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Wolfram PietschView profile

Professor

• Business Administration
• International Sales and Service Management
• IT Products Management
• +5 more

Professor Wolfram Pietsch is a faculty member at FH Aachen (Aachen University of Applied Sciences) in the Department of Economics. His academic focus is on Business Administration, particularly International Sales and Service Management, with extensive research in IT Product Management, Quality Function Deployment, and Service Level Agreements. Primary Affiliation: Professor at FH Aachen, Department of Economics Additional Affiliations: QFD Institute Germany, Nathan Expertise Contact: pietsch@fh-aachen.de | +49 (0)241 6009-51955 | Office E249, Eupener Straße 70, Aachen Professor Pietsch's research spans business administration with a strong emphasis on the intersection of business models and IT products. His work particularly focuses on customer-oriented approaches to software and IT service development, strategic positioning of IT products, and quality function deployment methodologies. He has published extensively on these topics, with his research evolving from early work on software project management to more recent focus on business models for IT products. His publication record shows consistent output over four decades, with a clear shift from technical software engineering topics in the 1980s-1990s toward business-oriented IT management topics in the 2000s-2010s. Recent publications focus on strategic positioning of IT products, requirements engineering, and quality function deployment applications, demonstrating his ability to adapt research focus to evolving industry needs. Key Publication Trend: Evolution from technical implementation (1980s-1990s) to business strategy (2000s-present) Primary Research Domains: IT Product Management, Quality Function Deployment, Service Level Agreements Methodological Focus: Customer-oriented approaches to product development and requirements engineering Professor Pietsch maintains active industry connections through his affiliations with the QFD Institute Germany and Nathan Expertise, suggesting practical application of his academic work. His office is located in room E249 at Eupener Straße 70 in Aachen, Germany, where he holds consultation hours by appointment, indicating ongoing engagement with students and colleagues.

Annette KipkaView profile

Lecturer

• Materials Engineering
• Ceramics Technology
• LTCC (Low Temperature Co-fired Ceramics)
• +5 more

Prof. Dr. Annette Kipka serves as a Lecturer in Materials Engineering at Bern University of Applied Sciences within the Engineering and Computer Science department, specifically in the Mechanical Engineering Department. She additionally holds leadership roles as Deputy Head of the Mechanical Engineering Department and Equality Officer for Department TI, demonstrating commitment to both academic excellence and diversity initiatives. Her educational journey began in East Germany with school education at EOS Hettstedt followed by vocational training at VEB Walzwerk Hettstedt (1985-1990). She earned her Dipl.-Ing. in Materials Engineering from the Technical University 'Otto von Guericke' Magdeburg and Politechnika Slaska Katowice (Poland), then completed her Dr.-Ing. at RWTH Aachen / Karlsruhe Research Center (1991-1994) with research on 'Properties of vitrified fly ashes.' Prof. Kipka's research expertise centers on Materials Engineering , with specialized focus on Ceramics Technology , LTCC (Low Temperature Co-fired Ceramics) , and Additive Manufacturing . Her scholarly work addresses critical challenges in material compatibility, dimensional control during sintering processes, and the development of specialized materials for sensor applications. Her publications demonstrate consistent contributions to solving practical engineering problems through materials innovation. She teaches core courses in the Mechanical Engineering BSc program including Materials Engineering, Basics of Industrial Processes, Powder Metallurgy and Additive Manufacturing, and Working in International Industrial Environments. Her teaching approach integrates substantial industry experience with academic theory, providing students with practical insights into real-world engineering applications. Professional Background Bern University of Applied Sciences (2011-present), Lecturer in Materials Engineering W.C. Heraeus GmbH Hanau (2001-2010), Development Manager Europe Heraeus-Sensor-Nite Leuven, Belgium (1998-2001), Project Manager Heraeus Sensor-Nite GmbH Gaggenau (1994-1998), Project Manager Professional Memberships VDI - Verein Deutscher Ingenieure (Association of German Engineers) Rada Programowa 'Inzynieria Materialowa' (Materials Engineering Program Council) 'BFHdiagonal' working group for interdisciplinary elective modules Commission for Equality at BFH Prof. Kipka's multilingual capabilities (native German, fluent English and Polish, conversational French, Russian, and Dutch) support her international perspective and ability to work across cultural boundaries, reflecting her professional experience in Germany, Belgium, Poland, and Switzerland.

• Information Retrieval
• Natural Language Processing
• Medical Informatics
• +4 more

Sarah G Park serves as Assistant Professor and Head of the Mathematics Library within the University Library at the University of Illinois Urbana-Champaign. Her dual role combines academic leadership in specialized library management with active research contributions spanning information science and biomedical engineering disciplines. Her research profile demonstrates deep expertise in Information Retrieval , Natural Language Processing , and Medical Informatics , alongside significant work in Diabetes Research and Artificial Pancreas development. The fingerprint analysis of her publications reveals dominant themes including Artificial Pancreas (100%), Blood Glucose (95%), Type 1 Diabetic Rats (88%), and Model Predictive Control (88%), reflecting her interdisciplinary approach to solving complex problems in healthcare technology and information systems. Publication trends show a strategic evolution from biomedical engineering (2020-2022) focused on neural network-controlled artificial pancreas systems for diabetes management in animal models, to contemporary information science research (2023-2024) applying Generative AI to optimize systematic review search strategies and analyze international student library needs. This transition highlights her ability to bridge computational methods across disparate domains. Scientific awards: No awards, fellowships, or medals were documented in the provided materials. Advising and grants: No graduate students or formal advisees were listed No research grants or funding sources were specified Laboratory and team affiliations: No dedicated research laboratories were described Collaborative work appears across engineering and medical domains based on co-authorship patterns

• Public Relations
• Media Relations
• Organizational Communication
• +4 more

Robert Reeves serves as Associate Professor of Communication and chairman of the Communication Department within Anderson University's College of Arts & Sciences, a position he has held since 2012. With over 25 years of professional experience in journalism and nonprofit communications, he integrates real-world expertise into his teaching while emphasizing ethical communication through a Christian worldview. His educational foundation includes: BA in Journalism from the University of South Carolina MA in Communications from Western Kentucky University Reeves specializes in public relations, media relations, organizational communication, and writing, with deep expertise in nonprofit communications. His courses blend lecture-discussion formats with hands-on projects including community-based public relations research for real clients and production of the College of Arts and Sciences magazine Synthesis. Accredited by the Public Relations Society of America, he focuses on developing students' oral/written communication skills, teamwork abilities, and problem-solving capacities within professional contexts. His scholarly work centers on nonprofit communication practices, exemplified by the 2020 documentary "The Connie Maxwell Story" documenting a South Carolina children's home. This output reflects his broader research trajectory examining historical documentation, community relations, and ethical storytelling within institutional contexts. Notable recognition includes: Educator of the Year by the South Carolina PRSA Chapter (2020) Excellence in Teaching Award from South Carolina Independent Colleges and Universities (2013) Reeves maintains active student mentorship through academic advising and leadership of award-winning student groups that have received multiple South Carolina PRSA honors since 2019. His professional service extends to leadership roles in the Public Relations Society of America, including past presidency of the Bluegrass Chapter and board positions with the South Carolina Chapter, bridging academic theory with industry practice.

Maged MikhailView profile

Associate Professor

• Mechatronics Engineering
• Robotics in Agriculture
• Pandemic Resilience Technology
• +3 more

Maged Mikhail serves as an associate professor of Mechatronics Engineering Technology within the College of Technology at Purdue University Northwest. Recognized as a Lionhearted Leader for exceptional work inside and outside the classroom, Dr. Mikhail integrates his extensive industry experience with academic instruction to create meaningful learning outcomes for students. Dr. Mikhail's research centers on robotics applications in agriculture, particularly through Project TRAVERSE funded by an Economic Development Administration SPRINT (Scaling Pandemic Resilience Through Innovation and Technology) Challenge grant. His work explores how robotic systems can transform labor-intensive agricultural tasks while creating remote work opportunities for displaced workers. The research specifically addresses challenges faced by migrant workers in harvesting delicate crops like strawberries and tomatoes, proposing technology solutions that could enable workers to operate agricultural robots remotely using gaming controllers and Wi-Fi connections. As an educator, Dr. Mikhail focuses on three core teaching objectives: equipping students with cutting-edge technological skills and problem-solving abilities; adapting to diverse learning styles; and continuously refining instructional methods. He transforms passive classroom experiences into active learning environments by connecting syllabus outcomes directly to assignments and grading metrics, maintaining high enthusiasm, and fostering interactive sessions that draw from diverse instructional tools and real-world industry applications.

Małgorzata SiekańskaView profile

Assistant Professor

• Sports Psychology
• Psychology of Ability and Achievement
• Child and Youth Sports
• +4 more

Dr. Małgorzata Siekańska is an Assistant Professor in the Department of Psychology at the Institute of Social Sciences of the University of Physical Education in Krakow. She holds a postdoctoral degree in physical education and is certified as a first-class sports psychologist with extensive experience in both research and practical applications. She completed her master's and doctoral studies in psychology at the Catholic University of Lublin, followed by specialized training in cognitive-behavioral therapy, Ericksonian hypnotherapy, and group communication techniques. Her academic journey includes research internships at the Centre for Research on the Highly Gifted in Nijmegen and teaching exchanges through the Erasmus program to institutions in England and Finland. Dr. Siekańska specializes in the psychology of ability and achievement, with particular expertise in child and youth sports, coach-athlete communication, supporting athlete development, athletic talent identification, and mental toughness. Her research integrates theoretical frameworks from giftedness psychology with practical sports applications, examining how psychological factors influence athletic performance and development across the lifespan. Her publication record demonstrates consistent focus on understanding psychological aspects of sports talent development, with particular attention to parental influence, coach communication styles, temperament structures, and coping mechanisms in athletes at various skill levels. Her recent work explores dual career pathways, mental training applications beyond sports, and developmental transitions in athletic careers. Research grant from the Ministry of Science and Higher Education (2011-2014) Multiple Erasmus teaching exchange grants State Committee for Scientific Research grant for doctoral studies Scholarship at Centre for Research on the Highly Gifted in Netherlands Dr. Siekańska has presented her research at over 40 international conferences across five continents, including multiple appearances at the International Society of Sport Psychology World Congress and the Association for Applied Sport Psychology Annual Conference. She has published in prestigious journals such as High Ability Studies, Biology of Sport, and Journal of Human Kinetics, and has co-edited two significant Polish-language monographs on practical sports psychology.

• Manufacturing
• CNC Machining
• Mechanical Design and Analysis
• +4 more

James Higley is a Professor of Mechanical Engineering Technology (MET) in the College of Technology at Purdue University Northwest (PNW), where he has been teaching since 1988. In addition to his teaching responsibilities, he manages the MET Program and conducts applied research with companies. Professor Higley holds an M.S. in Mechanical Engineering from Purdue University, West Lafayette (1987) and a B.S. in Mechanical Engineering from Purdue University, Hammond (1985). He also maintains a Professional Engineer License (Number 9300387) from Indiana, though it is currently inactive. His research and teaching focus on practical applications of engineering principles, with emphasis on Manufacturing, CNC Machining, Mechanical Design and Analysis. Professor Higley's work extends into specialized areas including packaging machinery and firearms engineering, where he has secured five U.S. patents. His teaching philosophy centers on applied learning, believing that 'the hands-on approach where students gain a better understanding of concepts' is essential for engineering education. Professor Higley has published recent work on engineering education topics including capstone projects and ethics in the classroom, reflecting his commitment to improving how engineering concepts are taught and understood. Five U.S. patents (three in packaging machinery, two in firearms) Professional Engineer License, Indiana (inactive) Extensive industry connections resulting in numerous student internships and job placements Through his applied research and industry experience, Professor Higley has built strong relationships with local and national manufacturing companies. These connections have directly benefited his students through internship opportunities and job placements. His teaching approach emphasizes building student confidence through progressively challenging projects, with his ultimate goal being to develop students' problem-solving abilities that will serve them throughout their careers. Professor Higley leads research activities focused on practical applications in manufacturing and mechanical design, with particular expertise in packaging machinery and firearms engineering as evidenced by his five U.S. patents in these fields.

• Computer Science Education
• Computational Thinking
• Cloud Computing
• +4 more

Dr. James Paterson serves as a Senior Lecturer in the Department of Computing at Glasgow Caledonian University, where he has established himself as a prominent figure in computer science education research. His work spans multiple domains including computational thinking development, educational tool design, and the application of computing principles to logistics and vocational training. Dr. Paterson's research interests center on innovative approaches to computing education, with particular focus on computational thinking development through embodied activities , design patterns for teaching programming concepts , and cloud computing applications in educational settings . His work bridges theoretical computer science with practical educational applications, often exploring how visualization tools and physical activities can enhance learning outcomes for students at various levels. His publication record shows increasing productivity in recent years, with significant contributions in 2024-2025 spanning logistics data integration frameworks, computational thinking pedagogy, technology adoption in higher education, and adult apprenticeship motivations. These works demonstrate his ability to connect computing education with real-world applications across multiple disciplines. Dr. Paterson actively contributes to the academic community through service roles including: Chair of the 29th Annual Conference on Innovation and Technology in Computer Science Education (2024) Peer reviewer for ACM Transactions on Computing Education Invited speaker at numerous international conferences including Computing at School Scotland and EMIP'17 Spring Academy As a Co-Investigator on the Advanced Logistics Data Integration project with JOHN G. RUSSELL (TRANSPORT) LIMITED, he applies computing expertise to practical industry challenges, demonstrating the real-world impact of his research. His work aligns with UN Sustainable Development Goals, particularly those related to quality education and sustainable industry practices.

Andreas StenlingView profile

Associate Professor

• Work and Organizational Psychology
• Health Psychology
• Sports Psychology
• +6 more

Andreas Stenling serves as Associate Professor in the Department of Psychology at Umeå University, Sweden. His academic profile spans work and organizational psychology, health psychology, and sports psychology. He actively contributes to multiple research ecosystems through affiliations with Umeå University's CoLeadR Research Group, AI and society Group, Sport physical activity and health psychology Group, and Work organisation and society Group. Professor Stenling's research program centers on four interconnected domains: leadership-work environment-health relationships; physical activity-health connections; sport psychology (including injury prevention and mental health); and motivational processes across life contexts. His interdisciplinary approach bridges organizational behavior, public health, and sports science, employing longitudinal designs, randomized controlled trials, and innovative real-time assessment methods to generate actionable insights for improving workplace well-being and athletic performance. Recent publications (2024-2025) reveal strong emphasis on applied research with societal impact, particularly in occupational health interventions, cancer rehabilitation, and youth sports development. His work consistently examines psychological mechanisms underlying health behaviors, using advanced methodologies like ecological momentary assessment and latent profile analysis to capture dynamic processes in natural settings. Professor Stenling maintains robust research funding through multiple active projects spanning 2019-2029, including investigations into remote work dynamics, leadership development, sport injury prevention, and mental health interventions. His collaborative approach involves partnerships across disciplines and institutions, ensuring comprehensive resources for student training and research infrastructure development. Through Umeå University's research groups, he fosters an environment where students explore intersections of technology, human behavior, and health. Current initiatives like the WAYA-2 wilderness program for young cancer patients and youth sports interventions provide practical training grounds for emerging researchers, emphasizing real-world problem solving and societal contribution.

Cecilia DuclozView profile

Lecturer

• Mathematics
• Pure Mathematics
• Applied Mathematics
• +3 more

Cecilia Ducloz serves as an Instructor of Mathematics in the Department of Mathematics within the College of Business, Technology & Professional Studies at Methodist University. Her office is located in Allison 105A, and she can be contacted via email at cducloz@methodist.edu or by phone at 910.480.8473 for academic inquiries and student support. Educational Background: B.A. from the University of North Carolina at Wilmington M.A.T. (Master of Arts in Teaching) from the University of North Carolina at Wilmington Her academic focus centers on foundational mathematics education, with expertise spanning Pure Mathematics, Applied Mathematics, Algebra, Calculus, Geometry, and Statistics. As an instructor, she emphasizes pedagogical approaches to strengthen undergraduate students' quantitative reasoning and problem-solving abilities through structured curriculum delivery and classroom engagement. No scientific awards, research grants, or student advising roles are documented in the available information. Her professional activities are primarily dedicated to teaching responsibilities within the Mathematics department, reflecting a career oriented toward instructional excellence rather than research or mentorship beyond standard coursework.

Claudia WascherView profile

Professor

• Animal and environmental biology
• Evolution of social behaviour
• Proximate mechanisms underpinning social behaviour
• +9 more

Claudia Wascher is Professor of Behavioural Biology and Deputy Head of School for Research, Innovation and Income Generation at Anglia Ruskin University's School of Life Sciences. She joined the institution in September 2015 and is an active member of the Behavioural Ecology Research Group. Her work spans both fundamental research in animal behavior and practical applications in conservation and welfare. Dr. Wascher completed her PhD in Zoology at the University of Vienna, focusing on social modulation of heart rate in greylag geese at the Konrad-Lorenz research station in Austria. She holds an MSc in Biology and Environmental Science from the University of Graz, Austria. Her international research experience includes postdoctoral positions at CNRS Strasbourg, NTNU Trondheim, Max Planck Institute for Ornithology Seewiesen, and the University of Valladolid. Her research centers on the evolution of social behavior in animals, particularly examining the physiological and cognitive mechanisms that underpin group living. She specializes in studying corvids (crows, ravens) and greylag geese, with particular interest in social cognition, vocal communication, and the physiological costs and benefits of social interactions. Her innovative work combines field observations with physiological measurements to understand how animals navigate complex social environments. She has made significant contributions to understanding how social factors affect physiological stress responses and parasite burden, with findings relevant to both evolutionary biology and conservation. Her publication record shows a consistent focus on social cognition in corvids, vocal communication patterns, and the physiological correlates of social behavior. Recent work has expanded into anthropogenic impacts on wildlife, equity and diversity research in academia, and methodological approaches in bioacoustics. Her interdisciplinary approach bridges behavioral ecology, physiology, and conservation science. L'Oréal Austria Women in Science Fellowship for Young Female Scientists Editorial board member for multiple journals including Animal Cognition (2023-present), Animal Behaviour (2018-2020), and others Dr. Wascher has successfully supervised multiple PhD students working on topics ranging from vocal communication in corvids to social bonds in horses and the 'leaky pipeline' in STEM fields. She has secured substantial research funding from diverse sources including Wild Animals Initiative, Anglia Ruskin University, ASAB, and international funding bodies. Her commitment to equity, diversity, and inclusion is evident through her leadership of the Athena SWAN self-assessment team (2019-2024), which successfully secured a Silver award for the Faculty of Science and Engineering in February 2024. She maintains active research collaborations internationally and contributes to scientific outreach through media appearances, The Conversation articles, and conference presentations. Her work on animal cognition has received significant media attention, including features in BBC, Scientific American, and The Guardian.

• Developmental Psychology
• Child Language Acquisition
• Executive Function Development
• +3 more

Dr. Kathryn Mason is a Research Fellow at University College London specializing in Language & Cognition within the Deafness Cognition and Language Research Centre (DCAL). She holds an honorary researcher position at the UCL Institute of Education and coordinates the Collaborative Social Science Domain Early Career Researcher Network. Her work bridges developmental psychology, cognitive science, and educational practice with focus on deaf and hearing children. Her educational background includes a Master of Science from the Open University (2009) and a Bachelor of Science from the University of Manchester (2004). She completed her doctoral research at DCAL, University College London, where she designed and evaluated school-based interventions targeting deaf children's executive function skills. Dr. Mason's research centers on language, literacy, and cognitive development in children, with particular expertise in deaf populations. She investigates how children acquire language, thinking, and problem-solving skills (executive functions), examining mechanisms that make certain activities effective for developmental support. Her work includes large-scale longitudinal studies such as the "Preschool Language and Literacy project" and "Understanding Reading Success," and explores the impact of music training on children's cognitive and social development. She has made significant contributions to understanding specific language impairments in deaf sign language users. Her publication record shows a strong focus on cognitive development in deaf children, with a notable emphasis on music-based interventions for enhancing executive functions (2018-2021). Her research spans multiple disciplines including developmental psychology, linguistics, cognitive science, and educational intervention design, often addressing practical applications for educational settings through rigorous experimental methodologies. Dr. Mason currently serves as a Postdoctoral Research Fellow on major longitudinal studies at DCAL and coordinates early career researcher networks. While specific grant details aren't provided in source materials, her involvement in large-scale projects indicates substantial research funding support. She has not published information about doctoral advisees in available materials. Her primary research affiliation is with DCAL at University College London, a leading center for deafness and sign language research. She collaborates extensively with the UCL Institute of Education and participates in interdisciplinary networks focused on social science research, working with psychologists, linguists, and education specialists to advance understanding of child development in diverse populations.

John KiernickiView profile

Assistant Professor

• Synthetic Chemistry
• Inorganic Chemistry
• Main-Group Chemistry
• +1 more

John Kiernicki serves as an Assistant Professor of Chemistry in the Chemistry & Physics department at Drury University, where he has been a faculty member since 2021. His office is located in TSC 214 with contact number (417) 873-7234. His educational background includes: A.B. in Chemistry and History from Ripon College (2011) Ph.D. in Chemistry from Purdue University (2016) Prior to Drury, he served as a Postdoctoral Associate and Lecturer at the University of Michigan. Dr. Kiernicki's research centers on Synthetic Chemistry with primary specialization in Inorganic Chemistry, particularly inorganic synthesis. His work extends to Main-Group Chemistry and Organic Synthesis, aiming to advance chemical knowledge through innovative strategies. He teaches courses in inorganic chemistry, main-group chemistry, and organic synthesis. The Kiernicki Lab maintains a strong commitment to diversity and inclusion, defining diversity as encompassing age, gender identity, ethnicity, sexual orientation, religious beliefs, race, socio-economic status, physical abilities, and political ideologies. The lab actively fosters an equitable environment where diverse scientific perspectives drive innovation in solving complex research problems. As an advisor, Dr. Kiernicki mentors undergraduate researchers in synthetic chemistry projects. While specific student names and grant details aren't provided in the source material, the lab's structure indicates active student involvement in research. The lab also participates in outreach activities to broaden participation in chemical sciences.

• Graphic Design
• Font and Calligraphy
• Spatial Design
• +3 more

Teodora Pesheva serves as a Lecturer in the Engineering Design Department at Technical University of Sofia, teaching Font and Calligraphy and Graphic Design courses. Her academic foundation includes studies at the National Academy of Fine Arts 'Ilia Petrov' in Sofia, with specialized training in Graphics, Pedagogy, and Spatial Design. Her research interests span Graphic Design, Font and Calligraphy, Spatial Design, Scientific Illustration, and Painting Techniques, reflecting her dual expertise in artistic creation and technical design. This interdisciplinary approach informs her teaching methodology that bridges creative expression with engineering principles. Pesheva actively participates in professional development through her membership in the Society of Animalists, Florists and Scientific Illustrators (DAPHNI) since 2017. Her notable project contribution to 'The Great Return' demonstrates applied research in scientific illustration, creating visual documentation of endangered Bulgarian species through collaboration with Sofia University and the National Museum of Natural History. In her mentorship approach, she emphasizes developing students' non-conventional thinking abilities while maintaining technical precision. She focuses on cultivating patience, persistence, and creative problem-solving skills that prepare graduates for careers in advertising, fashion design, and product development sectors where design engineering expertise is increasingly valued.

Lawrence HobbieView profile

Professor

• Biology Education Research
• Genetics Education
• Science Education
• +3 more

Lawrence Hobbie is a Professor in the Department of Biology, College of Arts and Sciences at Adelphi University, where he has taught since 1995. He previously served as Associate Provost (2011-2016) and Interim Associate Dean for General Education (2019), demonstrating deep institutional commitment. His educational background includes: Ph.D. in Biology, MIT (1989) B.A. in Biology, Yale University (1983) Professor Hobbie's research spans two distinct phases: foundational work in plant molecular genetics focusing on auxin/cytokinin signaling pathways in Arabidopsis, and current leadership in biology education research. His active projects investigate exam correction effectiveness, genetics integration in nursing education, and metacognitive learning strategies. He champions active learning through small-group work, problem-solving, and structured low-stakes assessments to develop students' metacognitive abilities. His 2021-2025 publications reveal a strategic pivot toward education scholarship, with increasing focus on online learning environments, interdisciplinary curriculum design, and multi-institutional STEM transformation initiatives like the (STEM)2 network. Scientific recognition includes: Science Teacher of the Year (Adelphi AED/BBB, 1997, 2002, 2004, 2005, 2011) Teaching Excellence Award (Adelphi University, 2008) Service Excellence Award (Adelphi University, 2019) Professor Hobbie maintains robust research mentorship with 5-10 undergraduate advisees annually, supported historically by National Science Foundation grants totaling over $700,000 for both plant genetics and education projects. His Fulbright Scholar award enabled significant international collaboration in France. Currently, he leads a collaborative biology education research group focused on transforming STEM pedagogy through projects like the multi-institutional (STEM)2 network, emphasizing sustainable educational innovation and faculty development.