Shawn Mansfield is a Professor and Department Head of Botany at the University of British Columbia, Faculty of Science. His research focuses on plant genetics, lignin engineering, and climate adaptation in forest species. Key affiliations: UBC Tree Molecular Biology Research Lab His research integrates genetic, biochemical, and ecological approaches to improve bioenergy crops and understand stress responses. Notable work includes: Engineering poplar for enhanced lignin properties Investigating drought adaptation in conifers Optimizing biomass conversion processes Analyzing environmental impacts on wood quality Studying cell wall biosynthesis mechanisms The articles reflect trends in: Advancements in lignin acylation and ferulate conjugates Genomic tools for climate-adapted forestry Cell wall nanostructure manipulation Plant stress response networks Biotechnological approaches to bioenergy production Interspecies hybridization in forest genetics Contact: shawn.mansfield@ubc.ca
Pia Euro is a Lecturer at the Department of Art and Media, Aalto University, with a focus on experimental artistic practices and visual culture. Her work intersects creative economy, sustainable development, and interdisciplinary art-science collaboration. Education: Master's degree in Arts and Design from the Academy of Fine Arts Helsinki (2001) Collaborations: Regularly works with T. Kiiveri, D. Ziegler, and international institutions like the Finnish Institute in Athens and University of Porto. Research interests include materiality in art, urban environmental studies, and co-production in creative practices. Her recent projects explore metalworking techniques , sensory urbanism , and bio-material experimentation , reflecting a deep engagement with site-specific installations and public space critique . Artistic outputs from 2024 (e.g., City is sound, city is quicksand , Claws and connections: Oh Flower ) emphasize interdisciplinary approaches and material transformations , while older works span botanical art and metallurgy in creative contexts . Scientific Awards Artistic Residency at Finnish Institute in Athens (2022) Arts Promotion Center Finland grant (2024) Finnish Cultural Foundation grant (2024) Advising and Collaborative Projects include mentoring Juulia Juutilainen on her thesis Understory , contributing to the VILKKU project (2013-2015) on visual culture and creative economy, and organizing events like PERIPHERIES IN PARALLAX (2021).
Jian Cao is the Cardiss Collins Professor of Mechanical Engineering at Northwestern University's McCormick School of Engineering, with courtesy appointments in Civil Engineering and Materials Science. She serves as Director of the Northwestern Initiative for Manufacturing Science and Innovation (NIMSI) and Associate Vice President for Research. Her education includes a PhD in Mechanical Engineering from MIT and a BS from Shanghai Jiao Tong University. Professor Cao leads pioneering research in manufacturing systems, focusing on deformation-based processes, laser additive/subtractive technologies, and AI-driven manufacturing innovations. Her work integrates material behavior characterization, computational modeling, and machine learning to advance energy-efficient manufacturing and surface engineering. Recent publications demonstrate strong emphasis on AI-accelerated simulations, real-time process control, and multi-material systems for additive manufacturing. Recognized with elite honors including membership in both the National Academy of Engineering and American Academy of Arts & Sciences, her scientific awards span: ASME DeVor-Kapoor Manufacturing Medal (2023) Vannevar Bush Faculty Fellowship (2019) SME Gold Medal (2020) Frederick W. Taylor Research Medal (2016) She directs the Cao Research Group developing novel manufacturing equipment and leads NIMSI's industry-academic partnerships. Her professional service includes editorial roles for leading journals and leadership positions in ASME/SME manufacturing divisions.
Dr. Hun Bok Jung is an Environmental Geochemist serving as an Assistant Professor in the Department of Physical Sciences at Kingsborough Community College, part of the City University of New York system. With over 10 years of teaching experience, he has instructed courses in chemistry, geochemistry, water science, environmental science, energy, climate change, and sustainability at both Kingsborough Community College and New Jersey City University. Dr. Jung's research focuses on geochemical and hydrological processes controlling the transport and fate of toxic contaminants and nutrients in coastal and subsurface environments. His work spans multiple critical areas including groundwater and soil contamination, geologic carbon sequestration, hydraulic fracturing, nanogeochemistry, environmental remediation, and biogeochemical cycling of nutrients and heavy metals in urban estuaries. He has conducted extensive field research on water quality in urban estuaries, nutrient transport from coastal aquifers, heavy metal remediation, and air quality monitoring in Brooklyn. Analysis of Dr. Jung's recent publications reveals a strong emphasis on urban estuary systems , particularly the Newark Bay Estuary, with significant attention to heavy metal contamination (especially chromium and arsenic), radionuclide behavior (uranium), and the role of nanoscale mineral processes in contaminant transport. His work bridges fundamental geochemical processes with practical environmental applications, including carbon sequestration safety, sustainable hydraulic fracturing techniques, and community-based water quality monitoring. Dr. Jung has supervised numerous undergraduate and high school students in research projects, fostering the next generation of environmental scientists through hands-on research experiences in urban environmental systems. His commitment to community engagement is evident through his development of field-based research projects that involve students in monitoring water and soil quality in urban parks and estuaries.
Julie Mendez serves as an Associate Professor of Practice at Purdue University's Polytechnic Institute, based at the Indiana University-Purdue University Columbus (IUPUC) campus. Her scholarly work centers on transformative approaches to engineering education, with particular expertise in alternative grading methodologies and pedagogical innovation across mechanical and thermal-fluid engineering disciplines. Her academic credentials include: Ph.D. in Chemical Engineering from Case Western Reserve University (2009) B.S. in Chemical Engineering from Rose-Hulman Institute of Technology (2005) Dr. Mendez's research program focuses on specifications grading systems, concept mapping techniques, and open educational resource development within undergraduate engineering curricula. She has implemented these strategies across core courses including fluid mechanics, heat and mass transfer, thermodynamics, and dynamics, with demonstrated impact on student self-regulation and mastery learning. Her methodological approaches emphasize structured assessment frameworks that replace traditional grading with transparent performance standards. Analysis of her publication trajectory reveals a distinct evolution from materials science research (2007-2011 semiconductor metallurgy studies) to dedicated educational scholarship since 2018. Recent work demonstrates consistent innovation in assessment design, particularly the adaptation of specifications grading to diverse engineering contexts while maintaining rigorous academic standards. Her scholarship bridges theoretical educational frameworks with practical classroom implementation across multiple engineering subdisciplines. Her teaching excellence has been formally recognized through: Outstanding Full-Time Faculty Teaching Award (IUPUC) in 2024 and 2021 Trustees' Teaching Award (IUPUC) in 2019 Dr. Mendez maintains active scholarship through the American Society for Engineering Education (ASEE), though specific grant funding details and formal student advising relationships are not documented in available sources. Her work continues to influence engineering education pedagogy through conference presentations and practical implementation at the IUPUC campus. No dedicated research laboratories or structured collaborative teams are referenced in the provided documentation.
Professor Yılmaz ÇAN is a distinguished academic in the Department of Mechanical Engineering at Trakya University's Faculty of Engineering. With a career spanning over three decades, he has established himself as a leading expert in metal forming processes and manufacturing technologies. His educational journey began at Kastamonu Industrial Vocational High School (1986), followed by Bachelor's (1990) and Master's (1993) degrees in Mechanical Engineering from Trakya University, and culminated with a PhD from the University of Bath, England (1998). Professor ÇAN's research primarily focuses on metal forming processes , particularly extrusion, forging, upsetting techniques, and gear manufacturing. His work extensively covers bimetallic materials, aluminum alloys, and the application of theoretical models to manufacturing processes. His recent publications demonstrate continued active research in these areas, with papers appearing as recently as 2022. Throughout his career, Professor ÇAN has held numerous administrative positions including: Faculty of Engineering Dean (2018-2021) Faculty of Engineering Dean V (2016-2018) Department Head of Mechanical Engineering (2015-2016) Head of Construction and Manufacturing Department (2014-2017) Vice Dean of Engineering Faculty (2011-2012) He currently serves on multiple university committees including the Rectorate Board and Faculty Boards of Fine Arts and Architecture. Professor ÇAN has supervised one doctoral student and five master's students, demonstrating his commitment to academic mentorship. His teaching portfolio includes Machine Elements 1, Machine Elements 2, and Non-Traditional Manufacturing Processes. His research has been supported through various projects including '5083 Quality Aluminum Alloy Homogenization Study' (2011) and 'Lateral Extrusion for Gear-Like Parts Manufacturing' (2007), where he served as principal investigator.
Önder AYER is an Associate Professor at Trakya University's Faculty of Engineering, Department of Mechanical Engineering, specializing in Machine Theory and Dynamics. He currently serves as Deputy Head of Department (since February 28, 2025), Faculty Board Member (since March 2024 and June 2024), and Erasmus Coordinator (since November 2012). His educational background includes a Bachelor's (2003), Master's (2006), and PhD (2012), all in Mechanical Engineering from Trakya University. His academic progression shows steady advancement from Research Assistant (2004) to Associate Professor (2021). Dr. AYER's research focuses on mechanical engineering with emphasis on extrusion processes, magnesium alloys, gear forming, and finite element analysis. His work bridges theoretical modeling with practical manufacturing applications, particularly examining material behavior during forming processes. He has extensively studied AZ31 magnesium alloys, investigating their machinability, microstructure, and forming characteristics under various extrusion parameters. His publication record shows consistent output with a focus on manufacturing processes, particularly extrusion technologies. The research demonstrates progression from fundamental material studies to advanced applications involving artificial neural networks for process prediction. Recent publications (2020-2022) continue to explore material behavior under manufacturing conditions, with applications in aluminum and magnesium processing. Dr. AYER teaches courses including Aluminum Alloys Forming, Aluminum Extrusion Technology, Non-Traditional Production Methods, and Mechanism Technique. His teaching directly complements his research interests, creating a cohesive academic profile focused on advanced manufacturing technologies. He has served as Erasmus Coordinator since 2012, indicating strong international engagement. His administrative roles, including Deputy Head of Department since 2025, demonstrate leadership within the department. His research project on applying artificial neural networks and finite element methods to extrusion process optimization (2016) represents a significant contribution to the field.
Kjell Rylander is an Associate Professor of Ceramic Art at Oslo National Academy of the Arts, focusing on the material and artistic dialogue of ceramics from unfired clay to industrial objects. He has been active in the field for nearly 30 years, holding formal academic roles and research positions. Education: BA and MFA at Konstfack, Stockholm 2009-2012: Fellow in artistic research at Bergen National Academy of the Arts 2012: PhD thesis "Kontentum återblick, omformulering, dokument" Rylander's practice examines the human meaning of ceramics through material manipulation and historical reflection. His works often incorporate unfired clay, porcelain, and mixed media to create installations that challenge traditional ceramic forms. Key themes in his publications include material transformation (e.g., Resistance 2001, From lumps of materia 2014), everyday object reinterpretation ( Street ware 2009), and conceptual explorations of presence and absence ( Place to be lost 2018). Notable award: Fellowship in artistic research at Bergen National Academy of the Arts (2009-2012) Contact: kjelryla@khio.no
Professor Barbara Shollock is the Director of the Net Zero Centre and Professor of Engineering at King’s College London. She served as Head of the Department of Engineering from 2019–2024, leading its relaunch with a focus on interdisciplinary research and diversity, equity, and inclusion (DEI) initiatives. King’s College London Faculty of Natural, Mathematical & Engineering Sciences Department of Engineering Her research spans materials engineering , metallurgy , and sustainable manufacturing , with a focus on steel and advanced alloy physico-chemical properties. Recent work includes nanoscale corrosion analysis , battery thermal modeling , and sustainable transportation systems . Professor Shollock has secured over £15 million in funding, including an EPSRC Prosperity Partnership with Jaguar Land Rover and Rolls-Royce fellowships . She was elected a Fellow of the Royal Academy of Engineering in 2023 and chairs the EPSRC Engineering Strategic Advisory Team . Royal Academy of Engineering Fellow (2023) Rolls-Royce Junior Research Fellowship Rolls-Royce Research Fellowship She mentors across career levels and leads global collaborations, including a UK–India research partnership and the AU–EU Centre for Research Excellence with the University of Pretoria. Her advocacy for inclusive excellence in STEM has significantly increased female and non-white academic representation at King’s.
Christopher Meyer serves as an Associate Professor in the Department of Art at the University of South Dakota's College of Fine Arts. A native of South Dakota, he actively engages in sculptural creation and pedagogy with emphasis on material experimentation and contemporary practices. His academic credentials include: MFA, Visual Art - Sculpture, University of Montana, 2003 BFA, Sculpture/Visual Art, University of South Dakota, 2000 Meyer's research centers on gallery and museum-scale sculpture across diverse materials and processes, with specialized focus on cast iron performance art and foundry practices. He explores representational, abstract, and non-objective forms through wood fabrication, metal casting, mixed media, installation, ceramic sculpture, and digital media. His work interrogates contemporary art theory while bridging historical techniques with emerging technologies, including planned investigations into art video production. His distinguished honors reflect significant contributions to both artistic practice and education: Purchased for Permanet Collection - Sioux City Art Center, Sioux City Art Center, 2022 Knutson Distinguished Professor Award, College of Fine Arts - University of South Dakota , 2022 Cover Image, The Briar Cliff Review, Vol. 33 2021, The Briar Cliff Review, Briar Cliff University, Sioux City, IA, 2021 Purchase Award, South Dakota Governor's 9th Biennial Art Exhibition, South Dakota Art Museum, 2021 Belbas-Larson Award for Excellence in Teaching, University of South Dakota 2019, University of South Dakota - Department of Art, 2019 Nominated for the Belbas-Larson Excellence in Teaching Award University of South Dakota 2018, University of South Dakota - Department of Art, 2018 Nominated for the Belbas-Larson Excellence in Teaching Award University of South Dakota 2017, University of South Dakota - Department of Art, 2017 Nominated for the Belbas-Larson Excellence in Teaching Award University of South Dakota 2016, University of South Dakota - Department of Art, 2016 Nominated for the Belbas-Larson Excellence in Teaching Award University of South Dakota 2015, University of South Dakota - Department of Art, 2015 Juror's Choice Award, Western Cast Iron Art Alliance, 2014 Meyer maintains active professional engagement through conference presentations and symposia, though specific student advising details and grant funding information are not documented in available sources. His creative trajectory shows continued evolution toward digital media integration within sculptural practice.
Murat Türkan is an academic researcher affiliated with the Department of Mechanical Engineering at Izmir University of Economics, Turkey. He holds a B.Sc. (2010), M.Sc. (2013), and Ph.D. (2022) in Mechanical Engineering from Balıkesir University and Pamukkale University, respectively. His work focuses on numerical modeling, light metal fatigue, and welded manufacturing processes. His research primarily investigates the mechanical behavior of welded metals under corrosive conditions and fatigue stress. Publications from 2017–2024 highlight studies on friction stir welding TIG welding methods AISI stainless steel corrosion magnesium alloy fatigue analysis He employs finite element models and computational techniques to study defect formation in welding processes. While no formal awards are listed, his collaborations with researchers like Özler Karakaş and Filippo Berto demonstrate interdisciplinary engagement. Educational Background: B.Sc. in Mechanical Engineering, Balıkesir University (2010) M.Sc. in Mechanical Engineering, Pamukkale University (2013) Ph.D. in Mechanical Engineering, Pamukkale University (2022)
Ümit Akin Uslu serves as Assistant Professor in the Department of Electrical and Electronic Engineering at Rafet Kayış Faculty of Engineering, Mersin University. His research centers on electrical machines, energy conversion systems, electrical facilities design, and advanced control theory applications with emphasis on power electronics and renewable energy integration. Education: Doctorate in Electrical and Electronic Engineering, Mersin University (2005-2009) Licence in Electrical and Electronic Engineering, Mersin University (2010-2012) Degree in Electrical and Electronic Engineering, Gazi University (2013-2019) His research program bridges theoretical control methodologies with industrial applications, particularly in power converter systems and renewable energy infrastructure. Key contributions include novel disturbance rejection techniques for grid-tied inverters and energy-efficient designs for industrial heating and welding systems. Analysis of his 8 publications (2017-2024) reveals three dominant research thrusts: (1) Advanced control algorithms (backstepping, passivity-based, UDE) for power electronic converters; (2) Grid integration challenges for renewable energy sources; (3) Industrial implementation of resonant converters in manufacturing processes. His work consistently addresses mismatched disturbances and stability concerns in dynamic power systems. Scientific Awards: No major scientific awards documented in source materials Dr. Uslu secured three national projects through Turkey's Ministry of Industry SAN-TEZ program (2013-2015) focusing on industrial electrical applications. Project documentation indicates titles were partially redacted ("xxx", "te") but relate to power conversion systems. No graduate student advising activities are recorded in the available information. Research infrastructure details including laboratory facilities, research teams, and ongoing industrial collaborations are not specified in the provided documentation.
Bekir YAVUZER is an Assistant Professor in the Department of Mechanical Engineering at Istanbul Beykent University , affiliated with the Faculty of Engineering and Architecture . He has also held academic roles in the Vocational School, including Doctor Lecturer in the Electronics and Automation Department (2020) and Lecturer in the Department of Machinery and Metal Technologies (2020-2021). His research focuses on Materials Engineering and Mechanical Engineering , with emphasis on: Additive Manufacturing (3D Printing) Microstructure Analysis of Metal Alloys Tribological and Mechanical Properties of Solder Alloys Surface Wear and Optimization Techniques Carbon Fiber Reinforced Polymers Shape Memory Alloys Recent publications highlight his work on: Improving mechanical performance in 3D-printed recycled polypropylene via annealing (2025) Resin-filling techniques for PP-CF composites (2025) Niobium additions in Cu-Al-Ni and AISI 304 alloys (2023-2024) Process parameter optimization for FDM-printed parts (2024) Microstructure evolution in thixoformed A356 alloys (2021)
Doireann O'Kiely is an Associate Professor in Applied Mathematics at the University of Limerick, where she conducts research at the intersection of mathematics and real-world physical problems. She serves as Co-Director of MACSI (Mathematics Applications Consortium for Science and Industry) and holds memberships in the Centre for Battery and Energy Materials Research, the Centre for Research Training in Foundations of Data Science, and the SSPC (Research Ireland Centre for Pharmaceuticals). Her educational background includes a BSc in Theoretical Physics from University College Dublin, an MSc in Mathematical Modelling and Scientific Computing from Oxford, and a PhD in Mathematics from the University of Oxford. O'Kiely specializes in applying mathematical modeling, particularly differential equations, to understand physical systems. Her primary research areas include fluid mechanics (viscous flow, capillary flows, fluid-structure interaction), solid mechanics (elasticity, plasticity, wrinkle mechanics), and industrial applications (glass manufacture, metal forming). She has developed significant expertise in modeling thin viscous, elastic, and plastic sheets, with applications ranging from smartphone screens to car bodies. Her work often focuses on counter-intuitive physical phenomena that can be explained and harnessed through mathematical analysis. Analysis of her recent publications reveals a strong focus on mathematical modeling of industrial processes, particularly cold rolling and metal forming, as well as fluid dynamics in porous media and crystallization processes. Her work demonstrates a consistent pattern of applying asymptotic methods and numerical techniques to solve complex physical problems with practical industrial applications, especially in manufacturing and materials science. Dr. O'Kiely actively mentors PhD students and has secured research funding through the SFI Frontiers for the Future programme. Her work with MACSI connects academic research with industrial partners across multiple sectors, translating mathematical insights into practical solutions for real-world challenges. She leads collaborative projects including the Varda (MACSI/SSPC) initiative on polymorphism in crystallization for pharmaceutical manufacturing in space, and has contributed to numerous industry case studies with companies like Medtronic, Boston Scientific, and Vistakon, addressing problems ranging from contact lens manufacturing to stent production.
Bilal ÇOLAK is a Lecturer at the Motivational Vehicles and Transportation Technologies Department , Eskipazar Vocational School , Karabük University , where he has worked full-time since 2019. Previously, he served at the Property Protection and Security Department (2010-2019) and Asım Kocabıyık Vocational School (2001-2003). He holds a PhD (2018) and MSc (2005) in Mechanical Engineering from Karabük and Kocaeli Universities, respectively. PhD: Karabük University, Mechanical Engineering (2018) MSc: Kocaeli University, Mechanical Engineering (2005) BSc: Istanbul Technical University, Mechanical Engineering (1999) His research focuses on Production Technologies , Material Design and Behavior , and Machine Design . He has published extensively on steel sheet manufacturing , rolling process optimization , and surface engineering . Key projects include: Determining optimal reduction ratios in temper rolling (2024-2025) Asymmetrical rolling parameter analysis (2022-2023) Residual stress studies in temper rolling (2020-2022) Surface roughness homogeneity (2017-2018) He supervises three postgraduate students and collaborates with researchers like Naci Kurgan, Batuhan Özakın, and Zahoor Ahmed.
