Find Academic Supervisors

Monday OkoronkwoView profile

Assistant Professor

• Sustainable Cement Chemistry
• Nanomaterials Engineering
• Wastewater Remediation
• +4 more

Monday Okoronkwo serves as an Assistant Professor in Materials Chemistry at Missouri University of Science and Technology, focusing on sustainable materials development and environmental remediation. His research bridges industrial waste valorization, nanomaterial synthesis, and decarbonization strategies for heavy-emission industries. Research interests prioritize sustainable cement chemistry (including belite-ye'elimite-ferrite systems and wastewater-derived struvite binders), nanomaterial-enhanced fluid systems (graphene nanofluids in bio-lubricants), and advanced wastewater treatment (hybrid nanocomposites for heavy metal/dye removal). Key methodologies involve thermorheological characterization, computational modeling of hydration dynamics, and circular economy approaches to industrial byproducts. Current publications reveal a strong trend toward industrial decarbonization (12 of 15 recent articles), particularly cement/lubricant sector innovations using slag, struvite, and vegetable oil derivatives. Secondary focus areas include nanomaterial sorbents for textile wastewater (5 articles) and fundamental studies of sulfoaluminate cement hydration mechanisms (3 articles). While no specific awards or student advisement details appear in source materials, Okoronkwo's work demonstrates significant grant activity through funded projects like the CAREER award on stratlingite-based cements and MRI-funded X-ray tomography infrastructure. His research directly addresses Missouri Department of Transportation (MoDOT) priorities through cement durability studies and sustainable binder development. Laboratory capabilities include advanced rheometry for cementitious systems, nanofluid thermal characterization, and adsorption testing for water treatment applications. Future work appears directed toward scaling slag-based clinker production and optimizing bio-nanofluids for industrial machining.

• Materials Science
• Polymer Engineering
• Bioplastics
• +5 more

Professor Annamaria Visco is an Associate Professor for the SSD ING-IND/22 (Materials Science and Technology) at the Department of Engineering of the University of Messina (UniMe). She belongs to the Ministerial area 09 - Industrial and information engineering as a Second level tenured professor in the Competition macro-sector 09/D - CHEMICAL AND MATERIALS ENGINEERING, specifically in the Competition sector 09/D1 - MATERIALS SCIENCE AND TECHNOLOGY. Education: Degree in Chemistry from the University of Messina (5/12/1991) with grade 110/110 cum laude Qualification to practice as a Chemist (April 1992) Specialization in "Chemical process technologies" (20/12/1993) with grade 50/50 PhD in "Chemistry of Materials for Special Uses" (01/07/1997) Professor Visco's research focuses on the modification and chemical-physical and mechanical characterization of polymeric materials, bioplastics, nano-composite materials, polymer blends and (nano) composite materials with a polymer matrix. Her work spans biomedical, environmental, and naval applications in the field of materials engineering, accompanied by the study of suitable production methods and technologies. Her specific research lines include polymer matrix coatings for environmental applications, nano composites and biopolymer blends for biomedical applications, nano-structured materials for nanomedicine, and recycling of materials with "green" plastics production from agri-food waste. Her recent publications demonstrate a strong focus on sustainable materials development, particularly in the areas of biocomposites from agri-food waste, bioplastics from renewable sources, and anti-corrosion coatings for marine applications. The research trends show an increasing emphasis on mathematical modeling of material properties and practical applications addressing Sustainable Development Goals 3 (Good health and well-being) and 9 (Industry, Innovation, and Infrastructure). Scientific Awards: Start Cup dell'Università degli Studi di Messina 2017 Professor Visco has served as scientific tutor for 10 PhD students and has been actively involved in numerous research projects. She has been Scientific Manager for several significant projects including THALASSA (PON 2014-2020), SI-MARE (PO FESR 2014-2020), and LIFE RESTART (LIFE 2021). Her editorial work includes serving as Associated Editor for the International Journal of Polymer Analysis and Characterization and as a member of the editorial board for Polymers journal. She is actively involved in multiple research groups including MTP-Mechanical Treatment Prototype, Laboratorio Polimeri, biopolimeri e composti, Laser plasmi e materiali innovativi, STrutture lIght-weight e biomateriaLi per applicazioni biomedichE (STILE), and progettazioNe grEen e lighTweight di navi e strutTUre off-shore.

• Supply Chain Risk Management
• Supply Chain Resilience
• Technological Innovation
• +3 more

Mahour Parast is a Research Associate Professor at Arizona State University's Del E. Webb School of Construction within the School of Sustainable Engineering and the Built Environment. His research focuses on supply chain disruption risk, resilience, and technological innovation, with funding from NSF, USDOT, VentureWell, and Qatar Foundation. He maintains active industry collaborations and serves on editorial boards for IEEE Transactions on Engineering Management and Operations Management Research. Education: Ph.D. in Engineering, University of Nebraska-Lincoln M.S., University of Science and Technology B.S., Sharif University of Technology Research Focus: Dr. Parast's work integrates data science and machine learning to analyze supply chain risk mitigation, emphasizing R&D investment impacts and dynamic capabilities. His publications in Journal of Operations Management and IEEE Transactions reveal how firm size, business strategy, and innovation orientation affect resilience. Recent studies examine bio-materials sustainability and healthcare quality systems through Baldrige Award frameworks. Publication Trends: His 2019-2020 output shows increasing use of machine learning for disruption prediction, with 60% of recent articles applying computational methods to supply chain risk. Cross-industry applications span airlines, healthcare, and construction, highlighting universal resilience principles through empirical US supply chain data. Scientific Recognition: Best Paper Award, European DSI (2024) Mentoring Award, TRB (2018) Multiple Best Paper Awards (DSI, ASEE) Faculty Research Award, UNC-Pembroke (2008) Mentoring & Grants: He has advised 19 graduate students to completion across Ph.D. and Master's programs. Current grants include NSF-funded studies on R&D innovation using BRDIS data and sustainable bio-materials development. His industrial experience in auto and energy sectors informs practical risk management frameworks. Professional Engagement: As a member of ISCRiM and DSI, he leads international research networks. His 24 invited presentations at institutions like Columbia University and Qatar University demonstrate global impact in technological innovation risk management.

Ewa Katarzyna LagodzkaView profile

Research Fellow

• Life Cycle Assessment
• Sustainable Construction
• Bio-based Materials
• +3 more

Ewa Katarzyna Lagodzka is a PhD Fellow at the Department of Sustainability and Planning within the Technical Faculty of IT and Design at Aalborg University, Denmark. Her research centers on sustainable construction systems and life cycle assessment of bio-based materials for net-zero applications. She holds a Master's degree in Building Energy Design awarded on 29 January 2024. Her expertise spans Life Cycle Assessment (LCA) , bio-based construction materials , and CO 2 storage in building products , with specialized focus on timber properties including fire resistance, moisture management, and feedstock viability. This work directly supports UN Sustainable Development Goals for sustainable infrastructure and responsible resource use. Her publication analyzes systemic barriers in replacing fossil materials with bio-alternatives, emphasizing LCA methodologies to evaluate environmental trade-offs across construction and textile value chains. Current projects demonstrate convergence in CO 2 sequestration, seaweed-based textiles, and harmonized LCA frameworks. No scientific awards were documented in the source material. She actively contributes to three major grants: ASCCENT (CO 2 storage in construction), LCA4BIO (harmonized assessment methods), and SeaWeave (seaweed textiles), collaborating with multidisciplinary teams across European institutions. Her advisory role focuses on technical implementation within these projects. Lagodzka participates in the PLAN Junior Researchers Network and LCS Group's LCA reading club, while presenting at forums like SETAC Europe and AI research bootcamps to advance methodological innovation in sustainability science.

Florence ColletView profile

Professor

• Geo-sourced Materials
• Bio-sourced Materials
• Construction Materials
• +4 more

Florence Collet is a university professor at the University of Rennes, affiliated with INSA Rennes and the Civil and Mechanical Engineering Laboratory (LGGCM). She holds the Energy Renovation of Buildings Chair at the University of Rennes Foundation and focuses on sustainable construction materials with low carbon footprints, particularly geo- and bio-sourced materials derived from quarry co-products and agro-resources. Her work emphasizes reducing resource depletion and improving building comfort through hygrothermal regulation. Collet leads innovative research on drying methods for earth-hemp walls, inspired by solar collectors. This system accelerates drying time from 70 to 35 days, minimizing mold risks and construction delays. She collaborates with companies like LABORATOIRE CBTP and Kannwood, with contractual support from SATT Ouest Valorisation, enabling academic publishing while maintaining industry validation. Innovative Energy, Chemistry, Materials and Structures Prize, 2024 Valorisation Trophies

• Computational Structural Design
• Embodied Carbon Analysis
• Sustainable Building Structures
• +7 more

Bernardino D'Amico is an Associate Professor at Edinburgh Napier University's School of Computing Engineering and the Built Environment. With a background in architecture and computational structural design, he focuses on sustainable building practices with particular expertise in embodied carbon analysis, timber engineering, and innovative construction systems. His research bridges the gap between computational methods and practical sustainable construction solutions. Laurea Magistrale (Master's) in Architecture, University of Naples Federico II (2010) PhD in Computer-Aided Methods for Free-Form Grid-Shell Structural Systems, Edinburgh Napier University D'Amico's research centers on computational structural design and optimization for sustainable buildings. His work explores embodied carbon quantification, material efficiency in structural systems, and innovative use of sustainable materials like timber and bamboo. He investigates how computational approaches can reduce environmental impacts while maintaining structural integrity and functionality. His research has significant implications for decarbonizing the construction sector through data-driven design methodologies. His publication record shows a strong focus on embodied carbon assessment methodologies, sustainable material applications, and whole-life carbon analysis of buildings. Recent work includes probabilistic approaches to carbon prediction, bamboo-based construction systems, and critical analyses of net zero building frameworks. His research increasingly incorporates machine learning techniques to improve accuracy in early-stage design carbon estimation. D'Amico has received significant research funding from diverse sources including the Royal Academy of Engineering, Construction Industry Council of Hong Kong, Innovate UK, and the Scottish Government for projects addressing sustainable construction challenges. His work spans from material-level innovations to system-wide analyses of building stock carbon emissions. He actively supervises numerous PhD students working on cutting-edge sustainability topics including carbon neutrality verification, material substitution with hemp insulation, bamboo-timber composites, and embodied carbon responsibility frameworks. His supervision portfolio demonstrates his commitment to developing the next generation of sustainability-focused researchers in the built environment sector. D'Amico leads or contributes to several research groups focused on sustainable construction, embodied carbon quantification, and innovative structural systems. His work connects computational design, environmental assessment, and practical construction applications, creating a unique interdisciplinary approach to reducing the environmental impact of the built environment.

• Thermal energy storage
• Phase change materials
• Eco-responsible building

Marie Duquesne is a Teacher-Researcher affiliated with the University of La Rochelle, working within the E2 - BVD research team. Her research bridges thermal science and sustainable engineering, with a focus on optimizing energy efficiency in buildings and electronics through advanced materials. Research Interests: Dr. Duquesne's work centers on three interconnected pillars: Thermal Energy Storage : Developing latent heat systems using phase-change materials (PCMs) for seasonal energy conservation. Phase Change Materials : Innovating bio-based and shape-stabilized PCMs for eco-friendly applications. Eco-Responsible Building : Designing sustainable construction materials (e.g., hemp concrete composites) to enhance hygrothermal performance and reduce carbon footprints. Publication Trends: Her recent articles (2021–2025) emphasize experimental and computational approaches to thermal management. Key themes include infrared thermography for material analysis, numerical modeling of building envelopes, and bio-sourced PCMs. Collaborative works frequently address electronics cooling, passive energy storage, and hazard reduction in consumer products. Affiliations & Collaboration: She actively collaborates with multidisciplinary teams (e.g., materials scientists, building physicists) and contributes to projects involving carbon foams, metal alloys, and electronic device safety. The E2 - BVD team facilitates applied research in energy-efficient technologies.

Laura van SantenView profile

Lecturer

• Bio-based building materials
• Material science
• Environmental impact of building materials
• +6 more

Laura van Santen (1985, Leiden) is an architect and educator currently serving as Studio tutor and Year head for the 1st Year at the BA Department of Interior Architecture and Furniture Design at the Royal Academy of Art (KABK) in The Hague. She also serves as Graduating tutor for Master students of Interior Architecture (INSIDE) since 2022. Previously, she taught at the Institute for Architecture & Landscape at the Technical University of Graz. Her research focuses on the intersection of material science, sustainable practices, and design education. Key areas include: Bio-based building materials and their application in architectural contexts Ceramic tile development and waste material repurposing Bronze surface treatments and patination processes Haptic knowledge and material experimentation in design education Industrial building processes and resource flows Van Santen's work emphasizes understanding material resources throughout the design process rather than as an afterthought. Her research demonstrates how workshops can be the starting point for design projects rather than just execution spaces. She advocates for collaborative, open-source approaches to material experimentation, creating recipe libraries that document material processes and promote knowledge sharing. Her research projects show a consistent trajectory toward sustainable material innovation, with increasing focus on transforming waste into valuable resources and developing educational methods that instill material responsibility in students. The 'Finger Exercises' project represents a significant shift in design pedagogy, moving from product-focused outcomes to process-oriented material understanding. Van Santen's contributions have been recognized through nominations for the ARC award, Dutch Design Award, and Architectenweb Award. Her work has been published in prominent design publications including de Architect, DeMorgenMagazine, Casa Naturale, and Domus. As an educator, she has significantly influenced curriculum development through her involvement in the Design Lectorate Teaching Tools Research Group, implementing changes that integrate material knowledge from the earliest stages of design education. She has successfully secured research funding from the Stimuleringsfonds for projects including the Metallotheek bronze research and ceramic tile development with Cor Unum.

• Hygrothermal Performance
• Bio-based Insulation Materials
• Building Science
• +12 more

Neal Holcroft is a Research Fellow in the Department of Architecture & Civil Engineering at the University of Bath, Faculty of Engineering & Design. His work focuses on sustainable building materials, particularly bio-based insulation and the hygrothermal performance of low-carbon construction systems. His research interests lie at the intersection of building physics, energy efficiency, and sustainable retrofit. Key areas include hygrothermal modeling, moisture transport in natural materials, performance evaluation of hemp-lime buildings, and the development and use of simulation tools like EnergyPlus. His work supports the advancement of circular economy principles in construction and contributes to UN Sustainable Development Goals related to climate action and sustainable cities. The two most recent publications reflect a consistent focus on experimental and simulation-based assessment of bio-based building materials, particularly in retrofit contexts. These works emphasize accurate parameter determination and whole-building performance modeling, highlighting a methodological rigor in both laboratory and computational approaches. Neal Holcroft is currently contributing as a researcher to the Horizon Europe project 'InNovative Bio&geo-soUrced, re-used & recycled products coupled with BIM-based dIgitaL platform for very low carbon consTruction', which aims to integrate sustainable materials with digital platforms for low-carbon construction. He completed his PhD with a thesis titled 'Natural Fibre Insulation Materials for Retrofit Applications', supervised by A. Shea and P. Walker, further establishing his expertise in sustainable insulation solutions. While no formal advisees are listed, his role in major research projects indicates active mentorship and collaboration within research teams.

Mareike GastView profile

Professor

• Sustainable Materials
• Biotechnology in Design
• Material Interactions
• +6 more

Mareike Gast is a Professor of Industrial Design with a focus on Material, Technology and Sustainability at Burg Giebichenstein University of Art and Design Halle since 2016. She is co-initiator and project leader of BurgLabs, an interdisciplinary research platform focused on sustainability, biotechnology, and robotics. Gast also leads the Materialsammlung of the BURG together with Prof. Dr. Sara Burkhardt and has been a board member of the Material-Archiv since 2025. She serves on the advisory board of the Bundespreis Ecodesign since 2019 and was a member of the Ressourcenkommission am Umweltbundesamt (2021-2023). Education: Foundation Studies in Art and Design at Central Saint Martins College of Art and Design in London (2000/01) Industrial Design at Design Academy Eindhoven (2001-2005) Mareike Gast's research focuses on the development of sustainable material interactions and transformation processes, with particular emphasis on the potentials and risks of biotechnology. Her work explores how living microorganisms can be integrated into materials, membranes, and textile surfaces to create symbiotic systems. She investigates questions about living products, biological obsolescence, and the care required for perishable materials. Her research bridges industrial design, material science, and sustainability, with strong emphasis on circular economy principles and innovative production methods. She has pioneered approaches to embedding microorganisms in various materials using manufacturing techniques such as 3D printing and electrospinning. Her recent publications and student projects demonstrate a consistent focus on sustainable design solutions across biomaterials, circular product development, and sustainable manufacturing. Projects like 'Compostable Devices' showcase innovative approaches to integrating biological materials into everyday products, while 'Monomaterial' addresses systemic challenges in material flows. Her work increasingly explores biotechnology applications in design, as seen in projects involving microbial materials, biofabrication, and living textiles. The 'Living Layers' project exemplifies her approach to symbiotic material systems, examining how microorganisms alter material properties and interact with the environment. Mareike Gast has supervised numerous master's theses on sustainable design topics, mentoring students who have developed innovative approaches to material use and product design. Her guidance spans diverse areas including sustainable footwear ('prototyping footprints'), food systems ('Rethinking Food Storage Design'), and medical applications ('Monomaterial'). She has established a robust framework for design research that emphasizes hands-on experimentation alongside theoretical exploration. As co-initiator of BurgLabs, Gast leads research in the BioLab and SustainLab, where interdisciplinary teams explore sustainable materials and production methods. The BioLab focuses on integrating living microorganisms into design processes, while SustainLab addresses systemic sustainability challenges in product design and manufacturing. These labs provide a platform for collaborative research with industry partners and academic institutions, facilitating knowledge exchange between design, science, and industry. The Materialsammlung she co-leads serves as a physical and conceptual resource for material exploration and innovation.

• Environmental Engineering
• Water Treatment Technologies
• Phosphorus Recovery
• +3 more

Dr. Brooke K. Mayer is a Professor in the Civil, Construction and Environmental Engineering department at Marquette University . Her research focuses on developing sustainable water and wastewater treatment technologies that address both microbial and chemical contaminants. Key areas include phosphorus removal and recovery, waterborne virus detection, and advanced oxidation/electrochemical treatments. Ph.D., Environmental Engineering, Arizona State University (2008) M.S., Environmental Engineering, Arizona State University (2006) B.S., Civil Engineering (Environmental Concentration), Arizona State University (2004) Her research has been supported by multiple grants including: NSF CAREER Award (2016-2022): 'Harnessing the Power of the Phosphate-Binding Protein PstS to Recover Phosphorus' NSF Science and Technology Center (STC) (2021-2026): Science and Technologies for Phosphorus Sustainability (STEPS) U.S. Army ERDC Grant (2022-2024): Novel technologies to mitigate water contamination Dr. Mayer's group has contributed to understanding: Electrocoagulation for emerging contaminant removal Titanium dioxide photocatalysis for organic contaminant mitigation Phosphorus recovery using bio-based adsorbents Arsenic removal via electrolysis-RO coupling Mitigation of disinfection byproducts Scientific awards include the NSF CAREER Award and leadership roles in major research centers. Her students include Joe Heffron, Yiran Tong, and Patrick Mullen.

Dimitrije D. ČvokićView profile

Assistant Professor

• Bioinformatics
• Software Development
• Operations Research
• +5 more

Dimitrije D. Čvokić serves as Assistant Professor and Head of the Department of Computer and Information Sciences within the Faculty of Science and Mathematics at the University of Banja Luka. His academic leadership spans curriculum development across computer science and mathematics disciplines, with teaching responsibilities including Data Structures, Algorithms, Software Engineering, and Mobile Application Development. His research focuses on competitive hub location problems, bioinformatics tool development, and blockchain applications. Čvokić pioneered the integration of Linux-based bioinformatics tools like BioLinux and UGene into biology curricula, while developing novel optimization algorithms for Stackelberg games in logistics networks. His recent work explores large language model terminology standardization and blockchain-based property investment platforms. Analysis of his publication trends reveals a strong trajectory from theoretical optimization (2015-2020) toward applied computational solutions (2021-2024), with increasing interdisciplinary collaboration spanning public health, real estate, and linguistic computing. His work demonstrates consistent methodological rigor in operations research while adapting to emerging technological domains. As an academic advisor, Čvokić has mentored multiple thesis students including Aleksandar Vrhovac (Interval Arithmetic, 2023), Danijela Kovačević (Automatic Control Systems, 2023), and Nemanja Marjanović (CAPTCHA systems, 2022). His teaching innovations include introducing Python programming, RDKit cheminformatics tools, and BASH scripting into diverse science curricula across chemistry, biology, and geodesy programs. Čvokić established computational laboratories featuring specialized software environments including Chemistry Add-in for Word, ChemSketch, UGene, and NET Bio Extension for Excel. His cross-departmental collaborations have modernized computer science instruction across the university's technical and natural science programs through systematic integration of open-source tools and modern development frameworks.

Sacha DiscorsView profile

Lecturer

• Collective housing
• Urban rehabilitation
• Common spaces
• +3 more

Sacha Discors is an Associate Lecturer at PSL University, specializing in the Theory and Practice of Architectural and Urban Design (TPCAU). He currently teaches architectural projects at ENSA Paris-La Villette and will join ENSA Paris-Malaquais in 2024. Graduated from ENSA Paris-Est with an HMONP Architect diploma in 2010 Focus on urban design and architectural education Currently affiliated with PSL University's Paris-based institutions His research explores: Collective housing typologies Urban rehabilitation strategies Common space configurations Sustainable construction methods (bio/geo-sourced materials) Resource-efficient architectural practices His work bridges academic instruction with professional practice through his agency's investigations into spatial economies.

• Architectural Design
• Computational Design
• Mycelium-based Materials
• +7 more

Jonathan Dessi-Olive is an Assistant Professor at Kansas State University’s School of Architecture, with prior roles at Georgia Tech and MIT. His work bridges computational design, structural engineering, and sustainable materials, focusing on mycelium-based composites, tensegrity systems, and shape grammars. He leads the MycoMatters Lab, which explores fungi-driven construction for decarbonization and circular economies. PhD advisors: George Stiny, Terry Knight, John Ochsendorf (MIT) 2017-2019: Visiting Assistant Professor, Georgia Tech 2020-2021: Director, MycoMatters Lab Research interests include architectural acoustics, biomaterials, and algorithmic design. His projects integrate shape grammars with material performance, such as Simulation-Validated Shape Grammar for Architectural Acoustics (2022) and mycelium-based structural prototypes like Monolithic Mycelium: Growing Vault Structures (2019). Articles emphasize sustainable fabrication, acoustic optimization, and bio-composite reinforcement. Recent work with Tim Hsu on acoustical arrays and mycelium structures has appeared in Nexus Network Journal and Structures and Architecture . Key trends show interdisciplinary focus: computational methods, material science, and community-driven design. Awards include the 2019 Best Full Paper at SimAUD and the 2017 Ventulett NEXT Fellowship. Scientific Awards: Best Full Paper Award, SimAUD Symposium (2019) Georgia Tech Masonry Research Grant (2018) Ventulett NEXT Fellowship (2017) TODA Fund Grant (2015) ARCC King Medal (2010) As Principal Investigator for the Sustainable Development for Rural Kansas project (2020-2021), he explored agricultural byproduct-to-building material pipelines. Collaborations span plant pathology, agricultural economics, and engineering. The MycoMatters Lab demonstrates his commitment to integrating design, biology, and robotics for scalable eco-material solutions. Lab projects include the 2018 El Monolito Micelio pavilion, which used fabric-formwork casting for monolithic mycelium structures, and the 2019 Air-Ten Module inflatable tensegrity prototype at Georgia Tech. His 2020 APDESIGN PPE Response mobilized 3D-printing during the pandemic, producing 2800+ face shields.

Juney LeeView profile

Assistant Professor

• Sustainable Construction
• Computational Structural Design
• Regenerative Materials
• +3 more

Juney Lee is the T. David Fitz-Gibbon Assistant Professor of Architecture at Carnegie Mellon University's School of Architecture, appointed in 2023. He leads the Regenerative Structures Laboratory and teaches core structural design courses, emphasizing computational methods and sustainable practices. His research focuses on reducing embodied energy in buildings through advanced materials and construction technologies, with notable projects like the MycoTree and the HiLo unit at NEST. Lee holds degrees from UC Berkeley, MIT (M.Eng. in Structural Engineering), and a Ph.D. from ETH Zurich, where his work earned the Silver Medal. He is a co-developer of the open-source COMPAS framework and RhinoVAULT 2 software, advancing democratized access to computational tools. Education: B.A. in Architecture, University of California, Berkeley M. Arch., Massachusetts Institute of Technology (MIT) M. Eng. (Structural), MIT's Department of Civil and Environmental Engineering Ph.D., Institute of Technology in Architecture at ETH Zurich Research Interests: Lee's work bridges computational design, sustainable materials, and structural innovation. He explores 3D graphic statics, mycelium-based composites, and scalable decarbonization strategies. His teaching integrates hands-on methods to enhance students' design intuition amid AI-driven tools. Awards: Marvin E. Goody Award (MIT, 2014) ETH Zurich Silver Medal (2019) Teaching & Grants: Leads courses in structural design and computational analysis. Advises across all academic levels. Collaborates on projects like NEST's HiLo unit and the Seoul Biennale MycoTree installation. Active in industry-academia translation through prototypes showcased at international biennales. Labs/Teams: Directs the Regenerative Structures Laboratory at CMU, focusing on open-source tools and sustainable construction innovation.