activities include supervising courses and advising on projects, alongside publishing impactful work in materials processing and digitalization. His unique blend of academic rigor and industrial relevance positions him at the forefront of modern materials engineering.
Dr. Amir Koushyar Ziabari is a Senior R&D Staff Data Scientist at Oak Ridge National Laboratory (ORNL), working in the Multimodal Sensor Analytics group under the Electrification and Energy Infrastructure Division. His career spans advanced research in physics-informed computational imaging, signal processing, and machine learning applications for scientific imaging. Education: PhD in Electrical and Computer Engineering, Purdue University (2012-2016) MS in Electrical and Computer Engineering, University of California Santa Cruz (2009-2012) MS in Electrical and Computer Engineering, Sharif University of Technology (2006-2008) BS in Electrical and Computer Engineering, Amirkabir University of Technology (2001-2005) Dr. Ziabari's research focuses on "data science for science", combining data-driven and physics-based methodologies to develop computational imaging and machine learning algorithms. His work addresses image reconstruction, segmentation, and classification challenges across domains like advanced manufacturing, medical imaging, nuclear materials, and materials science. Key innovations include the SIMURGH software for X-ray CT reconstruction and diffusiveINR for energy-efficient foundation models. Recent publication trends show expertise in multi-modal imaging for additive manufacturing, thermal transport analysis at nanoscale, and physics-informed neural networks. His scientific awards include the R&D 100 Finalist, IEEE Senior Member (2022), IEEE Computational Imaging Technical Committee Member (2023), and multiple best paper recognitions. He has secured $3.5M+ in funding as PI/Co-PI and holds patents in tomographic reconstruction and thermal imaging. Dr. Ziabari contributes to professional societies (IEEE, ASTM, OSA), organizes symposia on additive manufacturing imaging, and mentors postdocs to build inclusive research environments. His collaborations with ZEISS, INL, and NIST demonstrate his ability to bridge academic research with industrial applications.
Professor Jonathan W. Steed is Professor of Inorganic Chemistry at Durham University, Fellow of the Wolfson Research Institute for Health and Wellbeing, and Editor-in-Chief of Crystal Growth & Design . He has co-authored three widely adopted textbooks and over 400 research papers, and has received numerous prestigious awards including the RSC Tilden Prize (2021) and the International Medal of Merit in Inclusion Compounds (2023). Education B.Sc. and Ph.D., University College London (Ph.D. 1993, with Derek Tocher) NATO Postdoctoral Fellow, University of Alabama & University of Missouri (1993–1995, with Jerry Atwood) Research Interests Professor Steed’s research spans the design, synthesis and solid-state characterization of supramolecular architectures, with particular emphasis on: Supramolecular gels as crystallization media for pharmaceuticals Crystal engineering and polymorphism of drug solids (hydrates, cocrystals, salts) Non-covalent interactions (hydrogen bonding, π–π stacking, halogen bonding) Neutron and X-ray diffraction for structure determination Molecular sensors for anions and environmental pollutants His group exploits self-assembled fibrous gels to control nucleation and polymorphic outcomes of active pharmaceutical ingredients, leveraging ion-tunable gelation and mechanochemistry to access otherwise elusive solid forms. Scientific Awards & Honours RSC Meldola Medal (1998) Durham Vice-Chancellor’s Award for Excellence in Postgraduate Teaching (2006) Bob Hay Lectureship (2008) RSC Corday-Morgan Prize (2010) RSC Tilden Prize (2021) International Medal of Merit in Inclusion Compounds (2023) Group & Collaborations Professor Steed leads the Durham Supramolecular Chemistry Group, part of the university-wide Polymorphism @ Durham initiative. The group hosts state-of-the-art single-crystal and powder X-ray facilities, as well as regular neutron diffraction beam-time at ILL Grenoble and ISIS UK. Current doctoral researchers include Dylan Todd, Fatoumata Cisse, George Roberts, Matthew Waterson and Yang Shu. Post-doctoral opportunities are advertised on jobs.ac.uk and through competitive fellowship schemes.
