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Paul RussellView profile

Professor

• Coastal Dynamics
• Physical Oceanography
• Sediment Transport
• +7 more

Professor Paul Russell is a coastal dynamics expert at the University of Plymouth's School of Biological and Marine Sciences (Faculty of Science and Engineering). He has held academic roles since 1992, including Professor of Coastal Dynamics since 2009 (0.4 FTE). His research focuses on coastal processes, sediment transport, extreme storm impacts, and climate change adaptation. He has supervised over 20 PhD students and led major projects like the NERC BLUE-coast grant and EPSRC NUPSIG grant. Teaching includes modules on coastal geomorphology, management, and erosion protection. Notable contributions include field experiments on swash dynamics, rip currents, and gravel beach morphodynamics. His work spans global collaborations (e.g., CONACYT-funded projects in Mexico) and integrates remote sensing techniques for coastal monitoring. Key research topics include shoreline modeling, infragravity wave impacts, and the role of climate variability in coastal evolution. He has advised on marine renewable energy impacts and public safety through beach hazard assessments. Over 200+ peer-reviewed articles highlight his expertise in both theoretical and applied coastal science.

Steven CramerView profile

Professor

• Chromatographic Bioprocessing
• Protein-Surface Interactions
• Antibody Purification
• +2 more

Steven Cramer is Institute Professor of Chemical and Biological Engineering at Rensselaer Polytechnic Institute, and a member of the National Academy of Engineering. His research focuses on protein-surface interactions and molecular bioprocessing, with significant contributions to chromatographic bioprocessing technology. He developed the steric mass action model for ion exchange chromatography and pioneered low molecular weight displacers for protein purification. His Quantitative Combinatorial Design approach has discovered novel displacers and affinity ligands. His high-throughput screening methods transformed industrial bioprocess development. Professor Cramer holds 11 patents with 230 publications (h-index 55, 9800+ citations). He received numerous honors including the ACS National Award in Separations Science and fellowships in AAAS, AIChE, ACS and AIMBE. He served as Editor-in-Chief of Separations Science and Technology for 20 years. He has supervised 57 PhD graduates who now hold leadership positions in biopharmaceutical companies worldwide. Current research includes gene therapy downstream manufacturing, continuous mRNA processing, and big data modeling.

• Metals Production
• Biodiesel Production
• Water Desalination
• +5 more

Professor Raj Patel is Head of Chemical Engineering at the University of Bradford, affiliated with the School of Engineering under the Faculty of Engineering & Digital Technologies. He holds a PhD in Chemical Engineering from the University of Bradford, focusing on fluid mechanics of gravure roll coating. His research emphasizes sustainable technologies, including novel methods for titanium production, water desalination via reverse osmosis, biodiesel, and transition metals like tantalum and niobium. He led the re-design of Bradford’s Chemical Engineering programs, which now boast high student satisfaction and enrollment growth. Education: Bachelor’s in Chemical Engineering, University of Bradford PhD in Fluid Mechanics of Gravure Roll Coating, University of Bradford Research Interests: Professor Patel’s work spans energy-efficient metals production (e.g., a greener titanium process surpassing the Kroll method), environmental engineering (water desalination), and renewable energy (biodiesel). His novel titanium process is undergoing scale-up trials and shows promise for producing other transition metals. He collaborates with research groups in Mechanical and Process Engineering and Advanced Materials Engineering. Grants & Projects: He has led or contributed to seven major EPSRC-funded projects on coating flows and polymer processing. His initiatives have driven innovation in materials science and sustainable manufacturing. Labs/Teams: Central to revitalizing Bradford’s Chemical Engineering curriculum, his programs integrate cutting-edge research into teaching, fostering student success and industry relevance.

Godfrey KyazzeView profile

Professor

• Renewable Energy
• Environmental Biotechnology
• Bioelectrochemical Systems
• +3 more

Professor Godfrey Kyazze is a faculty member at the University of Westminster, serving as Professor of Sustainable Bioprocess Engineering within the Faculty of Science and Technology’s Department of Life Sciences. He holds a BSc in Industrial Chemistry from Makerere University (Uganda), an MSc in Batch Process Engineering from Loughborough University (UK), and a PhD from the University of Glamorgan (now University of South Wales), followed by postdoctoral research in microbial electrolysis cells. His academic roles include course leader for the MSc Applied Biotechnology program and module leader for Fermentation Technology and Sustainable Biotechnology. Research Focus: Kyazze’s work centers on renewable energy production (biofuels, biohydrogen), bioelectrochemical systems (e.g., microbial fuel cells for wastewater treatment and energy generation), and bioprocess optimization. Current projects involve sustainable dye production from bacteria, electromethanogenic reactor commercialization, and bioelectrochemical petroleum hydrocarbon remediation. Collaborators include Bluegene Technologies, WASE Ltd, and institutions in Nigeria and Egypt. Teaching & Advising: Teaches Bioprocess Design, Microbiology, and Biotechnology modules. Supervises undergraduate/graduate research projects and advises on PhD topics in environmental biotechnology, bioprocess optimization, and synthetic biology applications. Grants & Sponsors: Projects funded by the Royal Commission for the Exhibition of 1851, Petroleum Technology Development Fund (Nigeria), Egyptian Government, and private alumni. Active in Westminster’s Sustainable Biotechnology Research Group and co-coordinates the Biotechnology Research Internship Scheme. Labs & Facilities: Engages with advanced bioelectrochemical systems, microbial fuel cell design, and bioreactor optimization. Research aligns with Sustainable Development Goals, emphasizing eco-friendly technologies for resource recovery and pollution mitigation.

Jeong-Hyon HwangView profile

Associate Professor

• Databases
• Distributed Systems
• Graph Database Systems
• +5 more

Jeong-Hyon Hwang is an Associate Professor at the University at Albany, State University of New York , affiliated with the College of Nanotechnology, Science, and Engineering and the Department of Computer Science . As Director of the Data Management Systems (DMS) Lab, he focuses on scalable graph databases, trajectory data compression, and real-time stream processing. His work on the G* graph database system, funded by the NSF CAREER award IIS-1149372 , enables efficient storage and analysis of distributed dynamic graphs. PhD in Computer Science, Brown University (2008) MS in Computer Science, Brown University (2003) MS in Computer Science and Engineering, Korea University (2000) BS in Computer Science and Engineering and Mathematics Education, Korea University (1998, 1994) Dr. Hwang’s research spans Databases and Distributed Systems , with specific emphasis on graph database systems , trajectory data management , and fault-tolerant stream processing . His publications highlight advancements in Internet-scale data management , real-time analytics , and load balancing for dynamic environments. The 15 most recent publications reflect trends in graph algorithms , stream processing reliability , and trajectory compression . Key subfields include distributed graph storage , centrality estimation , non-relational stream models , and high-availability solutions for wide-area networks. Scientific Awards : NSF CAREER award (2012) Best Poster Award, IEEE ICDE (2014) Best Poster Runners-Up, ACM SIGSPATIAL GIS (2010) IBM Open Collaborative Faculty Award (2010) National Scholarship, South Korea (2001-2005) New Software Award, South Korea (2001) Dr. Hwang leads the DMS Lab , developing open-source systems like G* for graph storage and querying. He has authored patents, co-authored Korean translations of technical books, and contributed to foundational research in high-availability algorithms and stream processing engines .

Priyanka GangulyView profile

Lecturer

• Nanomaterials Synthesis
• Photocatalysis
• Energy Applications
• +3 more

Dr. Priyanka Ganguly is a Lecturer in Analytical Chemistry at the School of Human Sciences, London Metropolitan University. Her career includes a PhD in Nanotechnology from IT Sligo (2021) and postdoctoral research at the University of Glasgow as a Marie Curie researcher. She holds the 2020 Institute of Chemistry of Ireland Postgraduate Award and the 2022 Kathleen Longsdale Chemistry RIA Prize. Her research focuses on nanomaterials synthesis for energy and environmental applications, including photocatalysts for water purification, supercapacitors, and electrochemical sensors. Education: PhD in Nanotechnology, IT Sligo, Ireland (2021) Integrated M.Tech in Nanotechnology, Central University of Jharkhand (2016) Research Interests: Development of nanomaterials for energy storage (e.g., supercapacitors), environmental remediation (photocatalytic degradation of pollutants), and advanced sensor technologies. She emphasizes practical applications in industry and research environments, including biodegradable sensors and sustainable materials. Publications: Over 30 peer-reviewed articles in journals like Materials Today Energy and ACS Applied Bio Materials , with a focus on photocatalytic systems and nanocomposite design. Recent work explores hydrogen production, humidity sensors, and solar-driven water purification technologies. Awards: Institute of Chemistry of Ireland Postgraduate Award (2020) Kathleen Longsdale Chemistry RIA Prize (2022)

Karen OakleyView profile

Senior Lecturer

• Educational Psychology
• Neurodevelopmental Disorders
• Trauma-Informed Practice
• +4 more

Dr Karen Oakley is a Senior Lecturer in Educational Psychology at University of Canberra's Faculty of Education and a practicing Clinical Neuropsychologist. With dual expertise spanning 15 years of neurodevelopment research and clinical practice across ACT schools, she bridges psychological science and educational practice through neuropsychological assessment and trauma-informed frameworks. Her research examines neurodevelopmental support systems including: cognitive assessment protocols; trauma-responsive teaching strategies; behavioral intervention models; and collaborative frameworks between educators and allied health professionals. Oakley maintains clinical practice alongside academic work, providing neurodevelopmental assessments and supervising psychologists while developing educator capacity to support students with behavioral challenges or cognitive differences. Recent publications focus on trauma outcomes measurement, rural mental health determinants, neurocognitive assessment standardization, and digital pain management interventions. Her translational work emphasizes practical applications of neuropsychological research in educational settings, particularly for students with autism, cerebral palsy, and trauma experiences.

George BollasView profile

Professor

• Chemical Looping Combustion
• Biomass Catalytic Processing
• Fischer-Tropsch Synthesis
• +3 more

George Bollas is a Professor at the University of Connecticut's College of Engineering, Department of Chemical and Biomolecular Engineering. He serves as Director of the Pratt & Whitney Institute for Advanced Systems Engineering and Associate Dean for Research. Ph.D. from Aristotle University of Thessaloniki (2006) Postdoc at MIT (2009) Current research spans chemical looping combustion, biomass catalytic processing, Fischer-Tropsch synthesis, and advanced energy systems Collaborations with Aspen Technology, W.R. Grace & Co., United Technologies Corporation His research focuses on energy systems addressing climate challenges through chemical looping combustion for carbon capture, biomass pyrolysis with novel catalysts, and Fischer-Tropsch synthesis in structured reactors. Key projects include hierarchical zeolite catalysts for tar upgrading, CO2-to-carbon nanofiber processes, and dynamic modeling of aerospace thermal systems. Recent publications reveal trends in chemical looping technologies , biomass conversion , and advanced catalyst design . Specific subfields include oxygen carrier optimization, bifunctional catalyst development, and multi-scale reactor modeling. ACS Petroleum Research Fund Doctoral New Investigator Award (2013) NSF CAREER Award (2011) Bollas has mentored numerous students across career stages, including undergraduate awardees in AIChE competitions. His work involves industrial-scale process simulation and model predictive control for energy systems, with grants from NSF, ACS-PRF, UTC, and DoE. Research teams operate through the UTC Institute for Advanced Systems Engineering, focusing on equation-oriented dynamic modeling environments and experimental validation of energy processes.

Gus GreivelView profile

Teaching Professor

• STEM Education
• Operations Research
• Statistical Modeling
• +3 more

Gus Greivel is a Teaching Professor in the Department of Applied Mathematics and Statistics at the Colorado School of Mines. He holds a PhD, MS, and BS in Mathematical and Computer Sciences from the same institution. His research focuses on STEM education, operations research, statistical modeling, and scheduling optimization. He has received numerous awards for teaching excellence and institutional contributions, including the 2022 Newmont Equity Faculty Fellow and the 2018 Mines Teaching Award. Greivel's educational background includes advanced degrees in Operations Research with Engineering, emphasizing practical applications in industrial and academic settings. He has developed and taught a wide range of courses, from introductory calculus to advanced statistical methods and honors programs. His active learning initiatives, such as the SCALE-UP model for multivariate calculus and studio-based instruction, have been recognized nationally. His research and presentations address educational technology (e.g., InkSurvey), pedagogical strategies for STEM retention, and interdisciplinary collaborations like the CO-STEM teacher preparation program. He has contributed to over 15 publications and professional presentations since 2013, focusing on improving teaching methodologies and student outcomes. Awardees include the Order of Omega, McBride Honors Program distinctions, and multiple recognitions as an outstanding professor. His work extends to community engagement through roles like TEDx speaker and leadership in programs targeting minority engineering students and first-year success initiatives.

Wouter KagerView profile

Assistant Professor

• Probability Theory
• Discrete Systems
• Random Spatial Behavior
• +6 more

Wouter Kager is an Assistant Professor of Probability in the Department of Mathematics at Vrije Universiteit Amsterdam. His research focuses on discrete systems with random spatial behavior, including lattice aggregation models, random fields, and self-interacting random walks. He is particularly interested in the limiting behavior and scaling limits of these models, contributing to Probability Theory and related disciplines. Research Interests: Kager's work explores the intersection of probability theory and statistical physics. His research includes studies on stochastic processes, lattice models (e.g., Ising model), aggregation phenomena, and network stability. He has developed tools for analyzing stochastic systems, such as rotor-router aggregation and diamond aggregation models. His recent work also addresses applications in coordination games and queueing theory. Tools & Contributions: Kager has created open-source tools for converting EPS/FIG files to PDF/PNG, optimizing n-up printing, and LaTeX presentation themes. These tools are widely used in academic and technical contexts. His contributions to computational methods reflect his interdisciplinary approach to research. Publications: His articles span topics like stochastic domination, critical phenomena in random graphs, and stability analysis of stochastic networks. Recent works include advancements in likelihood ratio analysis, convex cone theory, and coordination game models.

Ross BuckView profile

Professor

• Nonverbal Communication
• Emotional Expression
• Social-Ecological Systems
• +4 more

Ross Buck is a Professor of Communication and Psychology at the University of Connecticut, affiliated with the College of Liberal Arts and Sciences and the Department of Communication. His research focuses on nonverbal communication, emotional expression, and their roles in human behavior, social structure, and adaptation. He has contributed extensively to understanding the evolution of emotional communication, cognitive-emotional interactions, and cross-cultural variations in emotional expression. Dr. Buck holds a Ph.D. from the University of Pittsburgh (1970). His work integrates biological, psychological, and social perspectives, exemplified in his books such as Human Motivation and Emotion and Emotion: A Biosocial Synthesis . He has been funded by prestigious agencies like the National Science Foundation and the National Institute of Mental Health. Research interests include empathy measurement, technology-mediated emotion, and the impact of spatial distance on emotional communication. He leads the UConn Communication Technology, Emotion, and Culture Lab and teaches courses like Motivation and Emotion, Nonverbal Communication, and graduate-level seminars. His recent projects explore brain mechanisms of empathy and cultural variations in primary social emotions. Notable grants include funding from the National Institute of Mental Health, Harry Frank Guggenheim Foundation, Russell Sage Foundation, and National Science Foundation. He blogs for Psychology Today and has been featured in ABC’s 20/20. His articles address topics like drone system trustworthiness, password manager adoption, and crisis communication in corporate reputations.

• Geology
• Petrology
• Geochemistry
• +4 more

Jonathan S Miller is the Department Chair of the Department of Geology at San José State University , within the College of Science. His academic career focuses on igneous petrology, geochemistry, and tectonic processes, particularly in the western United States. Research Interests include the formation of plutons and volcanic systems, magma chamber dynamics, isotopic dating techniques, and crustal evolution. His work often examines temporal scales of magmatic events and the interplay between tectonic forces and igneous activity. Publications highlight studies on zircon isotopes, batholith assembly, volcanic provenance, and tectonic controls on magmatism, spanning regions such as California, Nevada, and Washington. Key themes include magma recycling , arc processes , and crustal modification .

Klaus DoelleView profile

Associate Professor

• Papermaking technology
• Biomass conversion
• Wastewater treatment
• +7 more

Klaus Doelle serves as Associate Professor in Chemical Engineering at SUNY-ESF, specializing in sustainable materials and environmental processes. His research spans papermaking innovation, biomass conversion, and wastewater treatment technologies. Doelle leads investigations into in-situ precipitated calcium carbonate fillers, graphene applications, and nanocellulose enhancements for recycled materials. With extensive industry experience at Voith Paper, he bridges fundamental research with industrial applications. Doelle's research program explores renewable energy solutions including biogas production from agricultural waste and biomass gasification. His wastewater treatment studies focus on bioreactor designs, hydrodynamic cavitation, and ecological remediation techniques. Publications demonstrate consistent themes of resource efficiency, circular economy principles, and sustainable material development.

• Bioenergy
• Biomaterials
• Sustainability
• +8 more

Shijie Liu is a Professor in the Department of Chemical Engineering at the State University of New York College of Environmental Science and Forestry (SUNY ESF). He specializes in bioenergy, biomaterials, and sustainability, with research focusing on bioprocess engineering, biochemical kinetics, and mass transfer phenomena. His work includes optimizing processes for biofuel production, enzymatic hydrolysis, and biorefinery integration. Education: Ph.D. in Chemical Engineering from the University of Alberta (1992), B.Sc. from Chengdu University of Science & Technology (1982). Professional Experience: Professor at SUNY ESF since 2011, prior roles include faculty positions at the University of Alberta and Alberta Research Council. He teaches courses in transport phenomena, bioprocess kinetics, and biorefinery processes. Research Interests: Bioenergy conversion (ethanol, butanol), bioprocess optimization, membrane separation, and applied mathematics. Active in editorial roles for journals such as Journal of Biobased Materials and Bioenergy and Journal of Bioprocess Engineering and Biorefinery . Leads research projects in biomass pretreatment, enzyme catalysis, and biofuel production. Labs/Teams: Bioprocess Engineering Lab (Walters Hall 204) and CNY Biotech Accelerator. Advises graduate students in bioprocess engineering, biomaterials, and biofuels. His work bridges fundamental chemical engineering with sustainable industrial applications.

Ashok GadgilView profile

Professor

• Computational Fluid Dynamics
• Energy Efficiency in Buildings
• Drinking Water Treatment
• +4 more

Ashok Gadgil is the Andrew and Virginia Rudd Family Foundation Chair Professor of Safe Water and Sanitation and a Professor in the Department of Civil and Environmental Engineering at the University of California, Berkeley. He also serves as a Professor of the Graduate School since summer 2023 and was previously a Senior Faculty Scientist at Lawrence Berkeley National Laboratory (LBNL). Ph.D., Physics, UC Berkeley (1979) M.A., Physics, UC Berkeley (1975) M.Sc., Physics, Indian Institute of Technology, Kanpur (1973) B.Sc., Physics, University of Bombay (1971) Gadgil’s research focuses on computational fluid dynamics , energy efficiency in buildings , and water treatment technologies for low-income regions . His lab develops scalable solutions like ECAR (ElectroChemical Arsenic Removal) and the Berkeley-Darfur Stove . He advocates for applying engineering to address climate change and poverty-related challenges. His recent publications demonstrate expertise in electrochemical water treatment , biomass stove emissions , and groundwater contaminant remediation . Notable awards include the National Medal for Technology and Innovation (2023) and the Lemelson-MIT Award (2012) . Advising: Mentored students working on arsenic removal, cookstove design, and groundwater remediation. Grants: Led the Development Impact Laboratory (DIL) and secured NSF fellowships for advisees. Labs & Teams: Directs the Gadgil Lab for Energy & Water Research, which merges technical innovation with humanitarian goals, particularly in South Asia and sub-Saharan Africa. The lab’s work spans ECAR , ARUBA , and Clean Cookstoves .