Find Academic Supervisors

Greg LattaView profile

Research Professor

• Forest Economics
• Climate Policy Modeling
• Forest Carbon Management
• +4 more

Greg Latta is an Associate Research Professor of Forest Economics and Director of the Policy Analysis Group at the University of Idaho's College of Natural Resources. His research focuses on forest economics, climate policy modeling, and sustainable resource management. He holds a Ph.D. in Forest and Resource Economics from the Norwegian University of Life Sciences (2013), an M.S. in Forest Resources from Oregon State University (2000), and a B.A. in Economics from the University of California, Santa Barbara (1992). His research interests include forest products markets, forest-climate policy interactions, and growth/yield modeling. Notable projects involve analyzing bioenergy sustainability, carbon sequestration potential under climate scenarios, and policy impacts on forest management. He leads interdisciplinary studies on wildfire risk mitigation, biomass utilization, and land-use policy. Recent work emphasizes the intersection of climate mitigation strategies and forest sector adaptation. His articles explore topics like biofuel production feasibility, carbon credit frameworks, and socioeconomic drivers of forest utilization. He collaborates with international organizations to address global challenges like sustainable aviation fuel development and tropical charcoal consumption patterns. Latta directs the Policy Analysis Group, which bridges academic research with practical policy solutions for natural resource management. His expertise is sought for assessments of U.S. forest carbon dynamics, bioenergy markets, and climate policy design.

Christophe GerberView profile

Associate Professor

• Timber Engineering
• Structural Systems
• Multi-storey Timber Buildings
• +5 more

Dr. Christophe Gerber is an Associate Professor of Structural and Timber Engineering at the University of the Sunshine Coast, Queensland, Australia. He leads teaching and research in structural and timber engineering, focusing on timber construction, multi-storey timber buildings, and sustainable materials. With 30 years of experience in Australia and Europe, his work bridges practical industry needs with academic research, particularly in prefabrication, composite systems, and supply chain optimization. He coordinates the Bachelor of Engineering (Civil) (Honours)/Bachelor of Environmental Science program. His research emphasizes timber engineering innovations, including timber-concrete composites (TCC), stressed-skin panels (SSP), and durability solutions for mass timber construction. He contributed to design procedures for TCC floors and SSP systems, aligning with Australian standards like AS1720.1. Collaborations with industry and institutions like STIC and UTS have advanced practical applications of timber engineering principles. Professional memberships include MIEAust and Lignum (Switzerland). His work is published in journals like Australian Journal of Structural Engineering and presented at global conferences such as CIB W18 and the World Conference on Timber Engineering.

• Population Genetics
• Conservation Biology
• Plant Ecology
• +3 more

Professor Alison Shapcott is a Professor of Vegetation and Plant Ecology at the University of the Sunshine Coast (UniSC), affiliated with the Centre for Bioinnovation. She specializes in plant conservation, population genetics, and climate change impacts. Her work focuses on rainforest plants, endangered species recovery, and restoration ecology. Shapcott has a BSc(Hons) from Griffith University and a PhD from the University of Tasmania. Her research integrates disciplines like systematics, population modeling, and GIS to address biodiversity challenges. She collaborates internationally with institutions such as the Royal Botanical Gardens (Kew) and the Smithsonian Institution. Key projects include translocation of endangered species, fire regime impacts, and DNA barcoding for biodiversity assessment. Shapcott’s awards include a 2012 Smithsonian Fellowship. She advises on threatened species recovery teams and has led restoration projects involving governments, developers, and Indigenous groups. Her recent work emphasizes climate change adaptation and the conservation of dry rainforests in Central Queensland. Publications span 214 outputs, with a focus on endangered species viability, translocation success, and phylogenetic diversity. She supervises postgraduate students and contributes to agroforestry and biocontrol research.

Jacqueline BlakeView profile

Lecturer

• eHealth
• Assistive Technology
• Organizational Process Optimization
• +2 more

Jacqueline Blake is a Lecturer in Information Communication Technology and Information Services at the University of the Sunshine Coast's School of Science, Technology and Engineering. She holds multiple qualifications including a PhD focused on developing a web-application for sleep disorder diagnosis and an MSc investigating supply chain communication in Australia's timber industry. Her research optimizes organizational processes and technology applications for senior quality of life. Teaching areas include assistive technologies, systems analysis, project management, and network security. Blake maintains professional memberships with the Australian Computing Society and Australian Association of Information Systems. Research publications demonstrate consistent focus on healthcare technology, assistive systems for seniors, and organizational informatics. Recent works explore health smart homes, digital adoption in businesses, and pandemic impacts on academic work-life balance.

Florin IorasView profile

Professor

• Environmental Science
• Sustainability
• Forest Management
• +5 more

Florin Ioras is a Professor and Director of Research and Enterprise at Buckinghamshire New University. He holds the 'Chair of Conservation and Sustainability' and a 'Doctor Honoris Causa' from Transylvania University. His research focuses on environmental sustainability, forest management, and climate change mitigation, with over 155 publications including 75 journal articles. He coordinates large-scale international projects funded by organizations like the UNDP and Horizon 2020. Notable contributions include studies on Mediterranean superyacht marinas' environmental impact, forest carbon trade dynamics in Malaysia, and silver fir seedling resilience to cold stress. Ioras serves as an external reviewer for Technological University Dublin and contributes to European Cooperation in Science and Technology (COST) frameworks. His work integrates interdisciplinary approaches, combining ecological research with policy analysis. Recent projects address carbon footprint reduction in marinas, sustainable forestry practices, and the role of non-wood forest products. He has led over 40 collaborative research programs and 12 major international initiatives. His expertise spans environmental economics, biodiversity conservation, and innovative solutions for sustainable development. Awards include recognition for visionary research leadership and contributions to forest policy. His publications cover diverse topics like lingonberry growth under environmental conditions, oak seedling biostimulant responses, and dust emission in woodworking industries. Ioras actively engages in education reform, advocating for curriculum modernization in forestry and environmental sciences to meet industry demands.

• Computational Design
• Architectural Optimization
• Machine Learning
• +8 more

Thomas Wortmann is a Tenure Track Professor for Computing in Architecture at the Institute for Computational Design and Construction (ICD) at the University of Stuttgart. He previously taught at the National University of Singapore and Xi’an Jiaotong-Liverpool University in China. Education: Diplom-Ingenieur in Architecture (University of Kassel), M.Sc. in Design and Computation (MIT), PhD in Architecture and Sustainable Design (Singapore University of Technology and Design) His research focuses on computational methods in architectural design, including optimization, machine learning, and multi-variate visualization. He developed the award-winning tool Opossum, a machine-learning-based optimization platform with over 5,000 downloads. Recent publications highlight trends in Machine Learning , Artificial Intelligence , and Robotic Construction applied to the AEC industry, with emphasis on semantic web technologies, co-design workflows, and surrogate models for performance-informed design. Scientific Awards Best Dissertation Award, Singapore University of Technology and Design Award-winning Opossum tool (over 5,000 downloads) Thomas also contributes to open-source computational design tools and advocates for scalable, free, and platform-agnostic methodologies in architectural education.

Auroop R. GangulyView profile

Professor

• Climate Extremes
• Infrastructural Resilience
• Artificial Intelligence
• +2 more

Auroop R. Ganguly is a College of Engineering Distinguished Professor at Northeastern University, with joint appointments at Pacific Northwest National Laboratory. He directs the Sustainability and Data Sciences Laboratory and the AI for Climate and Sustainability focus area at the Institute for Experiential AI. His convergent research integrates climate science, infrastructure resilience, and artificial intelligence to address environmental security challenges. Education: Ph.D. in Civil & Environmental Engineering, MIT (2002) M.S. in Civil Engineering, University of Toledo (1997) B.Tech. in Civil Engineering, IIT Kharagpur (1993) His research examines climate extremes, hydrological systems, and critical infrastructure resilience through hybrid physics-based and data-driven methods. Key themes include predictive modeling of weather extremes, network science for lifeline infrastructures, and AI applications in climate adaptation. The work bridges fundamental science and translational engineering solutions. Recent publications demonstrate a strong trend toward integrated computational approaches, combining machine learning with environmental physics. Dominant keywords include sustainability, digital twins, urban resilience, and low-carbon materials, reflecting cross-disciplinary innovation. Scientific awards include: Distinguished Member of ACM (2023) ASCE Fellow (2019) College of Engineering Distinguished Professor Award (2023) Multiple best paper awards at top CS conferences He has mentored 23 PhD students and secured ~$70M in grants from NSF, DOE, DOD, and NASA. Labs under his direction include the Sustainability and Data Sciences Lab and AI4CaS, which collaborate globally on climate-risk analytics, notably advising governments on UN disaster-risk frameworks.

Thomas MillerView profile

Adjunct Professor

• Wood Engineering
• Structural Analysis
• Seismic Performance
• +2 more

Thomas Miller is an Adjunct Professor in the Wood Science & Engineering department at Oregon State University , affiliated with the College of Forestry. His work focuses on structural engineering, seismic performance, and finite element modeling of wood-based systems. Research Interests : Wood engineering, CLT diaphragms, seismic resilience, finite element analysis, sustainable construction materials. Key Contributions : 15+ publications on topics ranging from cross-laminated timber behavior to structural health monitoring of wood systems. Email : Thomas.Miller@oregonstate.edu Scientific Awards : None listed publicly.

Ian MorrellView profile

Research Fellow

• Mass Timber
• Timber Connections
• Hybrid Building Systems

Ian Morrell serves as a Research Fellow in the Department of Wood Science & Engineering at Oregon State University's College of Forestry, specializing in advanced wood construction systems. His academic credentials include: M.S. in Civil Engineering from Washington State University (2018) B.S. in Civil Engineering from Gonzaga University (2016) Research focuses on sustainable building innovation through: Structural performance of mass timber assemblies Connection mechanics for engineered wood systems Integration of timber with complementary materials in hybrid structures His work addresses critical challenges in low-carbon construction and tall wood building technologies, contributing to industry advancements in renewable building resources.

Stan DossoView profile

Professor

• Ocean acoustics
• Geoacoustics
• Marine-mammal acoustics
• +2 more

Stan Dosso is a Professor in the Department of Earth and Ocean Sciences at the University of Victoria, holding a BSc and MSc from UVic and PhD from UBC. His research focuses on ocean acoustics, geoacoustics, marine-mammal acoustics, earthquake seismology, and geophysical inverse theory. Research interests span acoustical oceanography, marine geophysics, and inverse methods applied to seabed characterization. Recent work includes developing Bayesian inversion techniques for geoacoustic profiling and passive acoustic monitoring of marine mammals in changing Arctic environments. Recent publications demonstrate strong emphasis on: Advanced geoacoustic inversion methods for seabed characterization Marine bioacoustics and conservation applications Tectonic seismology and subduction zone dynamics Innovative ocean sensing technologies Dr. Dosso leads archaeological excavations as Head of Post-Bronze Age excavations at Troy and Co-director of Gordion Excavations.

Jim KiserView profile

Senior Lecturer

• Mycorrhiza Ecology
• Forest Biometrics
• Silviculture
• +5 more

Jim Kiser is a Senior Lecturer at the College of Forestry, Oregon State University , affiliated with the Forest Engineering, Resources & Management department. Ph.D. in Forest Science (2009) M.S. in Forest Management with Statistics minor (1992) B.S. in Forest Management (1982) His research spans: Engineering applications in sustainable forestry Mycorrhizal and fungal ecology in forest systems Forest biometrics and geomatics Post-harvest damage assessment and growth modeling Surveying technology in forest environments Key publication trends include: Quantitative analysis of mechanical damage impacts on Douglas-fir Advances in aerial photography and satellite-based surveying Molecular and physiological interactions between trees and fungi Optimization of timber cruising and sampling methods He has advised multiple graduate students including Harris, Violet; Hill, Katie; and Sterling, Paige. His work integrates field engineering with ecological research, particularly in post-commercial thinning forest responses.

Stephen HodderView profile

Professor

• Architecture
• Sustainable Design
• Urban Planning
• +3 more

Stephen Hodder MBE is a Professor of Architecture at the Manchester School of Architecture, a collaboration between the University of Manchester and University of Salford. He is the founder and principal of Hodder+Partners, an award-winning architectural practice renowned for its innovative and sustainable designs. His career spans over four decades, marked by landmark projects such as the Centenary Building (RIBA Stirling Prize winner, 1996) and RHS Bridgewater (2021). Hodder’s work emphasizes contextual sensitivity, material integrity, and socially responsive design. Education: Bachelor of Architecture (Distinction), School of Architecture, University of Manchester Research & Interests: Hodder’s expertise lies in sustainable architecture, urban design, and the integration of cultural heritage with modern practice. His projects balance functional innovation with aesthetic rigor, often incorporating passive environmental systems and locally sourced materials. Articles & Awards: Over 60 major awards include the inaugural RIBA Stirling Prize and the RHS Bridgewater accolades. His work is frequently featured in journals like Architectural Review and Building Design . Roles & Grants: Former RIBA President (2013–2015), Chair of the Construction Industry Council (2019–2021), and external examiner at multiple institutions. His practice has pioneered sustainable methodologies, including passive cooling systems and timber diagrid roofs. Labs & Teams: Hodder+Partners collaborates closely with engineers and contractors to ensure integrated project delivery, emphasizing teamwork and client collaboration.

Atorod AzizinaminiView profile

Professor

• Structural Engineering
• Bridge Engineering
• Accelerated Bridge Construction (ABC)
• +7 more

Dr. Atorod Azizinamini is a Professor of Civil Engineering at Florida International University (FIU), holding the Vasant H. Surti Professorship . He serves as Director of the Accelerated Bridge Construction University Transportation Center (ABC-UTC) and the Preeminent Institute for Resilient and Sustainable Coastal Infrastructure (InteRaCt) . His expertise spans bridge engineering , accelerated bridge construction (ABC) , and high-performance materials , with a focus on durability and seismic resilience. He earned a B.S. from the University of Oklahoma and a Ph.D. from the University of South Carolina (1985) . His career includes leadership roles at the University of Nebraska-Lincoln, where he directed the National Bridge Research Organization. Notable innovations include the Folded Plate Girder system and the Guide for Bridges for Life , advancing long-term bridge service life. Research Interests include: Structural applications of Ultra-High-Performance Concrete (UHPC) ABC methodologies and robotic construction Lunar infrastructure design Seismic-resistant bridge systems Concrete durability and corrosion mitigation Awards include the White House Champion of Change, CERF Charles Pankow Award, and multiple FHWA recognitions. His work has been published in over 200 journal articles, books, and technical reports, with a focus on advancing ABC and UHPC applications. Grants & Leadership : Principal Investigator for SHRP2 R19A ($232M initiative) Directed the Moss School of Construction, Infrastructure, and Sustainability (2018–2022) Advisor to global projects (e.g., Republic of Korea) Labs & Teams : ABC-UTC: Focuses on ABC technologies and UHPC innovations InteRaCt: Addresses coastal infrastructure resilience

Mariapaola RiggioView profile

Associate Professor

• Timber Mechanics
• Structural Engineering
• Wood Architecture
• +8 more

Mariapaola Riggio is an Associate Professor of Wood Design and Architecture at Oregon State University's College of Forestry , holding the Richardson Chair in Wood Sciences and Forest Products . Her work bridges architectural design and structural engineering, focusing on sustainable wood applications in modern construction. PhD in Mechanical and Structural Engineering (University of Trento, 2007) MS in Architecture (University of Florence, 1997) Research spans: timber mechanics , green building , structural health assessment , and circular economy principles in wood construction. She teaches courses like Timber Tectonics in the Digital Age and Building Design Innovation with Wood , emphasizing digital fabrication and sustainable practices. Publications highlight timber's environmental performance, moisture management in CLT systems, and interdisciplinary pedagogy. Collaborations include partnerships with University of Oregon Architecture students. Scientific Award : Richardson Chair in Wood Sciences and Forest Products Advises graduate students in advanced wood product research while leading projects on timber structural monitoring and sustainable design strategies.

Arijit SinhaView profile

Professor

• Timber Mechanics
• Structural Engineering
• Building Lifecycle Analysis
• +3 more

Dr. Arijit Sinha is a Professor and JELD-WEN Chair of Wood-based Composites Science at Oregon State University's College of Forestry, Department of Wood Science & Engineering. He serves as Director of the NSF Industry University Cooperative Research Center for Wood-Based Composites and advises multiple graduate students. His research focuses on sustainable building practices through renewable materials development, structural engineering innovations in timber systems, and lifecycle analysis. Core interests include timber mechanics, structural optimization, wood-based composites, and sustainable built environments. Dr. Sinha's extensive publication record demonstrates consistent focus on mass timber structural systems, seismic performance analysis, sustainable construction materials, and experimental testing methodologies. Recent work emphasizes resilience engineering through shake-table testing and environmental assessments. As Graduate Major Advisor, he currently mentors nine PhD students working on timber mechanics, sustainability analysis, and renewable materials development. His teaching portfolio includes courses on sustainability evaluation through life cycle analysis, advanced wood design, and renewable materials manufacturing.