Find Academic Supervisors

• Agricultural and Biological Sciences
• Biogas
• Digestate
• +5 more

Rommie van der Weide is a researcher at Wageningen University & Research, specializing in biobased resources and circular agriculture. Her work focuses on waste valorization through insect rearing (particularly Hermetia illucens ), soil quality improvement, and sustainable protein production from food waste streams. Active research areas include biogas production, digestate processing, and vermicomposting Key projects: RuralBioFarmeries , GO-GRASS , and Biobased opwaarderen mest en digestaat Recent collaborations span agricultural innovation, green chemistry, and ecosystem services Her publications highlight advancements in circular systems, including cellulose extraction methods and soil management techniques. Media contributions emphasize agricultural sustainability, bioeconomy, and green resource utilization.

• Sustainable Architecture
• Structural Engineering
• Urban Planning
• +4 more

Hanna Michalak is a Professor at the Chair of Structural Design, Civil Engineering and Technical Infrastructure within the Faculty of Architecture at Warsaw University of Technology. Her work focuses on sustainable architecture, structural design, and underground construction. 3D numerical modeling for subsoil displacement Modular construction systems Light integration in architectural design Heritage building preservation Her publications emphasize ecological building practices, with recent studies on timber high-rise structures and green façade systems. She leads the Zespół Podstaw I Projektowania Konstrukcji research team and has contributed to 121 publications with an h-index of 3 (Scopus). Her projects include underground garage design and sustainable urban lighting strategies.

Waldo GalleView profile

Assistant Professor

• Circular Construction Economy
• Life Cycle Assessment
• Life Cycle Costing
• +5 more

Waldo Galle is an Assistant Professor and academic policy coordinator on sustainability transitions at Vrije Universiteit Brussel (VUB), where he is affiliated with the Architectural Engineering department. He also serves as an associate researcher for the Flemish Institute for Technological Research (VITO) since 2018. As a member of the research groups VUB Architectural Engineering and Business Technology and Operations, he investigates the financial and socio-technical feasibility of a circular construction economy. His research focuses on understanding the opportunities and constraints of transitioning to a circular construction economy and how architectural practices evolve in this context. Key areas include circular economy principles in construction, life cycle assessment methodologies, life cycle costing approaches, building reconversion strategies, and sustainable architectural design. His work bridges technical, economic, and social dimensions to provide holistic insights into sustainable building transformations. Dr. Galle's recent publications demonstrate a strong focus on practical applications of circular economy principles in the built environment, particularly examining office-to-housing conversions, heritage building renovations, and material reuse strategies. His research combines technical assessment with socio-economic analysis to evaluate the viability of circular construction practices across multiple dimensions. Generation T - edition 2015 (2015) As an academic advisor, Dr. Galle has supervised multiple PhD candidates and research projects focused on circular construction practices. His research is supported by numerous grants including the IOF3029 'Huis van Duurzame Transities' project (2024-2028), VLATETRA10 'circulairebouwknopen.be' (2023-2025), and EUREG5 'Upcycling Trust' (2023-2028), among others. He actively collaborates with industry partners and policy makers to translate research findings into practical applications. Dr. Galle leads the VUB Architectural Engineering research group's efforts in circular construction economy, working closely with the WVDM Living Lab and other interdisciplinary teams to develop innovative approaches for sustainable building transformations.

Ilnaz AshayeriView profile

Senior Lecturer

• Digital Technologies in AEC
• Off-site Construction
• Modular Building
• +2 more

Dr Ilnaz Ashayeri serves as Senior Lecturer in Construction Management and Course Leader at Birmingham City University (BCU), where she directs academic programs and conducts research within the Department of Construction Management. Her educational qualifications include: PhD in Construction from Heriot-Watt University MSc (Hons) in Architectural Engineering from the Polytechnic of Milan BSc in Architectural Engineering from Imam Khomeini International University Dr Ashayeri's research centers on digital transformation in construction, specializing in Building Information Modelling (BIM), off-site modular techniques, and sustainable timber structures. Her work bridges theoretical innovation with practical industry applications, particularly in optimizing construction processes through data-driven methodologies and addressing housing delivery challenges. Current projects examine performance frameworks for building refurbishment and socio-economic value creation in historic facility management. Analysis of her recent publications (2022-2025) reveals a dominant focus on modular construction methodologies and digital integration, with recurring themes in UK housing crisis solutions, BIM scheduling innovations, and cross-cultural construction risk modeling. Her research consistently connects technological advancement with socio-economic sustainability across diverse construction contexts. No scientific awards are documented in the available information. As Course Leader, Dr Ashayeri oversees curriculum development and academic supervision for Construction Management programs. While specific grant funding details remain undisclosed, her publication trajectory indicates active research collaboration with industry partners on construction innovation initiatives.

• Number Theory
• Analytic Number Theory
• Prime Number Theory
• +3 more

Alessandro Zaccagnini is an Associate Professor of Mathematical Analysis at the Department of Mathematical, Physical, and Computer Sciences, University of Parma. His academic career spans over three decades, with significant contributions to number theory and its applications. He has held teaching positions across multiple programs including both Mathematics and Computer Science degrees at various academic levels. His educational background includes a Mathematics degree earned in 1989 followed by a PhD in 1994 from the University of Turin under the supervision of Alberto Perelli. His doctoral research established important results related to the Hardy-Littlewood conjectures in additive number theory. Zaccagnini's research primarily focuses on analytic and additive number theory, with special emphasis on prime number distribution, Goldbach-type problems, and cryptographic applications. His work often employs the circle method of Hardy, Ramanujan, and Littlewood to tackle challenging problems in prime number theory. He has made significant contributions to understanding the distribution of primes in short intervals and the relationship between the Selberg integral and density theorems for zeta function zeros. His recent publications demonstrate a continued focus on additive problems involving prime powers, with particular attention to Cesàro averages and asymptotic formulas in short intervals. The research shows a strong pattern of collaboration, especially with A. Perelli and A. Languasco, across multiple decades. His scholarly output spans both highly technical mathematical papers and more accessible works on cryptography and prime number applications for general audiences. As an educator, Zaccagnini has taught a diverse range of courses including Calculus, Cryptography, Number Theory, and Probability across both undergraduate and graduate programs at the University of Parma. His teaching portfolio reflects his dual expertise in pure mathematics and practical applications in cryptography. Zaccagnini maintains an active research program with publications extending to 2025, demonstrating his ongoing contribution to the field of number theory. His work bridges theoretical mathematics with practical applications, particularly in cryptography, making him a significant figure in contemporary Italian mathematics.

Buddhini Ginigaddara AppuhamilageView profile

Lecturer

• Offsite Construction
• Industry 4.0 in Construction
• Construction Skills Development
• +3 more

Dr. Buddhini Ginigaddara Appuhamilage is a Lecturer at the School of Architecture and Built Environment, University of Newcastle. Holding a PhD in Engineering from Western Sydney University (2023), her research focuses on modernizing construction training through Industry 4.0 technologies, addressing skills obsolescence and shortages in offsite construction. University of Moratuwa (BSc Hons. Quantity Surveying, 2017) Western Sydney University (PhD Engineering, 2023) Her research explores how digitalization and industrialization can transform construction education, with specific interests in offsite construction typologies, migrant women's workforce integration, and Gen Z's engagement with tech-driven construction careers. She developed a groundbreaking skill profile prediction model for offsite construction during her PhD. Recent publications highlight her work on sustainable offsite construction, workforce diversity, and Industry 4.0 skill requirements. She collaborates internationally through CIB (International Council for Research and Innovation in Building and Construction) and leads initiatives for construction safety and education networks. CIB Best Doctoral Dissertation Award (Runner-up) CESE Early Career Researcher Award CESE Industry Engagement Excellence Award Fellow of AdvanceHE As an educator, she modernizes construction curriculum through research-led teaching and has established the CIB/ECR network at Newcastle. Her grants focus on construction safety, workforce diversity, and educational initiatives, totaling over $800,000 in funding.

Heidi NepfView profile

Professor

• Environmental Fluid Mechanics
• Aquatic Vegetation Dynamics
• Coastal Protection
• +5 more

Heidi Nepf is a Professor of Civil and Environmental Engineering at the Massachusetts Institute of Technology (MIT), where she holds the Donald and Martha Harleman Professorship and is a Margaret MacVicar Fellow. She leads the Environmental Fluid Mechanics Lab, which focuses on the interaction of flow with aquatic vegetation and its implications for sediment transport, chemical flux, and ecosystem function. Her research aims to develop models that improve the management of natural resources and the design of green infrastructure. Dr. Nepf's research interests span several critical areas of environmental engineering and fluid mechanics: Environmental Fluid Mechanics of aquatic vegetation Coastal protection through natural vegetated landscapes Blue carbon sequestration in seagrass meadows and salt marshes Sediment transport in vegetated regions Wave interactions with flexible vegetation Green infrastructure for urban stormwater management Restoration of coastal ecosystems Her recent work has demonstrated the cost-effectiveness of marshes for coastal protection, showing that maintaining marsh in front of seawalls is an economically justified nature-based solution. She has also investigated how patchy seagrass meadows accumulate carbon, finding that continual migration of patches within meadows can limit carbon accretion and storage. Her research on microplastics has revealed that these pollutants are more likely to accumulate in porous sediment where they can hide within pore spaces. Analysis of her publications shows a strong focus on applying fluid mechanics principles to environmental problems, with particular emphasis on the role of vegetation in modifying flow, sediment transport, and pollutant dynamics. Dr. Nepf's scientific contributions have been recognized through prestigious appointments including the Margaret MacVicar Fellowship and the Donald and Martha Harleman Professorship. Her work has been featured in MIT News, APS-Physics News, AGU Research Spotlight, and NSF Public Outreach. Her research has practical applications in coastal management, river restoration, and urban stormwater treatment. She has developed models for predicting wave dissipation by marsh plants, which can be used to assess the level of coastal protection provided by marshes. Her work on floating treatment wetlands provides guidance for improving nutrient removal efficiency in stormwater systems. She has also collaborated on designing modular landscape forms for stormwater detention ponds that improve water management while providing ecological benefits and versatile green space for cities. Dr. Nepf leads the Nepf Environmental Fluid Mechanics Lab, which conducts both laboratory and field research on the interaction between flow and vegetation. The lab collaborates with institutions like the Water Institute of the Gulf and has received funding from sources including the Abdul Latif Jameel World Water and Food Security Lab.

• Dynamical Systems
• Hyperbolic Dynamics
• Partially Hyperbolic Systems
• +5 more

Christian Bonatti is a Researcher at the Institute of Mathematics of Burgundy (IMB) within the University of Burgundy . He is affiliated with the Faculty of Sciences and contributes to the Geometry, Algebra, Dynamics and Topology team. His research focuses on Dynamical Systems , particularly Hyperbolic Dynamics , Partially Hyperbolic Systems , and Singular Hyperbolicity . He studies chaotic systems, structural stability, and topological classification of flows on 3-manifolds, often collaborating with mathematicians like Rémi Langevin and François Beguin. Key research areas: Anosov flows, robust tangencies, Morse-Smale systems, hyperbolic surfaces, and multi-singular hyperbolicity. His publications emphasize geometric methods and topological invariants in dynamical systems, with recent work on prelaminations and pseudo-Anosov flows. He practices painting as a personal art form and is deeply moved by music , especially Gustav Mahler’s symphonies. He also engages in culinary activities, notably baking apple meringue pie .

Benjamin BrádňanskýView profile

Assistant Professor

• Architecture
• Architectural Design
• Cultural Architecture
• +4 more

Benjamín Brádňanský is an Assistant Professor at the Academy of Fine Arts and Design in Bratislava , specializing in architectural design and theory. His work bridges cultural phenomena with practical design, emphasizing sustainability and historical context. Education: Faculty of Architecture, Slovak University of Technology (FASTU) International Collaborations: Berlage Institute Rotterdam, La Biennale di Venezia Research focuses include: Architectural design methodologies Restoration of historical sites Integration of sustainability in construction Urban research and representation His projects, such as the House of 10 Platforms (2021) and Military Cemetery in Majer (2018), demonstrate innovative material use (Corten steel, reinforced concrete) and engagement with cultural narratives. Scientific recognition includes the CE FOR AR award and a nomination for the Professor Jozef Lacko Award for his diploma thesis Cloud (2018). Brádňanský contributes to architectural discourse through publications in Arch , Projekt , and N Newspaper , and has presented at international exhibitions like Venice Biennale. His habilitation lecture Forms of Open Ends (2021) explores design processes with ambiguous attributes.

Keith CrewsView profile

Professor

• Structural Engineering
• Timber Engineering
• Composite Structures
• +1 more

Professor Keith Crews is affiliated with the School of Civil Engineering at The University of Queensland , where he serves as Centre Director of the ARC Research Hub to Advance Timber for Australia's Future Built Environment . His research focuses on Structural Engineering , Timber Engineering , and Composite Structures , particularly in sustainable construction materials. Research Interests include timber connection design, composite structural systems, vibration analysis of long-span floors, and weathering effects on timber durability. Recent work examines FRP reinforcement for timber beams, dowel embedment strength, and ductility optimization in timber connections. Grants include ARC Industrial Transformation Research Hubs (2023-2028) and ARC Linkage Projects (2022-2027) supporting timber innovation in construction.

• Industrial Design
• Product Design
• Sustainable Design
• +3 more

Tomek Rygalik serves as an Associate Professor in the Department of Architecture at Aalto University, Finland, with research deeply rooted in sustainable material innovation and functional design solutions. His work bridges academic rigor with real-world applications through industry collaborations and international exhibitions. His research focuses on Industrial Design , Product Design , and Sustainable Design , emphasizing circular economy principles in furniture, acoustic systems, and artistic installations. Key projects include the Circula series using recycled materials, acoustic solutions for office environments, and collaborations with Electrolux on sustainable kitchen ecosystems. Analysis of his 2023-2024 publications reveals a pronounced trend toward material innovation for climate resilience, spanning from water-conserving conference rooms to biodegradable furniture components. His work consistently demonstrates how design can address environmental challenges through practical yet conceptually rich solutions. Scientific recognition includes: must have quality mark at Łódź Design Festival (2023) for the MOA table Rygalik actively exhibits at major international venues including ICFF + WantedDesign in New York and the Łódź Design Festival, with collaborative projects often co-created with Gosia Rygalik. His practice integrates academic research with tangible design outcomes for industry partners like MARO Office Furniture and Electrolux. His work demonstrates how architectural design principles can be applied to product-scale interventions, creating meaningful connections between environmental responsibility, cultural context, and user experience through both functional products and conceptual installations.

Corina CalinescuView profile

Associate Professor

• Lie algebras
• vertex operator algebras
• combinatorics
• +1 more

Corina Calinescu serves as an Associate Professor in the Department of Mathematics at the School of Arts & Sciences, City University of New York (CUNY), and holds Doctoral Faculty status at the CUNY Graduate Center. Her academic foundation includes a Ph.D. in Mathematics from Rutgers University and undergraduate studies at the University of Bucharest, Romania, followed by postdoctoral positions at Yale University and Ohio State University. Her educational credentials: Ph.D. in Mathematics, Rutgers University B.S. in Mathematics, University of Bucharest, Romania Professor Calinescu's research centers on algebraic structures with emphasis on Lie algebras , vertex operator algebras , and combinatorial representation theory . Her work reveals deep connections between principal subspace constructions, modular forms, and combinatorial identities like the Andrews-Gordon series, advancing mathematical physics frameworks through rigorous algebraic methods. Her publication trajectory (2001-2018) demonstrates sustained innovation in vertex algebra theory, particularly in principal subspaces of affine Lie algebras (types A, D, E, A 2 (2) ). Early contributions focused on Hopf algebras and quantum groups, evolving toward combinatorial applications in modular series and representation-theoretic recursion systems, reflecting interdisciplinary mathematical synthesis. No scientific awards are documented in the available records. Research funding includes a Simons Foundation Collaborative Grant for Mathematicians (2014-2019) as Principal Investigator and seven consecutive PSC CUNY Awards (2013-2019), supporting investigations into algebraic structures and combinatorial applications. While specific student mentorship details are unlisted, her doctoral faculty role indicates graduate-level advising responsibilities. No dedicated laboratory facilities or named research teams are referenced in current documentation.

Wouter SwierstraView profile

Professor

• Functional Programming
• Programming Language Theory
• Formal Verification
• +3 more

Wouter Swierstra is a professor at Utrecht University , Netherlands, actively contributing to functional programming, formal verification, and type systems. He has served on multiple program committees for conferences like POPL, ICFP, PLDI, and TyDe. His research focuses on functional programming (particularly Haskell), type systems , formal verification , and data structure design . His work bridges theoretical insights with practical implementations, including certified compilers and efficient algorithms. Key article trends include: (1) certifying compiler architectures integrating formal verification, (2) type-safe structural diffing and in-place functional programming innovations, (3) algebraic representations applied to program correctness, and (4) smart contract verification using formal methods. He maintains open-source projects like hbral (heterogeneous binary random-access lists) and Bird (formalized algorithms in Coq), available on GitHub. His contributions span both theoretical papers (e.g., lambda calculus to combinatory logic) and practical tools for functional programming communities.

• Reliability Engineering
• Mechanical Systems Maintenance
• Safety Integrity Level (SIL) Assessment
• +3 more

Robert Pilch is a Professor at the Department of Machine Design and Operation within the Faculty of Mechanical Engineering and Robotics at AGH University of Science and Technology in Kraków. His research focuses on reliability engineering, preventive maintenance strategies, and safety integrity level (SIL) assessment of complex technical systems. Research Interests: Reliability assessment of technical systems Preventive maintenance optimization Adaptive maintenance strategies Network systems reliability Safety integrity level (SIL) modeling Simulation-based failure prediction Scientific Awards: No specific awards mentioned in provided materials. Contact: pilch@agh.edu.pl

Birgit RichterView profile

Professor

• Algebraic Topology
• Homotopy Theory
• Structured Ring Spectra
• +4 more

Birgit Richter is a full Professor at the Department of Mathematics within the University of Hamburg , holding a W3 professorship since 2010. She is affiliated with the Center for Mathematical Physics and the Quantum Universe Cluster . Her research spans algebraic topology , homotopy theory , and structured ring spectra , with significant contributions to topological Hochschild homology and K-theory . PhD (2000) and academic career at University of Bonn, then University of Hamburg Extensive international research stays (Oslo, Paris, CUNY, Cape Town, Newton Institute, MSRI, Hausdorff Institute) Organized major conferences like the Structured Ring Spectra workshop series Editorial roles in journals like Algebraic and Geometric Topology and Annals of K-Theory Her research interests focus on algebraic topology, particularly structured ring spectra, topological Hochschild homology, and their applications to K-theory, Galois theory, and mathematical physics. She explores connections between higher algebra and homotopy theory, often utilizing operads and category theory. Key publication trends include work on ramified extensions of ring spectra, Loday constructions, stability of homotopy invariants, and strict commutative models for cochain algebras. Her research spans both foundational aspects of homotopy theory and applications to mathematical physics. Birgit Richter supervises numerous PhD and Master’s students , focusing on topics like generalized Hochschild cohomology, model categories, and algebraic structures in topology. She has held leadership roles including head of department (2019/20) and contributes to outreach programs like the DMV conference in Hamburg (2015).