Michał Krzyżaniak is a full Professor at the University of Warmia and Mazury in Olsztyn (UWM), affiliated with the Faculty of Agriculture and Forestry and its Department of Plant Breeding, Genetics and Biomaterial Engineering. He actively supervises doctoral students and offers research topics in bioconversion of agricultural biomass using insects, with funding available through the National Science Centre (NCN) for 24 months. His department provides full laboratory infrastructure for research tasks. His research interests span bioconversion of agro-industrial byproducts renewable energy systems life cycle assessment (LCA) of crops supercritical CO2 extraction organic intercropping models forest biomass for energy Recent publications analyze camelina cultivation, insect biomass processing, and energy-efficient pellet production, integrating environmental and engineering perspectives. Grants include NCN doctoral scholarships, while educational and doctoral promotion statistics indicate 0 doctors promoted but 1 student under active supervision. His work combines plant genetics, ecological modeling, and bioenergy technology development.
Li Qiao is a Professor of Aeronautics and Astronautics at Purdue University in West Lafayette, Indiana. Their research focuses on the development of new technologies and the understanding of basic science in fuels & propellants, propulsion, and sustainable aviation. Research interests include: Sustainable Aviation Fuels Propulsion Systems Fuels & Propellants Aerospace Engineering Renewable Energy Sources Professor Qiao's work examines sustainable aviation fuel technologies derived from various sources including algae, agricultural waste, and genetically modified bacteria. Their research analyzes the technical, economic, and compatibility challenges of implementing sustainable fuels in existing aircraft systems, with particular attention to cost barriers and supply chain limitations. The research addresses how sustainable aviation fuels can reduce carbon emissions while maintaining compatibility with current aircraft infrastructure. Professor Qiao has received research funding from Boeing (subcontract from FAA) and served as a visiting professor at Boeing in summer 2024, collaborating with aircraft manufacturers to ensure sustainable aviation fuels can be safely integrated into aircraft systems. Their recent work discusses the impact of the July 2025 federal spending law (the One Big Beautiful Bill Act) which significantly reduces funding for sustainable aviation fuel development.
Matthew P. Bernard is an Associate Professor in the Department of Pharmacology & Toxicology at Michigan State University (MSU) and Director of the MSU Flow Cytometry Core Facility. He transitioned to academia from industry after 15+ years at Bristol-Myers Squibb as a Senior Research Investigator in Drug Safety Evaluation. B.S. in Biochemistry, SUNY Geneseo (2004) Ph.D. in Microbiology & Immunology, University of Rochester (2009) Postdoctoral Fellow, La Jolla Institute for Allergy & Immunology (2009-2011) His research focuses on immunotoxicology , inflammation , and flow cytometry applications for pharmacodynamic assessments, receptor occupancy, and intracellular signaling. He specializes in GLP-compliant immunoassay development and validation, with 20+ years of flow cytometry expertise. Recent publications highlight work on: Ruminal immune cell dynamics in dairy cattle MARCO receptor's role in liver injury resolution IL-10's impact on pain remission mechanisms Niacin's anti-inflammatory effects in bovine models Neutrophil-platelet interactions in APAP toxicity The articles reflect his cross-disciplinary work at the intersection of toxicology , immunology , and applied biomedical instrumentation . As Director of the MSU Flow Cytometry Core Facility, he oversees access to cutting-edge instruments like: ThermoFisher Attune CytPix Analyzer Cytek Aurora Spectral Cytometer SONY MA900 & BD FACSAria IIu Cell Sorters Luminex 200 Multiplex System ZetaView fNTA Particle Analyzer
Dr. Kate Morrissey serves as an Associate Teaching Professor in the Chemical & Biological Engineering Department at Montana State University's College of Engineering, with additional affiliations in the Honors College. Her teaching portfolio spans core chemical engineering courses including Process Dynamics and Control, Heat Transfer Operations, and introductory biological engineering, alongside Honors College seminars emphasizing active learning through Problem Solving Studios and industry tours. Her academic credentials include: Ph.D. in Chemical Engineering from the University of Colorado, Boulder (2019) M.S. in Chemical Engineering from the University of Colorado, Boulder (2013) B.S. in Chemical Engineering from Montana State University (2011) Morrissey's research centers on bioprocess engineering with specialized focus on microalgae dewatering and flocculation mechanisms. Her work develops recyclable polymeric flocculants for sustainable biomass separation, examining molecular interactions in cellular suspension systems while extending into interdisciplinary applications such as chronic wound microbiome analysis and carbon dioxide mitigation strategies. This dual emphasis on fundamental separation processes and practical bioprocessing solutions defines her scholarly contributions. Her publication trajectory reveals consistent specialization in bioprocess engineering principles, culminating in the 2025 textbook edition, alongside persistent investigation into microalgae harvesting technologies since 2012. Early career work demonstrates broader interdisciplinary reach into biomedical and environmental engineering domains before consolidating focus on sustainable bioresource processing. Recognition includes: Founder's Day Award for Excellence (2025) from MSU Alumni Foundation Nomination for Phi Kappa Phi Anna K. Fridley Award (2024) from Honors College/Provost Office Morrissey actively implements innovative pedagogical approaches across undergraduate chemical and biological engineering curricula while maintaining research productivity in separation science. No information indicates graduate student advising or external research grant leadership in the provided materials.
Dr. Aditya R. Khanal is an Associate Professor in the Department of Agricultural and Environmental Sciences at Tennessee State University's College of Agriculture. He joined the faculty in 2015 and currently serves as the Graduate Program Director/Coordinator of the Department of Agricultural Business and Education. His academic career focuses on agricultural economics with expertise spanning finance, risk management, and sustainable agricultural practices. Dr. Khanal's educational background includes: PhD in Agricultural Economics and Agribusiness from Louisiana State University, Baton Rouge, LA MS in Finance from Louisiana State University, Baton Rouge, LA MA in Economics from Virginia Polytechnic Institute and State University, Blacksburg, VA BS in Agricultural Sciences from Tribhuvan University, Nepal As an agricultural economist, Dr. Khanal specializes in determining profitable and risk-minimized practices for farms of all sizes. His research encompasses predictive and analytical modeling, farm and food business entrepreneurship, and factors influencing farm household decisions regarding land use, technology adoption, capital structure, credit, and government programs. His work examines how these factors affect farm productivity, household incomes, and food security. Dr. Khanal has particular expertise in small farm economics, analyzing how resource-constrained farmers navigate financial challenges and implement risk management strategies. Dr. Khanal's publication record demonstrates significant contributions across multiple domains of agricultural economics. His research shows consistent focus on small farm business viability, with particular attention to income diversification strategies including agritourism and off-farm work. He has conducted extensive analysis of technology adoption patterns, particularly examining internet access and precision agriculture implementation among small farm operators. His work on food security spans both domestic U.S. contexts and international settings, with publications examining food demand patterns in rural households and food security challenges in countries like Malawi. Dr. Khanal has received numerous prestigious honors and awards: 2022 Emerging Scholar of Southern Agricultural Economics Association (SAEA) Outstanding Young Scholar Award from Agricultural Finance and Management Section of the Agricultural and Applied Economics Association (AAEA) 2017 Highly Commended Award for Excellence for work on US small farms (#LiteratiAwards) AAEA Foundation Young Professional and Graduate Student Travel Grant, 2013 Outstanding PhD Student Award, Department of Agricultural Economics, LSU, 2014 Gamma Sigma Delta Graduate Student Merit Honor Roll Award, April 2014 Graduate Student Travel Grant from Graduate school of Louisiana State University Dr. Khanal has secured approximately $3.6 million in extramural grant funding as Principal Investigator and Co-Principal Investigator. He has served as major advisor for 10 graduate students, guiding them through thesis completion and graduation. His professional engagement includes service as associate editor, topic editor, and reviewer for multiple agricultural economics journals. He has presented research at 18 national and international conferences, often serving in organizational roles as moderator and panelist. Dr. Khanal leads the FSIL-Nepal project and has been featured in AgriLinks by the US Government's Feed the Future Initiatives. His research extends across international contexts, with projects examining agricultural challenges in Bangladesh, South Korea, and Nepal, demonstrating his global perspective on agricultural economics and food security issues.
Professor Ian Goodhead is a leading academic in Microbial Genomics at the University of Salford's School of Science, Engineering & Environment. With a PhD and Fellow of the Higher Education Academy (FHEA) status, he directs research on microbial symbiosis, pathogenesis, and host-microbe interactions using multi-omic strategies. His work bridges wet-lab and computational biology with significant focus on infectious diseases and capacity building in low-middle income countries. His primary research interests include Genomics, Next Generation Sequencing, Bioinformatics, Microbiomes, Neglected Tropical Diseases, and Genome Evolution. He maintains strong field applications in vector-borne diseases and emerging pathogens, particularly through DNA sequencing technology development. His recent publications demonstrate interdisciplinary work spanning primate genomics, bacterial pathogenesis, and environmental microbiology. Professor Goodhead has secured over £2 million in research funding from major bodies including Wellcome, NERC, BBSRC, the Royal Society, and the Royal Society of Tropical Medicine and Hygiene. He actively supervises PhD students in Microbial Genomics and teaches across Genomics, Microbiology, and Bioinformatics disciplines. His leadership roles include serving as Associate Dean for Research and Innovation (2018-2024) and as an External Examiner for the University of Liverpool's MSc Advanced Biological Sciences program. He contributes to the University's Biomedical Research and Environmental Research centres, aligning with UN Sustainable Development Goals for health, education, sustainable cities, and ecosystem conservation. His innovative projects include brewing sustainability initiatives (SAHIB, DIV-BA), tick-borne disease surveillance, and microbial diagnostics for refugee communities in Uganda.
Nadia B. Ahmad serves as Associate Professor of Law at Barry University School of Law, specializing in energy siting, environmental policy, and sustainable development through the lens of international investment law and corporate social responsibility. Her academic credentials include: J.D. from University of Florida Levin College of Law LL.M. in Environmental and Natural Resources Law from University of Denver Sturm College of Law B.A. in Comparative Literature (high honors) from University of California - Berkeley Professor Ahmad's research examines legal frameworks for advanced biofuels, offshore drilling, and renewable technology deployment in Global South contexts, with field applications across Afghanistan, Mali, Mozambique, and Sierra Leone. Her interdisciplinary approach bridges energy infrastructure development with environmental justice and community rights. Professional honors include: Orlando Business Journal 40 Under 40 recognition (2016) Virgil Hawkins Fellowship during law school She provides no public details regarding graduate student advising or research grant funding in her current biography. Professor Ahmad holds leadership positions as Vice Chair of the ABA Environmental Justice Committee and official expert for INBAR's Bamboo for Renewable Energy Taskforce, while maintaining active membership in the Florida and Colorado state bars.
Eleni Irakleous serves as Associate Professor at the Department of Science and Technology, International Hellenic University, and holds an Associate Faculty position at the Institute of Environmental and Social Sciences/CERTH. Education Diploma in Chemical Engineering, Aristotle University of Thessaloniki (2000) PhD in Chemical Engineering, Aristotle University of Thessaloniki (2005) Research Focus : Her work centers on catalyst development and process intensification for sustainable energy systems. Key areas include biofuels production/upgrading, CO 2 conversion to fuels/chemicals, and selective oxidation of light alkanes to olefins, emphasizing circular economy applications through innovative catalytic solutions. Publication Trends : Recent work (2020-2022) demonstrates concentrated expertise in waste valorization (sewage sludge, steel off-gases) and biomass conversion via advanced catalytic processes. Her research consistently bridges fundamental catalyst design with industrial-scale implementation, targeting high-value product streams from low-value feedstocks. Grants & Advising Coordinated 5 major projects (2 EU, 3 national) totaling >€2M Participated in 17 research projects (14 EU, 3 national) Currently supervising 3 doctoral candidates in biomass conversion and CO 2 utilization Laboratory Affiliations : Active in the Environmental Fuels and Hydrocarbons Laboratory (EPKY) at IRED and collaborates extensively with CERTH's Institute of Environmental and Social Sciences on catalytic process development.
Professor Stephanie Stute is a faculty member at Nuremberg University of Technology, where she serves as Head of the Bioprocess Engineering Laboratory since October 2015. She holds the academic rank of Professor in the Department of Bioprocess Engineering within the College of Engineering, teaching courses including Biochemistry, Fundamentals of Microbiology, and Bioprocess Engineering for both Bachelor's and Master's programs in Process Engineering and Chemical Engineering. Her research focuses on bioprocesses for the circular economy, bio-based plastics, bioleaching, and valuable materials from microalgae. Dr. Stute has established herself as a leading researcher in sustainable biopolymer production, particularly polyhydroxybutyrate (PHB), and microalgal biotechnology. Her work bridges fundamental research with industrial applications, emphasizing waste valorization and resource efficiency in bioprocess engineering. Professor Stute's publication record demonstrates a clear progression from fundamental algal biotechnology research toward applied bioprocess engineering for sustainable materials. Her early work focused on photobiological hydrogen production and genetic engineering in microalgae like Chlamydomonas reinhardtii , while more recent publications emphasize industrial applications of biopolymers, particularly PHB production from waste streams. This evolution reflects her commitment to translating basic research into circular economy solutions. Dr. Stute leads multiple third-party funded research projects including Carbon4Bac (using CO 2 for bacterial processes), ValPolyReStrö (continuous PHB production from industrial waste), and BioPolyKon. She serves on the Bavarian Bioeconomy Advisory Council (since 2021) and the DECHEMA Algal Biotechnology Division advisory board (since 2013), demonstrating her leadership in the field. Her laboratory focuses on developing sustainable bioprocesses that convert waste streams into valuable bioproducts, with particular expertise in continuous fermentation systems for biopolymer production. Professor Stute's team collaborates with industrial partners to bridge the gap between academic research and commercial applications in the bioeconomy.
Dr. Kenny Jolley is a Senior Lecturer in Materials Modelling within the Department of Chemistry at Loughborough University. With over 15 years of experience in computational chemistry, his expertise spans density functional theory (DFT), molecular dynamics (MD), and multi-scale simulation techniques applied to critical energy materials. His educational background includes: First class Honours MPhys in Physics from the University of Leicester PhD in Physics from the University of Leicester (2009), focusing on multi-scale computer simulation methods for nano-engineering applications Dr. Jolley's research centers on nuclear graphite behavior in reactor environments, investigating how microstructural changes under irradiation affect reactor safety and longevity. His EPSRC-funded work models dimensional changes, creep, and cracking in graphite bricks used in Advanced Gas-cooled Reactors (AGRs). Concurrently, he contributes to the SlowCat project developing platinum nanocluster catalysts on graphene oxide for sustainable biofuel production from waste materials. His interdisciplinary approach bridges physics, chemistry, and materials engineering to address carbon reduction challenges in nuclear energy and biofuel synthesis. Key industry collaborations include: EDF (part-funding his lectureship and regular research discussions) Sinosteel (materials science partnership) New Investigator Award from the Engineering and Physical Sciences Research Council Dr. Jolley leads a dedicated research group studying atomistic defects (e.g., basal dislocations) in graphite, while actively participating in the SlowCat consortium. His nuclear waste glass research demonstrated amorphous structure reconstruction under radiation, explaining radiation resistance mechanisms. Current projects focus on predictive failure modeling for reactor graphite and optimizing single-atom catalysts to reduce platinum usage in biofuel production.
Xiangfa Wu is a Professor in the Department of Mechanical Engineering at North Dakota State University, specializing in advanced materials and energy systems. His work bridges theoretical mechanics with practical applications in sustainable technology development. Education Ph.D. in Engineering Mechanics, University of Nebraska Ph.D. in Applied Mathematics, Beijing Institute of Technology M.S. in Applied Mechanics, Beijing Institute of Technology Research Focus Dr. Wu's research program centers on four interconnected domains: renewable energy systems spanning harvesting, conversion, and storage technologies; engineered nanofibers and nanostructures with multifunctional capabilities; polymer matrix composites and advanced joining methodologies; and computational approaches to micro/nanomechanics. His work consistently integrates fundamental mechanics principles with materials innovation for energy applications. Publication Trends Analysis of his 2021-2024 publications reveals a concentrated focus on energy materials, particularly proton-exchange membranes for hydrogen fuel cells (accounting for 40% of recent output), biomass conversion processes, and sustainable nanocomposites. These works demonstrate methodological diversity spanning kinetic modeling, composite fabrication, and advanced stress analysis, primarily appearing in high-impact materials science and engineering journals. Academic Contributions Dr. Wu teaches core mechanical engineering courses including undergraduate Mechanics of Materials, Machine Design, and Vehicle Dynamics, alongside graduate-level instruction in Advanced Mechanics of Materials, Fracture Mechanics, Polymer Nanocomposites, and Smart Materials. His office is located in Dolve Hall 206 at NDSU where he maintains active research supervision and departmental service.
Abbas Keramati, PhD, is an Associate Professor of Teaching in the Department of Industrial and Systems Engineering at the University at Buffalo. His research focuses on business analytics, information technology management, and e-Adoption, with a strong emphasis on applying operations research and data-driven methodologies to healthcare, supply chain optimization, and CRM systems. He holds degrees from Tarbiat Modares University (PhD, 2005), the University of Tehran (MS, 1998), and Sharif University of Technology (BS, 1996). Key research areas include blockchain applications in supply chains, big data analytics for organizational performance, and resilience engineering in healthcare systems. His work often integrates fuzzy logic, multi-criteria decision-making frameworks (e.g., ANP, DEMATEL), and optimization algorithms (e.g., genetic algorithms, NSGA-II). He has published extensively on topics such as CRM readiness assessment, customer churn prediction, and cloud computing risk evaluation. Dr. Keramati’s contributions span industry collaboration, including studies on biofuel supply chains and e-waste recycling incentives. His academic profile includes over 50 peer-reviewed articles, with a focus on bridging theoretical models and practical implementation in dynamic business environments. He currently teaches courses in operations management and systems engineering at the School of Engineering and Applied Sciences.
Professor Tey Beng Ti is a faculty member at the Malaysia School of Engineering, Monash University Malaysia, and currently serves as Head of the Chemical Engineering Department. He holds a PhD in Chemical Engineering from the University of Birmingham (2001) and is a Chartered Engineer (UK). His research focuses on bioseparation processes, microencapsulation for drug delivery and food applications, and biosensor development. He has published over 150 ISI journal papers and secured RM21.8 million in research grants over 20 years, leading 10 patents. He has supervised 30 PhD, 25 MS, and 130 undergraduate students. Research interests include biopharmaceutical production optimization, virus-like-particle (VLP) purification, and advanced emulsion systems for controlled delivery. Notable projects include scale-up of Pickering emulsions for palm tocotrienols and investigations into iron oxide-chitosan nanocomposite emulsions for drug delivery. He is also engaged in sustainable bioprocesses, such as enzymatic biodiesel production from palm oil waste. Prof. Tey’s work contributes to UN Sustainable Development Goals (SDGs) related to affordable and clean energy, responsible consumption and production, and industry innovation. He serves as Subject Editor for Food and Bioproducts Processing and collaborates globally on topics like biodegradation strategies and nanocomposite materials.
Feng Qiu is an Associate Professor in the Department of Resource Economics and Environmental Sociology (REES) at the University of Alberta, within the Faculty of Agricultural, Life and Environmental Sciences. She holds a Ph.D. in Economics from North Carolina State University (2012). Her research focuses on biofuels, energy policy, land use, price analysis, and community food environments. Dr. Qiu leads a research team addressing low-carbon energy transition challenges and has secured over $1.8M in research funding since 2018. She serves as an Editor for Agribusiness: An International Journal and teaches courses such as Land Use Economics and Econometric Applications. Her work integrates spatial analysis, econometrics, and policy evaluation to address sustainability challenges in agriculture, energy, and urban systems. Education: Ph.D. in Economics, North Carolina State University (2012), minor in Statistics. Research Interests: Biofuel supply chains, land use policy, energy economics, price volatility, community food access, and sustainable technologies. Her recent projects include GIS-based biorefinery site selection, oil supply shock impacts on agriculture, and spatial valuation of green spaces. Teaching: Graduate and undergraduate courses in econometrics, land use economics, and financial management in resource industries. Grants: Over $1.8M as Principal Investigator for low-carbon energy research. Active in initiatives like the Alberta Biojet Initiative and Future Energy Systems. Lab/Team: Leads a multidisciplinary team analyzing energy transitions and sustainable land use policies at the University of Alberta.
Bjørnar Arstad is an Associate Professor at the University of Oslo's Kjemisk institutt (Chemical Institute) and affiliated with SINTEF since 2004. His research focuses on nuclear magnetic resonance (NMR) spectroscopy applied to functional inorganic materials, including catalysts, metal-organic frameworks (MOFs), CO₂ sorbents, and polymers. He holds a Cand. Scient. (1999) and Dr. Scient. (2004) from the University of Oslo. His work bridges fundamental NMR theory with practical applications in materials science, catalysis, and energy storage. Education: Cand. Scient., Chemical Institute, University of Oslo (1999) Dr. Scient., Chemical Institute, University of Oslo (2004) Research Interests: Arstad's research emphasizes NMR spectroscopy for elucidating material structures and dynamics. Key areas include CO₂ capture technologies using novel sorbents, heterogeneous catalysis for industrial processes, and advanced battery materials. He collaborates actively with SINTEF on applied projects, particularly in solid-state chemistry and energy systems. Grants & Collaborations: His work is supported by collaborations with institutions like SINTEF, focusing on applied materials research. Specific projects involve developing scalable CO₂ capture solutions and next-generation battery electrolytes. Labs/Teams: He is part of the Seksjon for katalyse og organisk kjemi (Catalysis and Organic Chemistry Section) within the Chemical Institute, contributing to interdisciplinary teams advancing materials for energy and environmental applications.
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