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Samuel BrockingtonView profile

Associate Professor

• Plant Evolution
• Caryophyllales Systematics
• Betalain Pigmentation
• +5 more

Professor Samuel Brockington is an Associate Professor in the Department of Plant Sciences at the University of Cambridge, where he serves as Head of the Evolution and Diversity Group and Curator of the Cambridge University Botanic Garden. His work bridges evolutionary biology, plant systematics, and conservation science, with a particular focus on the Caryophyllales order of flowering plants. Dr. Brockington's educational background includes a PhD in Evolutionary Biology from the University of Florida (2003-2009) and a BSc in Plant Sciences from the University of Edinburgh (1998-2002). His research spans multiple interconnected areas including the systematics of Caryophyllales, the evolution of betalain pigmentation pathways, plant conservation strategies, and the remarkable fog-harvesting geophytes of Namaqualand. His scholarly work demonstrates consistent focus on plant evolutionary mechanisms, particularly the molecular pathways behind betalain pigmentation, which has replaced anthocyanins in many Caryophyllales lineages. Recent publications show increasing integration of genomic approaches with traditional systematics, while maintaining practical applications in plant conservation. His work on the global network of botanic gardens has provided critical insights into ex-situ conservation strategies. Key scientific contributions: Established the molecular basis for convergent evolution of betalain pigmentation in Caryophyllales Developed methods to boost betalain production through metabolic engineering Conducted landmark analysis of global botanic garden collections for plant conservation Advanced understanding of sexual deception in plant pollination systems As an educator, Dr. Brockington teaches across multiple levels of the Natural Sciences Tripos at Cambridge, with particular involvement in plant evolution, domestication, and field courses. He maintains active public engagement through lectures on botanic gardens and conservation. His leadership extends to committee service including the Graduate Education Committee and Cambridge University Botanic Garden Syndicate, along with trustee roles for conservation organizations.

• Environmental Engineering
• Civil Engineering
• Materials Science
• +5 more

Agnieszka Machowska, a Professor at the Department of Hydraulic Engineering and Hydraulics within Warsaw University of Technology's Faculty of Environmental Engineering , serves as Vice Dean for Studies since 2020. Specializing in environmental engineering and materials science, she focuses on fly ash utilization in concrete technology and circular economy applications, particularly for hydraulic structures. Her career includes Vice Dean for Extramural Studies (2016-2020) and active roles in the Polish Committee for Standardization (TC308) and Polish Academy of Sciences (2016-2019). PhD in Technical Sciences (2007) D.Sc. (2020) Master's in Civil Engineering (2011) Co-author of 52+ publications Co-inventor of Polish patent Her research explores low-emission binders combining industrial by-products like fly ash and slag, with emphasis on mass concrete applications for hydro-engineering structures. Recent work addresses durability optimization, contaminant immobilization, and carbon footprint reduction in self-hardening slurries. Notable trends in her publications show sustained focus on: Fly ash-slag binder development Hydration kinetics analysis Circular economy implementation Flood protection dike applications Chemical durability under aggressive conditions Hydro-technical structure sealing Awards include two Rector's Awards for Scientific Achievement. As team leader of the Hydro-Engineering Materials and Structures Team , she supervises thesis promotion for 28+ students. Bibliometric indicators include h-index=6 (Scopus/WoS), total SNIP=10.04, and cumulative ministry score=1,487.

Antonello AliciView profile

Associate Professor

• Architectural History
• Cultural Heritage Conservation
• Nordic Architecture
• +3 more

Antonello Alici is an Associate Professor at Marche Polytechnic University, affiliated with the Department of Civil, Building and Architectural Engineering (DICEA). His research focuses on architectural history, cultural heritage conservation, and cross-cultural exchanges between Italy and Nordic countries. Research areas include: Modern Architecture, Historical Urbanism, Nordic-Italian architectural dialogue, Cultural Landscapes Email: a.alici@univpm.it His recent publications analyze 20th-century architectural movements across Italy and Scandinavia, Nordic building typologies, post-earthquake urban recovery, and the role of architectural archives. Notable topics include Giancarlo De Carlo's legacy, Nordic-Italian cultural resonances, and preservation of modernist heritage. His academic work emphasizes interdisciplinary methodologies, integrating historical analysis with contemporary design challenges. He contributes to international conferences and comparative studies on architectural education systems.

• Computational hydraulics
• River and lake hydrodynamics
• Flood hazard mapping
• +4 more

Dr. KRÁMER Tamás, Associate Professor at Budapest University of Technology and Economics' Department of Hydraulic and Water Resources Engineering, specializes in computational hydraulics and shallow lake hydrodynamics. He teaches courses in computational hydraulics, theoretical hydrodynamics, engineering analysis methods, and hydroinformatics. Current research focuses on wave-current-sediment interactions, flood hazard mapping, and environmental fluid mechanics Develops advanced numerical models for ship wave impacts and lake-atmosphere exchange processes Contributes to transboundary water management projects like REBEN His work combines field measurements and CFD simulations to study complex hydrodynamic phenomena. Recent publications address wind-induced lake circulation patterns and phosphorus dynamics in Lake Balaton sediments. Scientific Awards: #építő250 jubilee scholarship

• Construction Materials
• Concrete Technology
• Durability of Concrete
• +3 more

Dr. Nemes Rita is an Associate Professor at the Faculty of Civil Engineering, Budapest University of Technology and Economics, specializing in construction materials and lightweight concrete technologies. She teaches courses including Building Materials 1 , Building Materials 2 , and Building Materials 3 , focusing on advanced material properties and applications. Her research centers on the durability and performance of lightweight aggregate concretes under extreme conditions such as fire, freeze-thaw cycles, and mechanical stress. Key areas include residual compressive strength after thermal exposure, abrasion resistance, and bonding behavior of steel reinforcement in specialized concrete composites. Notable scientific contributions include publications on waterproof membrane value analysis and thermal degradation mechanisms. Awards include the Építő250 Scholarship . She serves on the Faculty Committee on Discipline and Ethics and participates in academic governance as an elected member of the Faculty Council.

Trine StensrudView profile

Professor

• Respiratory Physiology
• Exercise Physiology
• Sports Medicine
• +5 more

Trine Stensrud is a Professor in Sports Medicine at the Department of Sports Medicine, Norwegian School of Sport Sciences (NIH). She has been employed at NIH since 1991, progressing from engineer in the pulmonary lab to associate professor (2008-2019) and professor (2019-present). She served as head of the bachelor program in "Physical Activity and Health" from 2008-2019 and as program director for "Exercise, Health and Performance" from 2019-2023. Dr. Stensrud earned her PhD from NIH in 2008 with the dissertation "Exercise-Induced Asthma in different climatic conditions." Her academic journey began with a master's degree from NIH in 1992, establishing her foundation in sports medicine and respiratory physiology. Professor Stensrud's research focuses on respiratory and exercise physiology, particularly examining respiratory health in various athletic populations. Her work spans elite athletes, recreational athletes like triathletes and ultra-runners, young swimmers, and childhood cancer survivors. She investigates lung function development during puberty and studies the prevalence of injuries and diseases among young handball players. Her extensive publication record demonstrates expertise in pulmonary function testing, exercise-induced respiratory conditions, and sport-specific health challenges. Recent work examines breathing disorders in adolescent athletes, bone health in female runners, and the psychological aspects of athletic performance and injury. Her research often employs multidisciplinary approaches to address complex sports medicine questions. Education Award in 2022 for exceptional contributions as program director She has supervised numerous research projects and students, particularly focusing on the "Development and Injuries among Norwegian Adolescent Handball Players." Her teaching responsibilities include Exercise in Medicine, lung diseases and physical activity, respiratory and exercise physiology, physiological test methods, and outdoor training. Professor Stensrud leads research within the pulmonary physiology domain at NIH, collaborating with clinical and research teams to investigate respiratory challenges in athletic populations across various sports disciplines.

• Computational Engineering
• Geometric Modeling
• Sensor Technology
• +3 more

Aleksander Pedersen is an Associate Professor at the Department of Computer Science and Computational Engineering , UiT The Arctic University of Norway. His research focuses on Computational Engineering , Geometric Modeling , and Sensor Technology , with applications in Augmented Reality in Healthcare , Additive Manufacturing , and Winter Road Assessment . Fields of Interest Computational Engineering Geometric Modeling Sensor Technology Augmented Reality in Healthcare Additive Manufacturing Simulation-based Education Pedersen's recent work includes 2024 studies on AR projections for medical simulations and optimization in additive manufacturing , while earlier studies (2020–2015) explore spline-based modeling , sensor fusion for winter roads , and subsurface visualization . He collaborates with researchers like Tanita Fossli Brustad, Rune Dalmo, and Børre Bang, and is affiliated with the Simuleringer research group at UiT. His contact email is aleksander.pedersen@uit.no .

Sachin RustgiView profile

Associate Professor

• Molecular Breeding
• Plant Biotechnology
• Nutritional Enhancement of Crops
• +7 more

Sachin Rustgi serves as an Associate Professor of Molecular Breeding in the Department of Plant and Environmental Sciences at Clemson University's College of Agriculture, Forestry and Life Sciences, and as a Faculty Scholar at the Clemson University School of Health Research. He also holds an adjunct appointment as Associate Professor in the Department of Crop and Soil Sciences at Washington State University, Pullman. His research program is housed at the Clemson University Pee Dee Research and Education Center in Florence, South Carolina. Ph.D. in Crop Biotechnology from C.C.S. University, Meerut (2006) M.S. in Botany from M.J.P. Rohilkhand University, Bareilly (2001) B.S. in Biology and Chemistry from M.J.P. Rohilkhand University, Bareilly (1999) D.I.S.M. Diploma in Information Systems Management from Aptech, Chandausi (2000) Dr. Rustgi's research primarily focuses on developing dietary therapies for individuals with celiac disease or peanut allergies through molecular breeding approaches. His lab works on creating wheat and peanut genotypes with reduced immunogenicity using conventional breeding, genetic modification, and gene editing techniques. Additional research areas include identifying biomarkers for heat tolerance in major crops, developing novel pest management strategies using nucleic acid pesticides, and engineering cotton with annual growth habits. His work bridges plant science, human health, and food security, addressing critical challenges in food allergies affecting approximately 3% of the US population. Analysis of Dr. Rustgi's recent publications reveals a strong emphasis on food safety for immunologically sensitive populations, with significant work on reducing gluten immunogenicity in wheat and allergens in peanuts. His research increasingly incorporates advanced genomic techniques, including CRISPR/Cas systems and machine learning approaches for stress tolerance prediction. There's a notable trend toward interdisciplinary collaboration, with publications spanning plant physiology, food science, human nutrition, and computational biology, reflecting the complex nature of food allergy research. 2014 Faculty Excellence in Research Award from Washington State University College of Agricultural, Human, and Natural Resource Sciences See Fellow Award from the Society of Extension Education, Agra, India Dr. Rustgi leads a productive research program with multiple graduate students and postdoctoral researchers. His lab has secured funding for projects related to celiac-safe wheat development, peanut allergen reduction, and heat stress tolerance in crops. He actively collaborates with researchers across institutions including North Carolina State University and the University of North Carolina School of Medicine. His extension work includes publications on aflatoxin management in peanuts and wheat breeding for reduced immunogenicity, demonstrating strong connections between his research and practical agricultural applications. The Rustgi Lab, established in 2016 at the Clemson Pee Dee Research and Education Center, maintains four primary research foci: development of nutritionally enhanced and allergen-free crops, increasing genetic diversity in cotton germplasm, development of eco-friendly pesticides for sugarcane aphid control, and breeding for recurrent flowering in rose and peach. The lab operates as a multidisciplinary team with expertise spanning molecular biology, plant pathology, genomics, and food science, working toward practical solutions for food allergies and agricultural challenges.

Blanka GolebiowskiView profile

Associate Professor

• Dry eye disease
• Ocular surface research
• Meibomian gland dysfunction
• +12 more

Associate Professor Blanka Golebiowski is an accomplished optometrist and academic at the University of New South Wales (UNSW), where she serves as an Associate Professor in the School of Optometry and Vision Science (SOVS). With extensive clinical experience working in private practice across rural and metropolitan Australia and New Zealand, she brings practical expertise to her academic pursuits. Her research spans both ocular surface science and public health optometry, with a strong emphasis on translating research findings into real-world solutions and policy through collaboration with industry and external organizations. Professor Golebiowski's research program has two major pillars. The first focuses on ocular surface and tear film research, investigating mechanisms causing dry eye and eye pain to develop effective treatments. Her work examines dry eye disease, meibomian gland dysfunction, ocular allergy, contact lenses, refractive surgery, corneal innervation, neuro-immune modulation, sex and gender effects on the eye, climate change impacts, and ocular surface health in children. She employs advanced methodologies including clinical trials, in vivo confocal microscopy, corneal nerve analysis, and ultrasensitive hormone measurement techniques. Her second research pillar addresses public health optometry, with a focus on improving eye care for underserved populations including asylum seekers and refugees, for which she coordinates the UNSW Eye Clinic in partnership with the Asylum Seekers Centre in Newtown. Professor Golebiowski has established herself as a leader in multiple research domains, with her work on climate change impacts on ocular health gaining particular attention following Australian bushfires. Her research on sex and gender differences in dry eye has positioned her as a global expert in hormonal effects on ocular surface health. She has contributed to major international consensus reports including the British Contact Lens Association Global Consensus Report and the TFOS International Dry Eye Workshop. Vice-Chancellor's Award for Teaching Excellence: Postgraduate Research Supervision and Leadership in Supervision Named in Women Research Pioneers in Australian Optometry Fellow of the American Academy of Optometry AMP Tomorrow Maker award for asylum seeker eye care work Elected member of the International Society for Contact Lens Research Award for Outstanding Contribution to Research, SOVS Professor Golebiowski has supervised 19 PhD students and over 70 Honours and Masters students throughout her career, serving as Postgraduate Research Director at SOVS from 2007-2017. Her current supervision focuses on sex and gender influences on ocular pain, neurobiology of dry eye, climate change impacts on eye health, and blinking patterns. She has secured significant research funding including an ARC Discovery Project (2019-2023) on sex steroids and tear lipid production, an AMP Tomorrow Fund grant (2019-2020) for asylum seeker eye care, and multiple UNSW internal grants. She leads multiple research groups including the Ocular Surface research group, Public Health and Health Systems research group, and the Myopia Research Group. Her laboratory utilizes specialized equipment for in vivo confocal microscopy, corneal nerve analysis, meibomian gland assessment, and sex hormone measurement. She collaborates extensively with researchers globally, particularly in the areas of dry eye disease, contact lens research, and public health optometry, maintaining active partnerships in India, China, and Taiwan.

Joan Q. WuView profile

Professor

• Hydrology
• Stochastic Modeling
• Groundwater Flow
• +4 more

Dr. Joan Wu is a Professor in the Department of Biological Systems Engineering at Washington State University, affiliated with the College of Agricultural, Human and Natural Resource Sciences. She works at the Puyallup Research and Extension Center, leading research in hydrology with a focus on vadose zone dynamics, groundwater contamination, and GIS applications. Research Interests: Dr. Wu's work spans stochastic modeling of subsurface flow, contaminant transport simulation, water erosion analysis, and geospatial tools for hydrology. Her research integrates field studies with computational models to address environmental challenges. Recent publications highlight interdisciplinary trends in hydrological modeling, erosion assessment, and remote sensing. Key collaborators include Dr. Hanwue Qiu and Dr. Jane Zhang, with whom she explores vadose zone processes and watershed management. Grants & Projects: USDA CSREES CEAP: $621,000 for conservation practices in Asotin Creek US Forest Service: $232,149 for Tahoe Basin sediment studies Bonneville Power Administration: $224,766 for instream flow enhancement Teaching: Dr. Wu instructs courses on hydrology, contaminant transport, and research methods, including BSYSE 556 Surface Hydrologic Processes and Modeling since 2001. Research Affiliations: She is associated with the Agricultural Research Center, Center for Environmental Research, Education, and Outreach, and the State of Washington Water Research Center.

Baolin WanView profile

Associate Professor

• Structural Engineering
• Finite Element Analysis
• Fiber-Reinforced Polymer (FRP) Composites
• +7 more

Dr. Baolin Wan is an Associate Professor at Marquette University's Department of Civil, Construction and Environmental Engineering within the College of Engineering. His research focuses on advanced structural materials and mechanics. Ph.D., 2002, Civil Engineering, University of South Carolina M.S., 1999, Civil Engineering, University of South Carolina B.E., 1996, Civil Engineering, Tsinghua University Dr. Wan's research interests center on structural repair/retrofitting using FRP composites , finite element analysis , concrete durability , and nondestructive evaluation of bridges. He has pioneered work in hybrid FRP-steel systems , moisture diffusion modeling , and smart nanocomposite sensors . Recent publications emphasize 3D finite element modeling of bamboo-reinforced concrete, epoxy interlocking techniques , and self-sensing nanocomposites for structural health monitoring. His work spans material aging analysis, dual confinement systems, and cold climate construction applications with ice-filled columns. Dr. Wan has received research funding from China's Key Laboratory of Engineering Structure Safety for bamboo retrofitting studies. He maintains affiliations with professional organizations and participates in international collaborations on composite materials.

Ted WilsonView profile

Senior Lecturer

• Sustainable Architecture
• Energy-Efficient Building Design
• Passivhaus
• +2 more

Ted Wilson serves as a Master Lecturer at Laurentian University's McEwen School of Architecture (MSoA), where he has held a full-time faculty position since 2014. He concurrently holds significant leadership roles as Senior Vice-President and Treasurer of the Ontario Association of Architects (OAA), chairing multiple committees including Audit and Finance, and representing the OAA across Northern Ontario architectural societies. He earned his Bachelor of Architecture (B.Arch.) from the University of Waterloo in 1985, following which he gained extensive professional experience ranging from small to large architectural firms, including serving as president of AECOM Canada Architects Ltd. Wilson's research centers on sustainable architectural practices , with specialized expertise in energy-efficient design as a LEED Accredited Professional and Certified Passivhaus Designer. His work actively addresses material circularity through founding the Materials Exchange Depot (MXD) at MSoA for student reuse initiatives, and explores northern regional development challenges in Canada's climatically extreme environments. This focus manifests in community-scale projects like his heritage home restoration achieving 90% energy reduction. His four Municipal World publications (2018-2023) collectively examine sustainable transformation in Northern Ontario, revealing consistent themes of community-driven urban renewal, climate-responsive infrastructure, and resource-efficient design adapted to post-industrial northern contexts. No scientific awards or formal honors were documented in the source material. While specific grant details are absent, Wilson's leadership in establishing the MXD and coordinating engineering for the McEwen School's construction demonstrates project development capacity. His daughter's enrollment in MSoA's M.Arch. program is noted, though no formal student advising relationships are specified. He founded the Materials Exchange Depot (MXD) to operationalize material reuse in academic settings and maintains active OAA committee roles including Sustainable Built Environments, Governance, and Discipline committees, extending his influence through liaison positions with five regional architectural societies across Northern Ontario.

Adam SzelągowskiView profile

Lecturer

• Refrigeration
• Solar Cooling
• Heat Pumps
• +5 more

Adam Szelągowski serves as a Lecturer in the Department of Refrigeration and Energy in Buildings at Warsaw University of Technology's Faculty of Power and Aeronautical Engineering. His academic work bridges theoretical research with practical applications in sustainable building energy systems, with particular focus on innovative cooling technologies that reduce environmental impact. Dr. Szelągowski's research centers on renewable energy integration for cooling applications, with expertise in solar cooling systems, adsorption refrigeration technologies, and heat pump optimization. His work addresses critical challenges in energy efficiency for building systems, particularly exploring natural refrigerants like CO2 and propane as environmentally friendly alternatives. His research consistently examines practical implementation challenges including legal frameworks, safety considerations, and climate-specific adaptations for Polish conditions. Analysis of his publication record from 2017-2019 reveals a strong thematic focus on sustainable cooling solutions, with significant contributions to desiccant cooling systems, thermal energy storage, and integration of renewable energy sources with conventional HVAC systems. His work demonstrates methodological diversity, employing experimental validation, numerical modeling, and practical field testing approaches. First-degree team award for scientific achievements in 2018 awarded by the Rector of Warsaw University of Technology (October 1, 2019) Dr. Szelągowski actively contributes to research projects addressing practical industry challenges, including development of next-generation dehumidification technologies and energy efficiency optimization for industrial refrigeration equipment. His teaching portfolio includes Refrigeration Laboratory courses, Heat Pumps, and Sorption Technologies, directly connecting his research expertise with student education. His work is conducted within the Institute of Heat Engineering's research infrastructure, particularly utilizing laboratory facilities for refrigeration and building energy systems testing, with strong connections to industry partners through applied research projects.

• Radon Mitigation in Buildings
• Indoor Air Quality Assessment
• Sustainable Building Design
• +3 more

Dr. Joëlle Goyette Pernot is a Full Professor at the School of Engineering and Architecture , Fribourg University of Applied Sciences (HES-SO) , Switzerland. She serves as Principal Investigator in multiple radon-related research projects including: RnSLL2020-2025 : Radon monitoring in the Smart Living Lab SCOL'AIR-FR (2021-2023) : Primary school indoor air quality study Horizon H2020 RadoNorm : Radiation protection research consortium Her work focuses on radon mitigation techniques , indoor air quality monitoring , and sustainable building practices . Recent publications analyze sensor technology performance, statistical methods for radon risk assessment, and climate interaction with building radon levels. She collaborates with institutions like EPFL, SUPSI, and ECONS SA, securing funding from federal agencies like OFSP and European programs.

Carlo RoselliView profile

Professor

• Industrial Technical Physics
• Energy Systems
• Polygeneration
• +12 more

Carlo Roselli is a Full Professor in the Department of Engineering at the University of Sannio, Italy, specializing in Industrial Technical Physics (ING-IND/10). He has been a permanent faculty member since 2006, progressing from University Researcher to Full Professor in 2020. His research is centered on sustainable energy systems, with a focus on polygeneration, microcogeneration, trigeneration, and renewable energy integration. Full Professor, Department of Engineering, University of Sannio (2020–present) Associate Professor, Department of Engineering, University of Sannio (2017–2020) Confirmed Researcher, University of Sannio (2009–2017) University Researcher, University of Sannio (2006–2009) Carlo Roselli’s research interests include energy efficiency, dynamic simulation of energy systems, environmental impact assessment using metrics like TEWI and ETEWI, solar-assisted hybrid systems, heat pumps, and the development of tools for Positive Energy Districts. His work often involves experimental and simulation-based analysis under Mediterranean climate conditions, particularly in Southern Italy. The recent articles highlight a strong trend toward sustainable urban energy systems, with a focus on decarbonization, renewable integration, and smart energy communities. His publications span topics such as micro-trigeneration, geothermal plants, wind-driven CCHP systems, and innovative environmental indices like ETEWI. The research emphasizes real-world applications in residential, commercial, and community-level energy systems. Scientific awards and honors are not explicitly mentioned in the provided texts. Carlo Roselli has collaborated extensively with researchers including Maurizio Sasso, Elisa Marrasso, Giovanni Angrisani, and Francesco Tariello. His work is often supported by experimental facilities and simulation tools, contributing to national and European energy policy frameworks. While specific grants are not listed, his research aligns with EU climate and energy targets, particularly in primary energy savings and greenhouse gas reduction. He is part of a research team within the Department of Engineering at the University of Sannio that focuses on advanced energy systems, experimental validation, and sustainable technology implementation. The team conducts research on small-scale polygeneration, hybrid solar systems, and environmental performance metrics, operating under real-world Mediterranean climatic conditions.