Dr. Marcin Tatara serves as a Lecturer in the Department of Bridges, Geotechnics and Construction Processes at Opole University of Technology, where he contributes to civil engineering education and research. His expertise spans critical infrastructure domains with emphasis on: Bridge engineering and structural analysis Geotechnical systems and soil mechanics Modern construction methodologies Building process optimization Available for student consultations in Room 101f, he maintains active teaching duties with contact accessible via phone (77 449 8592) and email. His institutional profile reflects dedicated engagement in engineering pedagogy within Poland's technical education framework.
Alexander Puzrin is a Full Professor of Geotechnical Engineering at ETH Zürich's Institute for Geotechnical Engineering, where he has been employed since 2004. His research focuses on constitutive modeling of geomaterials, analysis of landslides (including subaerial and submarine types), development of geotechnical monitoring sensors, and chemical/biological soil improvement. He holds a PhD from Technion and has held positions at Imperial College, Oxford, and Georgia Tech. Research Interests: Puzrin's interdisciplinary work integrates geotechnics, experimental mechanics, applied mathematics, and sensor technologies. Key areas include: Progressive failure mechanisms in soils Tsunamigenic landslide modeling Fiber-optics monitoring systems Microbiological soil enhancement Publications: Recent articles (2018-2025) predominantly explore computational mechanics, materials science, and fracture dynamics. Trends include physics-consistent ML models, corrosion mechanisms in infrastructure, and Eulerian phase-field methods for contact problems. Awards & Honors: Geotechnical Research Medal (2004, 2013) George Stephenson Medal (2013) ETH Excellence in Teaching Award (2009, 2013) Editor of Géotechnique (2012-2015) Professional Activities: Puzrin co-founded Marmota Engineering AG (ETH spin-off) and consults internationally on geotechnical projects. He leads research teams focused on sensor technologies and biological soil stabilization.
Dr. Kirsty Volz is a Senior Lecturer at the School of Architecture & Built Environment, Queensland University of Technology. She holds a PhD from the University of Queensland and Master's degrees from QUT. Her research focuses on housing futures, prefabrication, and design governance, with emphasis on architectural solutions for Australia's housing crisis. Research interests span: Design-led policy for sustainable housing systems Historical procurement models and modern construction innovations Climate-responsive residential architecture Her publications demonstrate strong interdisciplinary trends, connecting architectural history with contemporary challenges in urban resilience. Recent works analyze postwar infrastructure, community adaptation to floods, and aging-in-place solutions. Key grants include ARC projects on bushfire-resistant building systems and warm-climate design guidelines. She collaborates with councils, industry partners, and international researchers while maintaining architectural practice in Queensland.
Professor Mark Wenman is a Professor in Nuclear Materials at the Department of Materials, Faculty of Engineering, Imperial College London. He leads the EPSRC Centre for Doctoral Training in Nuclear Energy Futures and co-directs the Centre for Nuclear Engineering. His research focuses on nuclear engineering materials including fracture mechanisms, hydrogen embrittlement, irradiation damage, and multi-scale modeling of nuclear fuels and structural materials. His research interests span: Micromechanisms of fracture in nuclear materials Hydrogen embrittlement and corrosion mechanisms Irradiation damage in zirconium alloys and steels Multi-scale modeling from atomic to continuum scales Nuclear fuel performance and cladding integrity Professor Wenman's recent publications demonstrate a strong focus on computational materials science approaches to nuclear material degradation, including phase-field modeling of corrosion, discrete dislocation plasticity of hydride formation, and machine learning applications for materials characterization. His work consistently addresses fundamental mechanisms of material degradation in nuclear environments. He directs multiple research centers and consults for technical advisory groups including TAGSI, Core Materials Working Group, and the Fuels Working Group for the European Jules Horowitz reactor project.
Akash Deep is a Senior Lecturer in Public Policy at Harvard University's Harvard Kennedy School (HKS). He specializes in finance, infrastructure valuation, and financial risk management. He chairs executive programs like the Infrastructure in a Market Economy and co-chairs the International Finance Corporation executive program . His expertise spans public-private partnerships (PPP), financial institutions regulation, and capital markets reform. Education: PhD in Economics, Yale University MA in Operations Research, Yale University Bachelor's Degree, Indian Institute of Technology, Delhi Research Interests: His work focuses on infrastructure finance, risk management frameworks, and the role of private sector participation in public services. He has advised governments and firms globally on infrastructure financing, bank restructuring, and pension fund management. His research has been cited in media outlets like the Financial Times and Boston Globe . Professional Activities: Consultant for World Bank, IMF, UN, and Asian Development Bank Serves on Massachusetts' Capital Debt Affordability Committee Teaches courses on infrastructure finance, risk management, and financial investments Awards: Certified Financial Risk Manager (Global Association of Risk Professionals) Grants & Projects: Trained IFC senior staff on PPP frameworks (2017–present) Conducted research on infrastructure investment gaps with multilateral development banks Engagement: He collaborates with institutions like the Center for International Development and Mossavar-Rahmani Center for Business and Government at HKS. His work bridges academic research with practical policy solutions for global infrastructure challenges.
Tomislav Sedlar is an associate professor at the Faculty of Forestry and Wood Technology, University of Zagreb, located at pavilion IV, room 142. He holds a PhD and has served in academic roles since 2009, progressing from assistant to his current rank. His work focuses on wood technology, material science, and non-destructive testing of wood properties. He teaches courses in special wood products and communicates in Croatian and English, with consultations available Tuesdays 10-11 AM. Professional Experience: 2024–current: Associate Professor 2019–2024: Assistant Professor 2015–2019: Postdoctorate 2009–current: Faculty of Forestry and Wood Technology, University of Zagreb Research interests include wood mechanical properties, composite reinforcement, defect detection via deep learning, and the application of novel testing methods. His work bridges traditional wood science with modern materials engineering, emphasizing sustainability and structural preservation of historical timber structures. Publications span over 15 years, with recent trends in assessing wood durability through steam treatment, fiber implant efficacy, and non-destructive evaluation techniques. His studies often explore juvenile/mature wood transitions and environmental impacts on material properties. No scientific awards are explicitly listed, though his extensive publication record reflects significant contributions. He advises no listed students but collaborates on interdisciplinary projects through the Faculty's institutes, including the Institute of Wood Science and the Institute for Materials Technology. Labs/Teams: Active in multiple university institutes focusing on wood technology, materials science, and forest engineering. His research often involves cross-departmental collaborations on cultural heritage preservation and sustainable forestry practices.
Dr. M. Mark Walker is an Associate Professor of Finance at the University of Mississippi , specifically affiliated with the School of Business Administration and the Department of Finance . His academic and professional work spans corporate finance, business valuation, and financial markets. Education: B.S. in Civil Engineering, North Carolina State University (1978) M.B.A. in Business Administration, Pennsylvania State University (1981) Ph.D. in Finance, Michigan State University (1988) Dr. Walker's research focuses on corporate finance , business valuation , and economic damages estimation . His publications address topics such as mergers, corporate fraud impacts, and valuation models. His recent works emphasize strategic negotiations, financial constraints, and market-based valuation techniques. Scientific Awards: Chartered Financial Analyst (CFA) Certified Business Appraiser (CBA; inactive status December 2022) Dr. Walker serves as a financial consultant specializing in small business valuation and economic damages estimation . He is a member of several professional organizations, including the CFA Institute , National Association of Certified Valuators and Analysts (NACVA) , and the National Association of Forensic Economics (NAFE) .
Dr. John Ginger serves as the Research Director of the Cyclone Testing Station at James Cook University (JCU) in Townsville, Australia. He has been actively involved in wind engineering research, testing, and consulting since 1987, focusing on structural vulnerability under extreme wind conditions, wind tunnel modeling, and full-scale field tests. His expertise spans wind loading of structures, internal/external pressure dynamics, and building resilience in cyclonic regions. Research Projects: Wind-driven rainwater ingress through windows and doors (2021–2022) Wind loads on roofing tile systems (2017–2018) Improving housing resilience to severe wind events (multiple phases since 2014) Mitigation of wind-related losses in Queensland (2017–2018) Research Interests: Dr. Ginger’s work emphasizes enhancing building resilience through advanced modeling of structural responses to cyclonic winds. He investigates pressure dynamics in industrial and residential buildings, cladding performance, solar panel integration, and adherence to Australian/New Zealand wind standards (AS/NZS 1170.2). His studies also address climate change impacts on housing vulnerability and cost-effective retrofitting strategies. Publications Trends: His recent articles focus on updating wind codes, analyzing roof-to-wall connection failures, and developing vulnerability models for industrial buildings. He frequently collaborates on projects related to cyclone shelters, solar panel wind loads, and retrofitting legacy housing. Awards/Grants: While no formal awards are listed, his extensive grant-funded projects highlight institutional recognition. Notable contributions include leadership in SWIRLnet (portable anemometer networks for cyclone monitoring) and cyclone Larry/Yasi damage assessments. Advising & Labs: He supervises PhD students on topics like solar tracker wind loading and industrial building pressures. The Cyclone Testing Station serves as his primary research facility, specializing in large-scale wind engineering studies.
Patrick Long serves as Dean of the School of the Arts and School of Humanities at Susquehanna University, where he is a Professor of Music. He holds a DMA from the Eastman School of Music and has over 80 compositions to his name, emphasizing live electronics and multimedia collaborations. His works have been performed internationally and featured in festivals like the Beijing Musicacoustica Festival. Long’s research focuses on composition, music technology, and percussion performance. He leads the Music Department, overseeing 13 faculty and 120 majors, and has developed innovative programs like the BM in Composition degree. Awards include the John C. Horn Award and multiple ASCAP recognitions. His discography includes seven commercial recordings, with an upcoming solo album. Long also performs in the rock band Faculty Lounge and consults on audio engineering projects. Education: Eastman School of Music (DMA 1996), Syracuse University (BM 1991) Research interests span composition techniques, music technology integration, and interdisciplinary performance. His compositions often blend live instruments with interactive electronics, as seen in works like Chimera and Marimba Lumina . Over 20 of his pieces receive regular international performances. Long’s teaching includes composition, theory, and music technology courses. He has mentored numerous students now active in academia and the music industry, such as David T. Little (Princeton PhD) and Erin Graham (Eastman School of Music). Grants and service include NASM accreditation leadership, curriculum development, and $350k in capital budget acquisitions for music facilities. His administrative roles include Department Head (2009–2012) and University Council member (2008–2014). Long maintains an active performance schedule as a percussionist and conductor, leading ensembles like the Susquehanna University Orchestra and collaborating with groups such as the Timaeus Ensemble.
Dr. Christopher M. Miller is an Associate Professor in the Department of Civil Engineering at the University of Akron's College of Engineering and Polymer Science. He joined UA in 1995 and holds a Ph.D. in Civil and Environmental Engineering from the University of Iowa (1995). His research focuses on water quality modeling, drinking water treatment optimization, corrosion prevention in winter maintenance equipment, and sustainable waste management. He has served as a consultant, expert witness, and business owner since 1997, alongside his academic role. Dr. Miller is a Professional Engineer (P.E.), former member of the U.S. Army Reserve (13 years), and recipient of the Army Commendation Medal and the College of Engineering's Outstanding Teacher Award (2012). He also contributed to corrosion prevention research for U.S. Department of Defense systems. Education: Ph.D. in Civil and Environmental Engineering, University of Iowa, 1995 M.S. in Civil and Environmental Engineering, University of Iowa, 1992 B.S. in Civil and Environmental Engineering, University of Iowa, 1990 Research Interests: Water quality modeling and management Drinking water treatment optimization Corrosion prevention in winter maintenance equipment Environmental impacts of winter maintenance practices Disinfection by-product formation in water treatment Waste management solutions for street sweeping and stormwater systems Key Achievements: Developed cost-effective corrosion protection strategies for snow/ice equipment Advanced antifragility concepts in potable water systems Contributed to the National Academy of Inventors through innovation in environmental engineering His recent work emphasizes scalable solutions for winter maintenance challenges, including wash water reuse and sensor-based operational efficiency. Dr. Miller also engages in teaching, particularly in water resources and environmental engineering courses.
Prof Jussi Samuli Keppo is the Head of the Department of Analytics & Operations (DAO) at the National University of Singapore (NUS) Business School and Research Director of the Institute of Operations Research and Analytics (IORA) at NUS. He holds a PhD in Engineering from Aalto University and has held prior appointments at the University of Michigan. His research focuses on banking regulation, risk management, stochastic control, and decision-making under uncertainty. He serves on editorial boards of Management Science, Operations Research, and Journal of Risk. Educations: Doctor of Science (Technology), Aalto University (Finland) Master of Applied Mathematics, Aalto University (Finland) Research Interests: Methodological: Stochastic control, statistical analysis of stochastic processes, optimization Applications: Risk management, banking regulation, information economics, strategic incentives Recent Research Trends: His work spans cross-chain stablecoin design, data-sharing strategies in innovation, and AI-driven video generation. Collaborations include startups, Fortune 100 firms, and financial institutions. Grants & Consulting: Supported by NSF and Singapore agencies. Advises on executive education programs and consults globally. Leads IORA and DAO strategic initiatives. Labs/Teams: Directs analytics research at IORA and oversees DAO's academic programs. Active in cross-disciplinary projects blending finance, operations, and computer science.
Professor Milo Shaffer is a Professor of Materials Chemistry at Imperial College London, affiliated with the Faculty of Natural Sciences. He leads the NanoHAC research group and holds roles in multiple initiatives including the NextCOMP programme grant and the Graphene Flagship. His research focuses on nanomaterials synthesis, functionalization, and applications in structural and electrochemical systems, with particular expertise in carbon nanotubes, nanocomposites, and hierarchical materials. Shaffer has pioneered patented methods for nanomaterial dispersion and characterization, and contributed to structural power composites and energy storage technologies. Affiliations: NanoHAC group NextCOMP Solena Materials Graphene Flagship Structural Power Composites London Centre for Nanotechnology Institute for Molecular Science and Engineering Educations: Joined Imperial College in 2003 from the University of Cambridge. Prior experience includes consulting in materials technology and entrepreneurship through Solena Materials. Research Interests: Shaffer's work emphasizes overcoming synthesis and processing challenges in nanomaterials. Key areas include carbon nanotube modification, functional oxide nanoparticles, and integration of nanomaterials into advanced composites for structural and energy applications. Recent projects explore structural supercapacitors, aerospace composites, and novel battery electrode designs. Awards: 2024: RSC Corday-Morgan Prize 2008: EPSRC Leadership Fellowship 2005: Royal Society of Chemistry Meldola Medal Grants & Advising: Led over 35 patents, many commercially licensed. Advised on large-scale programs like HiPerDuct and Structural Power projects. Active in editorial roles for Nanocomposites and International Materials Reviews . Labs & Teams: Directs the NanoHAC group and collaborates with the Composites Centre, Energy Futures Lab, and Materials Chemistry division. Research outputs include over 250 peer-reviewed papers (h-index 92) and 35,000+ citations.
Gábor Molnár, PhD, is an Associate Professor of Applied Sciences at Wittenborg University and holds adjunct roles as Associate Professor at the University of Colorado Boulder's ATLAS Institute and Fellow at Silicon Flatirons. He also serves as an Evangelist of Video Technology and Science at Divitel and advises e-Conomics, a telecom policy consultancy. Dr. Molnár's expertise spans high-tech innovations, AI-driven digital transformation, and data policy, with over 20 years in the high-tech industry. His research emphasizes bridging human and machine collaboration, AI ethics, and the socio-economic impacts of broadband infrastructure. He holds degrees from Corvinus University of Budapest (BSc Economics), Budapest University of Technology and Economics (MSc Electrical Engineering), and the University of Colorado Boulder (MSc/PhD Telecommunications). Education: BSc Economics (Corvinus), MSc Electrical Engineering (Budapest University of Technology), MSc/PhD Telecommunications (CU Boulder) His research focuses on human-centric AI, digital transformation strategies, and telecom policy. Recent work explores HRM's role in AI adoption, algorithm factories, and broadband accessibility's socio-economic effects. He has contributed to journals like Journal of Industrial Economics and Discover Artificial Intelligence . As a consultant, he advises Fortune 500 firms, SMEs, and governments on digital transformation and high-tech strategies. His articles highlight trends in algorithmic video delivery, 5G network sharing, and spectrum policy, reflecting his dual academic and industry perspectives.
Arthur Beyder, M.D., Ph.D., is an Associate Professor of Medicine and Physiology at Mayo Clinic College of Medicine in Rochester, Minnesota. He holds dual appointments as a Consultant in the Division of Gastroenterology and Hepatology within the Department of Internal Medicine and in the Department of Physiology & Biomedical Engineering. Dr. Beyder's clinical and academic focus centers on functional gastrointestinal disorders, particularly irritable bowel syndrome (IBS) and functional dyspepsia. Dr. Beyder's research explores the molecular mechanisms underlying gastrointestinal function and disease, with a particular emphasis on ion channels as molecular transistors that electrically excite cells. His laboratory investigates three primary focus areas: molecular mechanisms of enterochromaffin (EC) cell operation (which produce the body's serotonin), smooth muscle cell mechanosensitivity, and sodium channel mechanosensitivity, particularly Nav1.5. His work has revealed that mutations in these ion channels are present in IBS patients and produce abnormal molecular function that leads to disease. Analysis of Dr. Beyder's recent publications (2023-2025) reveals a strong research trajectory focused on mechanosensitive ion channels (particularly Piezo channels), gastrointestinal motility, circadian rhythms in gut function, and the molecular basis of functional GI disorders. His work bridges basic science with clinical applications, aiming to develop novel diagnostic and therapeutic approaches for common yet difficult-to-treat gastrointestinal conditions. Dr. Beyder has received significant recognition for his research, including the Fundamental Mechanisms of Aging Award from the Robert and Arlene Kogod Center on Aging at Mayo Clinic (2023), a Research Scholar Award from the American Gastroenterological Association (2015-2018), and an Extramural Loan Repayment Award from the National Institutes of Health (2010-2012). With over 80 publications and numerous grants, Dr. Beyder maintains an active research program that combines molecular techniques, electrophysiology, and translational approaches to understand gastrointestinal physiology and pathophysiology. His laboratory collaborates extensively with other researchers at Mayo Clinic, including the Enteric Neuroscience Program and the Center for Cell Signaling in Gastroenterology (C-SiG).
Nishant Agarwal is a Lecturer in Accounting at the University of Western Australia (UWA) Business School. He holds a doctoral qualification (Fellow in Management) from the Indian School of Business (ISB) and an MBA from IIM Calcutta. Prior to his PhD, he taught as an Assistant Professor at Amity University and held industry roles including Manager positions at American Express (Risk Modeling), Unitech Developers (Strategy), and Tata Consultancy Services (Software Engineering). His research focuses on management accounting (cost behavior dynamics and capital market implications) and financial accounting (textual disclosures' impact on firm information environments). Key projects include studies on data breach laws' cost impacts, supplier cost decisions, and ESG investing behaviors. He has published in top journals like JMAR, MAR, and EAR. Education: Fellow in Management (PhD equivalent), ISB (2018) MBA, IIM Calcutta Bachelor's in Engineering Grants: IMA Incubator Grant (2018) AFAANZ ECR Grant (2019) Teaching expertise includes Accounting for Planning and Control, and Financial Statement Analysis. Collaborative projects span institutions like Cornell University and University of Toronto, addressing topics such as cost asymmetry, IFRS adoption effects, and pandemic financial impacts.
