Find Academic Supervisors

• Net Zero Emissions
• Green Hydrogen Production
• Thermochemical Conversion
• +5 more

Dr. Muhammad Shahbaz is a Vice Chancellor's Research Fellow at Teesside University's Net Zero Industry Innovation Centre, affiliated with the School of Computing, Engineering & Digital Technologies. He holds a PhD in Chemical Engineering from Universiti Teknologi PETRONAS (2019), an MSc from KTH Royal Institute of Technology (2011), and a BSc from the University of the Punjab (2008). His research focuses on net-zero technologies, including green hydrogen production, CO₂ capture, thermochemical conversion of biomass/plastic wastes, and circular economy frameworks. He has led projects funded by REHIP, Qatar Foundation, and others, with over 80 publications (including 5 book chapters) and an H-index of 35. His work spans experimental research (lab-to-pilot scale) and process modeling. He currently serves as Guest Editor for journals like Fuel and Discover Environment . Research Projects: Pyrolysis Testing of Wood Pellets for Materials Processing Institute (2025) Low-Carbon Hydrogen Production from Biomass/Plastic Gasification (2025–2026) Growing Teesside’s Hydrogen Economy and Just Transition to Net Zero (2023–2027) Research Interests: Waste valorization, biomass gasification/pyrolysis, CO₂ utilization, techno-economic analysis, sustainable process design. His recent work emphasizes integrating carbon capture with renewable energy systems to achieve negative emissions. Grants & Awards: Multiple projects funded by international bodies; recognized as a young scientist leader in sustainable energy research. Labs & Teams: Leads the Net Zero Industry Innovation Centre's energy systems group, collaborating with industry partners on pilot-scale projects.

Leon WilliamsView profile

Professor

• Design
• Strategy
• Innovation
• +4 more

Professor Leon Williams is the Theme Director for Manufacturing Materials and Design at Cranfield University's School of Management. His research focuses on developing low-cost green-technology solutions meeting ISO standards, with expertise in precision engineering, novel materials, and innovation management. Research interests span technology development with emphasis on high-impact disciplines: rapid-innovation theory, technology readiness pipelines, digital technology development, craftsmanship techniques, and innovation strategy. Key applications include sanitation systems, aviation technology, and sustainable materials. Recent publications demonstrate strong focus on sustainable sanitation solutions (65%), aviation technology (20%), and social-environmental systems (15%), with emerging work in AI/IoT integration. Research consistently addresses practical applications through industry collaborations. Significant industry collaborations include Jaguar Land Rover, IBM, P&G, Royal Mint, and Bombay Sapphire, developing solutions across manufacturing, robotics, and resource management sectors.

Jens Michael BertelsenView profile

Associate Professor

• Environmental Engineering
• Mechanical Engineering
• Sustainable Energy
• +3 more

Dr. Jens Michael Bertelsen is an Associate Professor in the Mechanical Technology division at the Department of Engineering Technology and Didactics , Technical University of Denmark (DTU) . His work focuses on sustainable energy systems, waste management, and environmental impact assessments. Affiliation: Technical University of Denmark His research leverages pyrolysis and life cycle assessment (LCA) to advance spent lithium-ion battery recycling and waste-to-energy solutions. Recent publications examine thermodynamic compensation effects, product formation in pyrolysis, and sustainable material choices for residential building installations. Research Trends : 2025 studies highlight environmental engineering and mechanical technology applications in energy storage, waste conversion, and sustainable material selection. The 2024 conference abstract explores pipe material LCA , while the 2021 report details medical device development . Collaborations span international institutions, with co-authorships on topics like bioeconomy and energy systems . No awards or student advising details were explicitly mentioned in the provided texts.

Subrata BhattacharjeeView profile

Professor

• Microgravity Combustion
• Radiation Heat Transfer
• Fire Detection
• +3 more

Subrata Bhattacharjee is a Professor in the Department of Mechanical Engineering at San Diego State University (SDSU), with an adjunct affiliation in Computer Science. He holds a B.Tech. from Indian Institute of Technology, Kharagpur (1983), and a Ph.D. from Washington State University (1988). His research focuses on microgravity combustion, radiation heat transfer, and computational thermodynamics, supported by grants from NASA and the National Science Foundation (NSF). Education: B.Tech., Mechanical Engineering, IIT Kharagpur (1983) Ph.D., Mechanical Engineering, Washington State University (1988) Research Interests: Prof. Bhattacharjee's work explores flame dynamics in microgravity environments, including experiments conducted aboard NASA's Sounding Rockets, Space Shuttles, and the Mir Space Station. He investigates radiation-kinetics interactions, flame spread modeling, and fire detection technologies. His development of TEST (The Expert System for Thermodynamics) provides a globally accessible educational tool for thermodynamics. Publication Trends: Recent publications highlight advancements in microgravity flame spread analysis, pyrolysis kinetics, and computational tools for thermodynamics. Themes include theoretical modeling, experimental validation, and interdisciplinary applications of web services and grid computing in thermal sciences. Collaborations and Grants: He collaborates with institutions like Gifu University (Japan) under joint NASA and Japanese government grants. His projects integrate computational frameworks with empirical studies to address challenges in microgravity fire safety and thermodynamic education.

• Systems Engineering
• Operations Management
• Engineering Economics
• +4 more

Dr. Paul J. Componation serves as the Associate Dean of Graduate and Interdisciplinary Affairs in the College of Engineering at The University of Texas at Arlington (UTA), where he previously held the positions of Professor and Chair of the Industrial, Manufacturing, and Systems Engineering (IMSE) Department and Executive Director of the University of Texas at Arlington Research Institute (UTARI). His distinguished career spans over three decades with significant academic appointments at Iowa State University and the University of Alabama in Huntsville, complemented by research experience at NASA's Marshall Space Flight Center. Dr. Componation earned his PhD in Industrial Engineering from West Virginia University in 1995, with an MS in Management from Troy State University (1987) and BS in Industrial Engineering from West Virginia University (1982). His educational background established the foundation for his expertise in systems engineering and operations management. His research portfolio demonstrates remarkable breadth across systems engineering, operations management, and engineering economics with practical applications in aerospace, healthcare, energy systems, and manufacturing. Dr. Componation has made seminal contributions to understanding how systems engineering practices influence project success, particularly in NASA and government contexts. His pioneering work on lean principles has provided frameworks for organizational transformation across multiple industries. Recent research directions include IoT integration in supply chain management, AI applications in manufacturing decision-making, and systems thinking approaches to healthcare improvement. Dr. Componation's scholarly impact is reflected in numerous prestigious recognitions including the 2025 Bernard R. Sarchet Award from the American Society for Engineering Management and his designation as a Fellow of the same organization. His research has attracted substantial funding from NASA, NSF, Department of Education, and industry partners including Foxconn Technology. As an educator and mentor, Dr. Componation has guided numerous doctoral and master's students through dissertation and thesis research on topics ranging from biofuel production systems to lean implementation assessment methodologies. His teaching focuses on decision analysis, engineering management, and engineering economy, with particular emphasis on developing innovative hybrid and online educational models for STEM disciplines that accommodate working professionals.

• Organic Chemistry
• Biochar Functionalization
• Molecular Rectifiers
• +5 more

Daniell L. Mattern is a Professor of Chemistry & Biochemistry at the University of Mississippi, where he has served since 1980. He holds the Margaret McLean Coulter Professorship (2015–2019) and the Andrew Stefani and Eldon Miller Chair for Excellence in Teaching (2021–2024). His research focuses on organic chemistry, biochar functionalization for environmental applications, molecular rectifiers, and G-quadruplex DNA stabilization. He has been recognized for his teaching with multiple awards, including the Elsie M. Hood Outstanding Teaching Award. Education: B.A. Chemistry, Kalamazoo College (1970) M.S. Chemistry, Stanford University (1971) Ph.D. Chemistry, Stanford University (1975) Postdoctoral Fellowships: Tufts University School of Medicine, University of California, San Diego Research Interests: Dr. Mattern’s work spans polyiodination of aromatic compounds, magnetic surfactant synthesis, glyoxime derivatives for metal circuitry, and perylenebisimide-based molecular rectifiers. His recent studies explore biochar’s role in CO2 capture and heavy metal adsorption via acoustic treatments. His research is supported by NSF, NIH, and the American Chemical Society. Publications: His work bridges organic chemistry and environmental science, with recent themes in biochar functionalization and nanomaterials. Key areas include CO2 capture mechanisms, heavy metal remediation, and molecular electronics. Awards & Grants: Recipient of multiple teaching awards and grants from NSF, NIH, and Research Corporation. His contributions to organic chemistry education and research span over four decades. Teaching & Service: Teaches undergraduate and graduate organic chemistry courses. Engaged in academic service, including leadership roles at the University of Mississippi. Enjoys cello performance and improv comedy in his spare time.

• Environmental Engineering
• Waste Management
• Chemical Engineering
• +3 more

Giannis Apostolos is an Associate Professor at the School of Chemical and Environmental Engineering of the Technical University of Crete. His primary research focuses on sustainable waste management, advanced material recycling, and environmental engineering solutions. He holds an office at the CHENVENG Building (K1), room K1.128, and can be contacted via agiannis@tuc.gr. His work addresses critical challenges in resource recovery from waste streams, including pyrolysis of plastics, anaerobic digestion optimization, and chemical looping combustion technologies. Key contributions include developing methods for recovering metals from electronic waste, enhancing biogas production through microbial diversity, and evaluating the environmental impact of photovoltaic recycling. Research Themes: Waste-to-energy systems, heavy metal remediation, circular economy strategies, and sustainable materials processing. Notable Projects: Hydrothermal treatment of fly ash, phage-based biocontrol for food safety, and lifecycle analysis of EV battery recycling in the EU. Dr. Apostolos collaborates on interdisciplinary initiatives to bridge environmental engineering with industrial applications, emphasizing scalable solutions for sustainable resource management.

Md Sazan RahmanView profile

Assistant Professor

• Sustainable HVAC Technologies
• Controlled Environment Agriculture
• Energy Optimization
• +5 more

Dr. Md Sazan Rahman is an Assistant Professor in the Department of Agriculture, Nutrition, and Food Systems at the University of New Hampshire's College of Life Sciences and Agriculture. His research focuses on sustainable technologies for controlled environment agriculture, including energy-efficient HVAC systems, renewable energy integration, and innovative substrate development to enhance agricultural productivity while minimizing environmental impacts. Research Focus: Dr. Rahman leads the Engineering for Agri-Environment (EAE) Lab, addressing challenges across controlled environment agriculture systems through: Development of sustainable HVAC technologies for greenhouses and vertical farms Design of porous concrete substrates for green roofs and hydroponic systems Thermal modeling and energy optimization of agricultural structures Integration of waste-recovering technologies with production systems Recent publications demonstrate a strong focus on thermal management innovations, including geothermal applications for greenhouses, evaporative cooling systems, and solar desalination technologies. His laboratory work emphasizes experimental validation of novel materials and systems for improved environmental control. Teaching: Dr. Rahman teaches courses on Urban Agriculture (SAFS 632), Greenhouse Management & Operation (SAFS 689), and Precision Agriculture (ANFS/SAFS 895/795), training students in sustainable agricultural technology implementation.

Yunsang KimView profile

Associate Professor

• Nanomaterials
• Sustainable Bioproducts
• Environmental Engineering
• +5 more

Dr. Yunsang Kim is an Associate Professor at Mississippi State University's College of Forest Resources, specializing in sustainable bioproducts and advanced materials. His research focuses on nanomaterials, polymer science, and environmental applications. He holds a Ph.D. in Polymer Science from Georgia Institute of Technology and degrees in Engineering from Korea University. Education: Doctor of Philosophy (Ph.D.), Polymer Science – Georgia Institute of Technology Master of Engineering, Polymer Science – Korea University Bachelor of Engineering – Korea University His work bridges material synthesis and environmental engineering, with notable contributions to cellulose-based aerogels, wood composites, and energy storage systems. Recent studies emphasize nanotechnology for pollution control, biodegradable materials, and sustainable construction solutions. Publications highlight advancements in aerogel fabrication, Pickering emulsion applications, and nanomaterials for water remediation. Dr. Kim collaborates on projects involving cross-laminated timber durability, phase change materials for thermal management, and biochar-based pollutant removal systems. He leads research initiatives in the Sustainable Bioproducts group, advancing eco-friendly materials for industrial and environmental challenges.

Jason Tyler StreetView profile

Associate Professor

• Bio-based composites and engineered wood products
• AI and machine learning in materials research
• Moisture and thermal transport modeling
• +3 more

Dr. Jason Tyler Street is an Associate Professor at Mississippi State University's Forest and Wildlife Research Center, specializing in sustainable bioproducts with expertise in bio-based composites, AI applications in materials research, and renewable energy systems. Education: Doctor of Philosophy (Ph.D.) in Engineering - Mississippi State University Master of Science (M.S.) in Biological Engineering - Mississippi State University Bachelor of Science (B.S.) in Biological Engineering - Mississippi State University Research Focus: Dr. Street's research bridges traditional wood science with cutting-edge technology, focusing on four primary areas: bio-based composites and engineered wood products, artificial intelligence and machine learning applications in materials research, moisture and thermal transport modeling, and renewable/alternative energy systems. His work particularly emphasizes sustainable building materials derived from agricultural waste and forest products. Research Trends: His recent publications demonstrate a clear trajectory toward integrating machine learning and computer vision techniques with traditional wood science. The development of MoistNet for wood chip moisture content measurement represents a significant advancement in non-destructive testing. Additionally, his work on corrugated core sandwich panels from crop residues showcases innovative approaches to sustainable construction materials. Scientific Recognition: Superior Paper Award from the American Society of Agricultural and Biological Engineers Indo-US Stipend Award from the International Institute Professional Affiliations & Mentorship: Dr. Street maintains active memberships in the Society of Wood Science and Technology, Forest Products Society, and American Society of Agricultural and Biological Engineers. He currently advises two graduate students: Tilak Neupane and Ethan Turo, contributing to the next generation of sustainable bioproducts researchers. Laboratory & Facilities: Dr. Street operates from the Forest Products Laboratory (Room 5204) at Mississippi State University, where he conducts cutting-edge research on wood-based materials and bio-composites. His work spans from fundamental materials characterization to applied product development for the construction industry.

Armando McDonaldView profile

Professor

• Biopolymer Science
• Wood Chemistry
• Biomaterials
• +2 more

Armando McDonald is a Distinguished Professor in the Department of Forest, Rangeland and Fire Sciences at the University of Idaho's College of Natural Resources. His research program focuses on sustainable biomaterials, wood chemistry, and the development of renewable material technologies. His investigations span biopolymer science, biomass conversion technologies, and advanced composite materials derived from natural resources. Research interests include the development of novel applications for lignocellulosic materials, catalytic pyrolysis processes for biomass conversion, and the engineering of sustainable composites. His recent publications demonstrate extensive work in biomass valorization, chemical characterization of plant materials, development of wood-based composites using innovative manufacturing techniques like 3D printing, and enhancement of agricultural materials through improved understanding of their structural properties.

• Business
• Artificial Intelligence

Dr. Mandis Khayati Gargari is Lecturer in Business and Artificial Intelligence at the University of East London's Business & Law research institute. Her interdisciplinary research bridges business applications with AI technologies, supplemented by materials science expertise evidenced in publications on mesoporous char modification.

Irini AngelidakiView profile

Professor

• Bioenergy
• Biorefinery
• Anaerobic Digestion
• +3 more

Irini Angelidaki is a Professor at the Technical University of Denmark (DTU), leading the BioConversions (BioCon) Section within the Department of Chemical and Biochemical Engineering. She specializes in bioconversion of biomass to bioproducts, biofuels, and bioenergy, with a focus on optimizing anaerobic processes and sustainable waste treatment. Her research group, BioCon, actively explores biogas, microbial electrochemistry, algae-based biorefineries, and waste-to-value strategies. Key research areas include anaerobic digestion, bioelectrochemical systems, and sustainable resource recovery. Her work contributes to UN Sustainable Development Goals related to clean energy and responsible consumption. Angelidaki has over 700 scientific publications and holds patents in bioprocess technologies. She serves on editorial boards and national/international committees, including the DTU Microbes Initiative and the AD Specialist Group of IWA. Her projects emphasize synergies between microbial systems and environmental engineering, with applications in waste valorization, bioenergy systems, and circular economy frameworks. Current research includes ammonia recovery, CO₂ capture in biofuel sectors, and microbial community dynamics under stress conditions. Angelidaki supervises PhD students in anaerobic microbiology, biogas enhancement, and microbial interactions. She coordinates large-scale projects funded by EU and national grants, focusing on biorefinery integration, bioaugmentation strategies, and anaerobic process modeling. Her lab develops innovative technologies for sustainable waste management, including electrochemical systems for biogas upgrading and microbial protein production from waste streams. Future directions target enhanced process efficiency, microbial consortia engineering, and scalable biorefinery solutions.

Marlena GroszekView profile

Researcher

• Environmental Engineering
• Materials Science
• Environmental Chemistry
• +3 more

Marlena Groszek is a Researcher at the Laboratory of Chemistry and Phase Analysis, affiliated with the Department of Building Materials Engineering and Geoengineering at Lublin University of Technology. Her research focuses on advanced materials for environmental applications, particularly biochars and activated carbons derived from plant biomass. She investigates their efficacy in adsorption processes, heavy metal remediation, and energy storage solutions. Her work bridges environmental engineering and materials science, addressing challenges in waste valorization and sustainable technologies. Key areas include pyrolysis techniques for biochar production, surface modification of adsorbents, and their application in water treatment and pollution control. Her collaborative projects with researchers like Małgorzata Wiśniewska and Przemysław Nowicki have produced peer-reviewed articles in high-impact journals such as Journal of Molecular Liquids and ChemPhysChem . These studies explore ionic polymer interactions, flocculation mechanisms, and thermal effects on adsorption processes. Her contributions emphasize practical solutions for environmental sustainability through innovative material design and characterization.

Feroz Kabir KaziView profile

Senior Lecturer

• Biomass pre-treatment
• Biomass fractionation
• Bio-fuel production
• +4 more

Dr. Feroz Kabir Kazi is a Senior Lecturer in the Department of Chemical Engineering at Sheffield Hallam University since January 2016. He has over 20 years of combined academic and industrial experience across leading global institutions and industries. His research focuses on biomass pre-treatment, conversions, upgrading processes, solar PV technology, and techno-economic analysis of novel chemical plants. He has secured multiple international research and consultancy grants, and his teaching includes core modules such as Chemical Process Principles, Reactor Design, and Plant Design for both undergraduate and postgraduate students. Education: BSc and MSc in Chemical Engineering from Bangladesh University of Engineering and Technology (1988–1990) PhD in Chemical Engineering from University of Sherbrooke, Canada (1996), specializing in biomass processing. Research Interests: Dr. Kabir’s work spans biomass fractionation, biofuel production via catalytic thermochemical conversions (e.g., pyrolysis), and solar PV electroplating. He emphasizes techno-economic feasibility of pioneering processes and waste valorization. Recent projects include biojet fuel production via microalgae (Airbus Group-funded) and bio-oil upgrading for heating fuels (Crops for the Future). Publications & Awards: Over 60 journal/conference articles and reports. Notable awards include the Top Cited Article Award (2014), Astonishing Academic Award (2015), and Quebec Provincial Scholarship (1994). His work bridges academia and industry, addressing global challenges in sustainable energy and waste management. Teaching & Collaboration: Leads modules in reaction engineering, process design, and professional practice. Collaborates with institutions like University of Nottingham Malaysia Campus and industry partners such as Airbus and Crops for the Future. Served as External Examiner at International Islamic University, Malaysia.