Find Academic Supervisors

• Archaeology of the North Atlantic
• Landscape Archaeology
• Geographic Information Systems (GIS)
• +5 more

Douglas Bolender is a Senior Lecturer in the Department of Anthropology at the University of Massachusetts Boston. His research focuses on the archaeology of the North Atlantic region, particularly Iceland and Greenland, with an emphasis on Viking Age and medieval societies. He employs interdisciplinary methods including GIS, geoarchaeology, and political economy analysis to investigate themes like landscape modification, social inequality, property relations, and environmental sustainability. Key projects include the Skagafjörður Archaeological Settlement Survey in northern Iceland, which examines settlement patterns, farmstead relocations, and the transition to a landlord-tenant system. His work on subsurface imaging techniques (GPR/TDR) has advanced archaeological survey methodologies in challenging environments. Bolender’s research explores how material culture and spatial organization reflect broader socio-economic transformations, such as Christianization processes, resource exploitation, and the entanglement of environmental and social crises. He has conducted excavations at sites like Glaumbær and Hólar, analyzing burial practices, domestic structures, and agricultural intensification. His publications address theoretical frameworks for eventful archaeology, emphasizing the role of abrupt social changes and human-environment interactions. Current research continues to interrogate the genealogy of social inequality in medieval Iceland through archaeological and historical evidence.

Roger C. LoView profile

Professor

• Microfluidics
• High-throughput Separation
• Chemical Detection
• +3 more

Dr. Roger C. Lo is a Professor in the Department of Chemical Engineering at California State University, Long Beach, where he has been a faculty member since 2009. His office is located in EN2-100, and he can be reached at roger.lo@csulb.edu with office hours on Tuesdays and Wednesdays from 9:00 to 12:00 pm. Dr. Lo's educational background includes: Ph.D. in Chemical Engineering, Texas A&M University (2008) His research spans microfluidics, renewable energy, and engineering education, with core expertise in developing microfluidics-based systems for high-throughput separation and detection of chemical/biological species. His work extends to modular reaction platforms, hydrogen production via electrolysis, and curriculum development for biobased materials. The research demonstrates strong interdisciplinary connections between chemical engineering fundamentals and emerging applications in diagnostics and sustainable energy. Analysis of Dr. Lo's publication trends reveals an evolution from foundational DNA electrophoresis and microchip separation techniques (2004-2013) toward diversified applications in renewable energy systems and educational methodologies. Recent work (2021-2024) prominently features hydrogen production optimization, pandemic-era online education assessment, and mechatronics workshop development, reflecting adaptability to contemporary engineering challenges while maintaining microfluidics as a unifying thread. Dr. Lo leads the "Microfluidics@ the Beach" research group, which serves as an integrated hub for technology development, curriculum innovation, and educational outreach in microfluidics. The group maintains an active online presence through its dedicated website (http://www.microfluidics-at-the-beach.net), facilitating knowledge dissemination and collaborative opportunities in microscale engineering systems.

• Hydrological extremes
• Hydrological modelling
• Climate change impacts on water systems
• +4 more

Prof. Dr. Kristian Förster holds the Chair of Climate Change Hydrology at the Weihenstephan-Triesdorf University of Applied Sciences , Department of Landscape Architecture, Institute of Ecology and Landscape. With a background in hydrology and extensive experience in academic research, he specializes in hydrological extremes , climate change adaptation , and nature-based solutions for water management. Education: TU Dresden (2006), TU Braunschweig (2013) Research Focus: Urban hydrology, alpine hydroclimatology, and climate change impacts on water systems His recent publications analyze: Glacier sensitivity under CMIP6 projections Urban flood mitigation in sub-Saharan Africa Hydrological scaling models for green roofs Scenario-neutral approaches for climate impact assessment Meteorological time series disaggregation tools

Stefan TöpflView profile

Professor

• Food Process Engineering
• Non-Thermal Food Processing
• Sustainability
• +4 more

Prof. Dr. Stefan Töpfl is a Professor of Food Process Engineering at Osnabrück University of Applied Sciences, affiliated with the Faculty of Agricultural Sciences and Landscape Architecture. His research focuses on innovative non-thermal food processing technologies, energy efficiency, and process optimization. He holds a Dr.-Ing. from TU Berlin (2006) and a Dipl.-Ing. in Food Technology (2002). Leads the Process Technology division at the German Institute of Food Technology (DIL) Founder of ELEA GmbH, commercializing pulsed electric field equipment Recipient of the Georg-Carl-Hahn Research Prize (2009) Research interests include PEF (pulsed electric fields), high-pressure processing, and shockwave technologies. He has published extensively on food preservation, process modeling, and equipment design. Collaborates with industry on projects funded by BMBF and EU. Active in professional societies like IFT and PPS.

Günter WoznyView profile

Professor

• Process Optimization
• Process Simulation
• Integrated Processes
• +7 more

Prof. Dr. Günter Wozny is a Professor at Technische Universität Berlin, affiliated with Faculty III and the Institute for Process and Plant Engineering. He served as a former member of the UniCat Cluster of Excellence's Executive Board (2008-2012). His research focuses on process optimization, simulation, integrated processes, information management, system dynamics, and thermal separation techniques. His work spans fields like oxidative coupling of methane (OCM), membrane reactors, CO₂ capture, and process intensification. Key contributions include advancements in reactor engineering, separation technologies, and energy-efficient processes. Notable awards include the Cross of Merit of the Republic of Poland (2016) for fostering scientific exchange between Germany and Poland. He has supervised prominent students like Mariano Nicolas Cruz Bournazou, who received the Chorafas Prize for his thesis work. Collaborations with industry partners like Siemens and Endress+Hauser have driven applied research. Wozny leads the FG Dynamik und Betrieb group and has pioneered the development of UniCat’s miniplant for OCM process studies. His publications emphasize robust optimization methods, CFD modeling of fluidized beds, and techno-economic evaluations of industrial processes. He has authored over 220 papers and holds patents for OCM-related technologies, such as oxidative conversion methods and reactor designs.

Saurav DattaView profile

Assistant Professor

• Biopharmaceutical Processing
• Biotechnology
• Bioseparations
• +7 more

Saurav Datta is an Assistant Professor at the Amgen Bioprocessing Center, Henry E. Riggs School of Applied Life Sciences, Keck Graduate Institute (KGI). He holds a PhD from the University of Kentucky and prior academic roles at IIT Roorkee and Argonne National Laboratory. His research focuses on biopharmaceutical processing, including viral vector production, plasmid DNA purification, exosome manufacturing, and membrane-based bioprocesses. Collaborations include Cytiva, Celltheon, and Prof. Ghosh’s lab for exosome purification. Education: PhD in Chemical & Materials Engineering (University of Kentucky), MS and BS in Chemical Engineering (IIT Kanpur, University of Calcutta). Professional experience spans postdoctoral work at Argonne National Laboratory and industry roles in membrane technology. Research emphasizes scalable bioprocesses for gene therapies, DNA vaccines, and exosome therapeutics. Key areas include PAT (Process Analytical Technology), process modeling, and bioseparations. His team develops novel membrane systems for enhanced purification efficiency and economic feasibility. Patents include virus recovery membranes, MFG isolation processes, and CO₂ capture technologies. Over 30 publications span viral vector optimization, exosome production scaling, and lignocellulosic biomass processing. Current projects involve perfusion-based mAb manufacturing, AAV purification with Cytiva, and exosome production via mesenchymal stem cells. His work bridges chemical engineering principles with biotechnology for industrial-scale solutions.

Claudia CarlucciView profile

Associate Professor

• Organic Chemistry
• Sustainable Chemistry
• Materials Chemistry
• +3 more

Claudia Carlucci is an Associate Professor at Link Campus University - Rome. She holds a Master's degree in Chemistry and Pharmaceutical Technology from the University of Bari (2003) and a PhD in Chemical Synthesis and Applied Enzymatic from the same university (2008). Her research focuses on organic chemistry, sustainable chemistry, materials chemistry, and nanotechnology, with a emphasis on biofuel production, catalytic processes, and nanomaterials synthesis. She has authored 43 papers (963 citations, h-index 19), holds a European patent, and participated in numerous scientific conferences. Her career includes roles as a postdoctoral researcher, research fellow, and senior researcher in projects such as NEUROBIOTECH, NAMISTE, RESOLVE, and ECOTEC. Her research areas include the design of novel therapeutic agents, synthesis of organic/nanostructured materials for electronics, methodologies for TiO₂ and Al₂O₃ nanocrystals production in continuous flow reactors, and eco-friendly protocols for polymerization. She has investigated biodiesel production via microtechnologies and sustainable recovery of vegetable oils, as well as delayed fluorescent organic materials for energy applications. Her recent articles highlight advancements in non-conventional oilseed utilization for biofuels, eco-friendly catalytic processes, and continuous-flow synthesis methodologies. She has contributed to Special Issues on catalytic processes in biofuel production and biomass valorization, demonstrating her leadership in academic publishing. Her work bridges fundamental chemistry with industrial applications, emphasizing sustainability and green technologies.

Emmanuel PetitcolasView profile

Researcher

• Eco-Extraction
• Natural Products
• Plant Extracts
• +3 more

Emmanuel Petitcolas is a Researcher in the GREEN team at the UMR 408 SQPOV (Safety and Quality of Plant-Based Products) at Avignon Université. He has been with the institution since 1997, initially joining as a technician and later becoming integral to the eco-extraction research theme under Prof. Farid CHEMAT. His work focuses on optimizing solid/liquid extraction processes to enhance active ingredient yields, utilizing innovative technologies such as ultrasound and microwave systems. Education and Early Career: Petitcolas pursued a Master’s degree in Nancy, with internships at Michelin (polymer synthesis) and a university lab (surfactant synthesis). Though he did not pursue a thesis, he transitioned to academic research in 1997, contributing to the UMR SQPOV’s foundational work. His skills expanded with the eco-extraction focus post-2006, enabling deeper engagement in research. Research Interests: Petitcolas specializes in eco-friendly extraction methods for natural products, emphasizing process optimization (e.g., solvent selection, grinding techniques) and technology transfer. Recent projects include confidential industrial collaborations exploring aroma intensification of plant extracts and microwave impact studies. He recently trained on membrane filtration pilots for future projects. Outreach and Training: He actively engages in science popularization, leading workshops for schoolchildren (e.g., essential oil extraction demonstrations during Science Fairs) and guiding interns and doctoral students on advanced laboratory technologies. His efforts bridge academic research with public engagement. Professional Background: As a core member of the GREEN team, Petitcolas collaborates across disciplines, blending chemical engineering principles with food safety and quality objectives. His contributions reflect a blend of technical expertise and pedagogical commitment.

Marta HatzellView profile

Associate Professor

• Electrochemical Engineering
• Clean Energy Technologies
• Water Treatment and Desalination
• +5 more

Marta Hatzell is the Woodruff Associate Professor of Mechanical Engineering & Chemical and Biomolecular Engineering at Georgia Tech, leading the WATER Lab. Her research focuses on electrifying catalytic and separation processes for sustainable industrial systems, including electrolysis, fuel cells, desalination, and solar energy conversion. She serves as Senior Editor of ACS Energy Letters and leads initiatives in the Strategic Energy Institute. Education: Ph.D. & M.Eng. Environmental Engineering, Pennsylvania State University (2014) M.S. Mechanical Engineering, Pennsylvania State University (2010) B.S. Mechanical Engineering, Pennsylvania State University (2009) Research Interests: Electrochemical engineering, clean energy technologies, water-energy nexus, carbon capture, and materials science. Her work bridges fundamental materials science with system-level analyses to enable decarbonized industrial processes. Recent efforts include solar-driven ammonia production, PV-ZLD systems, and bipolar membrane electrolysis for CO2 valorization. Awards: ACS Sustainable Chemistry Award NSF CAREER Award Alfred P. Sloan Fellowship Office of Naval Research Young Investigator Award Grants & Labs: Leads the WATER Lab and collaborates with industry/government on projects like solar-thermal desalination. Active in National Academy of Engineering initiatives on water-energy nexus and negative emissions technologies.

• Chemical Engineering
• Materials Science
• Pharmaceutical Engineering
• +3 more

Ecevit Bilgili is a Professor in the Department of Chemical and Materials Engineering at New Jersey Institute of Technology (NJIT). His research focuses on particulate processes, pharmaceutical engineering, and materials science, with a strong emphasis on drug delivery systems, nanoparticle stabilization, and process optimization. He has authored over 125 publications and holds an h-index of 35, with 3,827 citations. His work spans topics such as wet media milling for drug nanosuspensions, nonlinear breakage kinetics in milling processes, and the development of robust drug delivery platforms like polymer strip films. Bilgili has secured federal grants, including a 2022 grant supporting his research. His contributions include advancing understanding of particle breakage mechanisms, pharmaceutical process engineering, and material recycling techniques. Collaborations with industry and academic partners have led to innovations in drug formulation, including fast-dissolving nanocomposite drug powders and surfactant-free delivery systems. His research also extends to polymer mechanics, particularly the behavior of vulcanized rubbers under complex deformation conditions. Key achievements include pioneering studies on the Rehbinder effect in continuous nanoparticle production, the role of stabilizers in nanosuspensions, and the application of discrete element methods for breakage rate modeling. His work bridges fundamental science and industrial applications, addressing challenges in pharmaceutical manufacturing, materials recycling, and sustainable processing technologies.

Evgeny RebrovView profile

Professor

• Multiphase Chemical Reactors
• Catalytic Plastic Pyrolysis
• Inductive and Microwave Heating
• +4 more

Evgeny Rebrov is a Professor of Chemical Engineering at the University of Warwick, School of Engineering. He holds additional roles including Editor of the Chemical Engineering Journal (since 2024) and Honorary Visiting Research Professor at the University of Adelaide (since 2019). His research focuses on energy-intensive reactor engineering, particularly utilizing nonconventional energy sources like microwaves, RF fields, and UV light to enhance catalytic processes. Key affiliations include the Energy Intensified Reactor Engineering Lab and leadership in courses like ES4D9 and CDT Net2Zero. Education highlights include a DSc in Chemical Engineering (2012) and PhD in Physical Chemistry from the Boreskov Institute of Catalysis (1999). Notable awards include the Catalysts 2023 Best Paper Award for his work on molecular catalysts in Zn-air batteries. He has contributed to spin-out company Stoli Chem, pioneering catalyst coating technology for energy-efficient production. His research spans multiphase reactors, catalytic pyrolysis, and plasma-assisted synthesis. Recent articles emphasize CO2 capture, ammonia production, and plasma-catalyzed processes. Grants include a Research Empowerment grant for LIB recycling. Advising roles include Commonwealth Scholarship contributions and leadership in doctoral training programs like Net2Zero.

Joaquin Quesada MedinaView profile

Professor

• Chemical Engineering
• Renewable Energy
• Environmental Engineering
• +10 more

Joaquin Quesada Medina is a Professor in the Department of Chemical Engineering at the University of Murcia's Faculty of Chemistry. His research focuses on green chemical processes, particularly biodiesel production using supercritical fluids and ionic liquids. He belongs to the Green Chemical Process Engineering research group and has previously collaborated with the Green Chemical Engineering and Nanotechnology group. Research Interests: Biodiesel synthesis via supercritical methanol Waste valorization (agroindustrial, olive mill, animal fats) Ionic liquids for catalysis and separation Microbial fuel cells for bioenergy Carbon footprint analysis of environmental systems Entrepreneurship pedagogy in chemical engineering Scientific Contributions: His work spans CO 2 capture technologies, lignocellulosic fractionation, pesticide residue analysis, and wastewater treatment innovations. He has extensively studied thermal degradation effects in biodiesel processes and developed novel bioreactor membranes for enzyme immobilization.

• Continuous Manufacturing
• Pharmaceutical Synthesis
• Emulsion Science
• +3 more

James Ferri, Ph.D. is a Professor in the Department of Chemical & Life Science Engineering at Virginia Commonwealth University (VCU). He specializes in chemical engineering with a focus on continuous manufacturing, pharmaceutical synthesis, and interfacial phenomena. His research explores advanced processes such as flow chemistry, 3D-printed unit operations, and microgravity experiments for emulsion stability analysis. Ferri also contributes to STEM education through interdisciplinary curricula integrating science and history. Key Research Areas: Emulsion science, nanoparticle technology, process intensification, and machine learning in chemical engineering Notable Projects: Development of modular albuterol manufacturing systems and microgravity-based emulsion studies on the ISS Technical Expertise: Diffusing wave spectroscopy, 3D printing applications, and material characterization His work bridges fundamental research and industrial applications, advancing pharmaceutical production efficiency and sustainability. Ferri's contributions to educational innovation include Culturally Relevant STEM (CReST), an integrated high school curriculum combining chemistry and world history.

Hui Stefanie CaoView profile

Senior Lecturer

• Energy Storage
• Heat Transfer
• Phase Change Materials
• +12 more

Dr Hui Stefanie Cao is a Senior Lecturer at the Department of Engineering, School of Computing and Engineering, University of Huddersfield. She leads modules in Project Management and supervises final year and MSc projects, focusing on energy storage and thermal engineering research. BEng & MEng in Mechanical Engineering from Southeast University (China) PhD in Chemical Engineering from University of Leeds (2015) Her research spans thermal energy storage systems for electric vehicles, additive manufacturing of microfluidic cooling devices, perovskite-based CO 2 splitting, and Li 2 O 2 recycling for lithium-air batteries. She integrates CFD, particle engineering, and thermophysical property analysis across multidisciplinary projects. Key publications address phase change materials (2025), microfluidics fabrication (2025), and high-temperature thermal systems (2024). Awards include Innovate UK (£35k) and EPSRC (£25k) funding for electric vehicle thermal storage innovations. Developed Thermal Energy Storage technology commercialized via Innovate UK grant Collaborates with Procter & Gamble (Newcastle, Brussels, Beijing, Cincinnati) Member of Centre for Efficiency and Performance Engineering and Centre for Thermofluids, Energy Systems and High-Performance Computing

Alex CrawfordView profile

Assistant Professor

• Arctic Climate System
• Extratropical Cyclones
• Sea Ice Dynamics
• +3 more

Dr. Alex Crawford is an Assistant Professor at the University of Manitoba’s Department of Environment and Geography within the Clayton H. Riddell Faculty of Environment, Earth, and Resources. His research focuses on Arctic climate systems, particularly interactions between Arctic storms and the surface environment (ocean, sea ice, snow cover). He uses remote sensing, atmospheric reanalyses, and climate models to study climate change impacts. Previously, he was a visiting assistant professor at the College of Wooster (2017–2020) and a research associate at the University of Manitoba’s Centre for Earth Observation Science (2020–2023). B.A. in Geography and Geology, Colgate University (2012) M.A. in Geography, University of Colorado Boulder (2014) Ph.D. in Geography (Climatology), University of Colorado Boulder (2017) Research Interests: Extratropical cyclones, sea ice dynamics, climate modeling, and the seasonal timing of Arctic ice advance/retreat. His work addresses how Arctic surface changes influence storm development and vice versa, with implications for human activities and ecosystems. Key projects include analyzing storm propagation trends, Arctic open-water periods, and extreme precipitation events. Recent work highlights include studies on global temperature records, Arctic cyclone impacts, and sea ice biases in climate models. He emphasizes actionable climate science to inform policy and adaptation strategies. Funding: Supported by Research Manitoba, Environment and Climate Change Canada, and other grants. Collaborates with international agencies like NOAA and ECMWF. Labs/Teams: Affiliated with the Centre for Earth Observation Science (CEOS) and contributes to Arctic research networks.