David Ranum is a computer science educator known for his significant contributions to programming language education, particularly focusing on Python as a teaching language. His work centers around developing innovative curriculum structures and interactive learning materials for introductory computer science courses. His research interests span computer science education, programming language pedagogy, and the development of interactive learning systems. Ranum has pioneered approaches to teaching introductory programming that emphasize student success through carefully structured curriculum sequences and the strategic use of Python as a first programming language. Analysis of his publication history reveals a consistent focus on improving computer science education through practical, classroom-tested approaches. His work on interactive learning platforms, particularly the Runestone interactive system, demonstrates his commitment to moving beyond traditional textbook formats to create more engaging educational experiences. Ranum has been active in major computer science education venues including SIGCSE and the Journal of Computing Sciences in Colleges, where he has presented numerous papers on curriculum design and programming language education.
Ivan Lukovic is a Professor at the Faculty of Technical Sciences, University of Novi Sad, specializing in database systems, information systems, and conceptual modeling. His research spans over two decades with consistent publication output, demonstrating expertise in domain-specific languages, business process modeling, and data science education. His educational background isn't explicitly detailed in the provided sources, but his extensive publication record and editorial roles suggest advanced academic training in computer science. His research primarily focuses on database systems, information modeling, and applications of these technologies in various domains including education and industry. Lukovic's research interests center around database systems, conceptual modeling, and domain-specific languages. His work demonstrates particular expertise in form-based modeling approaches, integrity constraints, and model-driven development methodologies. He has made significant contributions to the understanding of business application modeling, production process modeling in Industry 4.0 contexts, and educational approaches in computer science. His recent publications show a strong focus on practical applications of database and information systems research, particularly in the areas of production process modeling, educational technologies, and data integration. The articles demonstrate increasing sophistication in methodology and application scope, with recent work addressing contemporary challenges in AI-powered literature review assistance and explainable AI methods. Lukovic has served as guest editor for multiple journal issues, including special editions on computer science applications in management and sustainability, and explainable AI methods. His editorial work reflects recognition of his expertise by the academic community. His collaborative work spans numerous projects with colleagues at the University of Novi Sad and international partners. He has contributed to educational initiatives in data science, particularly through the development of academic study programs at his institution. His work on students' preferences in computer science education indicates active engagement with educational research and curriculum development. Lukovic's research has practical applications in industry settings, particularly in manufacturing and business process domains. His recent work on production process modeling for Industry 4.0 demonstrates how his theoretical research translates into real-world applications that address contemporary industrial challenges.
Paul Tyrichter is a Senior Lecturer at the University of Duisburg-Essen, actively contributing to mathematics education research and teacher training. He is affiliated with the working groups of Prof. Dr. Bärbel Barzel and Prof. Dr. Florian Schacht, focusing on innovative teaching methods and digital learning tools. Research Interests: His work centers on digital diagnostics in mathematics education, particularly through the SMART project, and the development of mathematical exit games to enhance student engagement. He integrates technology and gamification into secondary mathematics instruction, aiming to improve conceptual understanding and motivation. The recent publications reflect a strong trend in mathematics didactics , emphasizing interactive, game-based learning environments and digital assessment tools . His contributions span from research papers to curriculum-aligned textbooks, demonstrating a commitment to both theoretical and practical aspects of education. Scientific Contributions: Co-developer of the SMART diagnostic tool for data understanding in math. Lead contributor to the design of digital mathematical exit games. Author and editor of the Mathematics – New Paths workbook series for German Gymnasiums (Grades 5–9). Teaching and Advising: Tyrichter has served as a lecturer and deputy senior teacher, mentoring future educators and contributing to continuing education programs. He has taught in university settings and secondary schools, including Otto-Hahn-Gymnasium Herne and Erich Kästner Comprehensive School. His work in the part-time master’s program for teacher training highlights his role in academic development of in-service teachers. Labs and Teams: He is an active member of the didactics working groups at UDE, particularly AG Barzel and AG Schacht, which focus on research and development in mathematics instruction. These groups collaborate on national projects like DZLM (German Centre for Mathematics Teacher Education) and contribute to both academic research and practical classroom resources.
Rosa Hesse is a Lecturer in the Institute of English Philology (WE6) at Freie Universität Berlin , part of the Department of Philosophy and Humanities. She is based at Habelschwerdter Allee 45, Room JK29/223, and can be contacted via email at r.hesse@fu-berlin.de. Her work bridges theoretical and applied linguistics, with a focus on syntactic and morphological structures, sociolinguistic dynamics, and computational approaches to language study. Research Focus: Her research explores the intersection of syntax , morphology , and sociolinguistics , particularly in multilingual urban environments and modern English dialects. She also contributes to cognitive linguistics and historical philology , analyzing idiomatic expressions and medieval manuscripts. Publications: Recent work highlights interdisciplinary trends, such as integrating computational models to study syntactic patterns and examining cross-linguistic complexity in language acquisition. Her studies often combine empirical analysis with theoretical frameworks from cognitive and historical linguistics. Institute Involvement: She participates in academic events like introductory sessions for first-year students in the BA English Philology and MA English Studies programs, underscoring her role in departmental teaching and student mentorship.
Dr. Elena von Ohlen is a Research Associate at the Institute of Romance Languages and Literatures, University of Duisburg-Essen, specializing in Latin American literatures from the 16th to 21st centuries. Her work bridges Law and Literature, focusing on feminist literary studies, intersectionality, femicide, translingual literatures, early modern witch hunts, and reproductive rights representation. Education: BA and MA in Spanish Philology and Interdisciplinary Latin American Studies from Freie Universität Berlin, with study abroad at Universidad Nacional Autónoma de México Research: Habilitation thesis on 'Brujas hechiceras' before colonial inquisition tribunals Focus Areas: Femicide, translingualism, colonial inquisition, gender-based violence Her recent publications explore queering Gloria Anzaldúa's works, femicide terminology, and intersections of law and literature in Latin America. Awards include the 2024 Doctoral Prize of the Berlin Scientific Society and multiple DAAD-funded research stays. Scientific Awards 2024 Berlin Scientific Society Doctoral Prize 2021–2023 Erasmus+ Staff Mobility Program 2021–2022 Dahlem Junior Host Program 2020–2021 DAAD Women's Advancement Funding Research Stays 2020 Universidad de los Andes (Bogotá) 2017 Comisión Chilena de Derechos Humanos (Santiago) 2016–2017 El Colegio de México She teaches introductory courses on Spanish literature, focusing on themes like 'The Other Boom' authors, 'Brujas' in literature, and literary multilingualism. Her work contributes to critical discourse on gender violence and colonial legacies.
Mirko Schürmann is a Researcher at the Department of Psychology within the Faculty of Arts and Humanities at Paderborn University, Germany. He serves as a Research Assistant at the Chair of Work and Organizational Psychology ( Arbeits- und Organisationspsychologie ) and is actively involved in the LLV HD project (Teaching-learning associations in degree programs containing mathematics - across universities and digital Teaching). His research centers on educational psychology and mathematics education, with specialized focus on quantitative research methods and statistical data analysis. Schürmann investigates support measures for mathematics learning in higher education, particularly during study entry phases, and develops frameworks for effective university mathematics teaching. His work integrates psychological principles with pedagogical innovation to address student success challenges in STEM contexts. Analysis of Schürmann's publications (2022-2024) reveals consistent focus on the WiGeMath and LLV HD projects. Key trends include digital assessment tools (STACK tasks), goal-framing of mathematics support programs, and framework models for university teaching. These works demonstrate interdisciplinary synthesis of psychology, mathematics education, and higher education research, emphasizing evidence-based interventions for student retention and learning effectiveness across institutional contexts. Schürmann delivers specialized instruction through workshops on statistical data analysis with SPSS for BA/MA graduates and quantitative methods seminars for doctoral students ( Quantitative Methoden für Doktoranden ). His teaching portfolio also includes health psychology, social psychology, and introductory psychology courses, with particular emphasis on methodological rigor and practical application of statistical principles. He operates within Paderborn University's Chair of Work and Organizational Psychology as part of the LLV HD project team, collaborating with researchers across multiple universities to examine teaching-learning dynamics in mathematics education. His office is located at Warburger Str. 100, Room H4.326, Paderborn (33098).
Quintin I. Cutts is a Professor in the School of Computing Science within the College of Science and Engineering at the University of Glasgow. He serves as a leading researcher in computing education with extensive contributions to programming pedagogy, educational frameworks development, and assessment methodologies across multiple educational levels from primary school through undergraduate programs. His research interests focus on computing education , particularly the development of educational frameworks like the ABC Framework for orienting learners in programming classes, spatial skills development in computational thinking, code comprehension strategies, and early-years computing education. His work bridges cognitive psychology with practical educational interventions, examining how spatial reasoning, argumentative reasoning, and physical activities impact programming learning outcomes. Analysis of his recent publications reveals a strong emphasis on developing structured educational approaches for novice programmers, with particular attention to how spatial skills correlate with computational thinking development, how to design effective early programming experiences, and how to address participation inequalities in computer science education. His work increasingly focuses on practical frameworks that can be implemented in real classroom settings across different educational stages. Cutts has established significant collaborative networks through organizing UKICER (United Kingdom and Ireland Computing Education Research) conferences and participating in international computing education research communities. His mentoring approach is evident through frequent co-authorship with junior researchers including Jack Parkinson, Maria Kallia, and Joseph Maguire, who have become established researchers in the computing education field themselves. He has contributed to building research infrastructure through initiatives like Works-in-Progress workshops that support emerging scholars.
W. Michael McCracken was a prominent figure in software engineering education research at Georgia Institute of Technology, with a career spanning nearly three decades from the late 1980s through 2015. His work primarily focused on curriculum development, programming skills assessment, and understanding how students conceptualize software design. McCracken's research interests centered on improving software engineering education through empirical studies of student learning. He investigated misconceptions in software design, the effectiveness of different teaching approaches, and the integration of industry practices like Agile methodologies into academic settings. His work often took a multi-institutional and sometimes international perspective, collaborating with researchers across multiple universities to gather comprehensive data on programming education. His publications demonstrate a consistent focus on practical applications of educational theory to software engineering curriculum. The progression of his work shows movement from foundational studies of programming skills assessment in the late 1990s to more sophisticated investigations of hybrid learning approaches by 2015. His research has significantly influenced how software engineering concepts are taught in academic settings. Among his notable contributions was the development of frameworks for undergraduate software engineering degree programs and studies examining why certain educational interventions succeed or fail. His work often addressed the gap between academic preparation and industry expectations for software engineering graduates. McCracken was an active participant in the computer science education community, regularly publishing in major venues including SIGCSE, ITiCSE, and CSEE&T conferences, as well as journals like IEEE Software and Computer Science Education. His collaborative approach is evident in his extensive co-authorship network across institutions.
Prof. Dr. Marcus Deininger serves as Professor of Computer Science at Stuttgart University of Applied Sciences within the Faculty of Surveying, Computer Science and Mathematics since 2004, concurrently holding the position of Dean of Studies for Software Technology since 2007. His academic leadership spans multiple degree programs including Bachelor of Applied Mathematics and AI, Bachelor of Computer Science, and Master's in Software Technology. His educational foundation includes a Doctorate in Computer Science from the University of Stuttgart (1995), preceded by significant industry experience: development and project management roles at debis Systemhaus (1996-2001) and T-Systems (2001-2005) provided practical grounding in enterprise IT solutions before his academic transition. Deininger's research manifests primarily through pedagogical contributions in software engineering education, with concentrated expertise in Java programming ecosystems, BPMN-based business process modeling, and UML-driven system analysis. His scholarly identity centers on translating complex technical concepts into accessible educational frameworks, evidenced by his extensive publication record focused on student skill development. Analysis of his 12 publications (2009-2024) reveals consistent emphasis on practical computer science education, evolving from foundational programming guides toward specialized exam preparation materials across software engineering domains. This trajectory demonstrates sustained commitment to curriculum development rather than theoretical research. His professional recognition includes membership in the German Informatics Society (GI), reflecting peer acknowledgment within Germany's primary computing professional organization. As Dean of Studies and thesis supervision guide author, Deininger shapes academic journeys through structural program oversight and pedagogical frameworks. His collaborative works with Thomas Kessel across 10+ publications indicate sustained research partnerships, while leadership in three distinct degree programs underscores institutional impact beyond narrow technical specialization. Though specific research laboratories aren't documented, his collaborative publication pattern suggests integration within computer science education communities, with recent works (2024) confirming active engagement in evolving pedagogical approaches for contemporary programming challenges.
Dr. Uta Liebeskind is a Lecturer in the Department of Social Sciences at the University of Siegen, Faculty of Social Sciences, where she teaches empirical research methods and data analysis. She also serves as a study advisor for Social Sciences and is involved in the 'Roads to Democracies' program. Her academic focus lies in higher education, educational transitions, gender inequality, and survey methodology. Research Interests: Her work centers on empirical social research, particularly in the areas of higher education systems, labor market transitions, and gender-based income disparities. She has extensively studied university teaching practices through a German-French comparative lens and has contributed to methodological discussions on panel studies, university rankings, and qualitative research design. Her expertise in Stata and computer-aided data analysis supports both her teaching and research. Publication Trends: Her publications reflect a consistent focus on educational sociology and methodology, with significant contributions to the National Educational Panel Study (NEPS). She frequently addresses issues of data quality, panel attrition, and the sociological implications of educational policy and institutional evaluation. Scientific Awards: No awards are mentioned in the provided text. Advising and Grants: Dr. Liebeskind provides academic advising for social science students and has held operational project management roles, notably for the NEPS sub-study on higher education and transition to work. While specific grant details are not listed, her involvement in large-scale national studies indicates participation in funded research projects. She has not published information about supervising PhD or master’s students. Labs and Teams: There is no mention of a specific research lab or independent research team led by Dr. Liebeskind. However, she has collaborated with prominent researchers such as Wolfgang Ludwig-Mayerhofer and has been part of larger research initiatives like NEPS and projects at the DZHW and Max Planck Institute.
Prof. Dr. Bernd Sommer , a Professor of Social Work at the Baden-Württemberg Cooperative State University Villingen-Schwenningen , specializes in qualitative social research , university didactics , and interdisciplinary approaches in social work. His academic career spans multiple institutions, including prior roles at the Berufsakademie Villingen-Schwenningen and FernUniversität in Hagen . His research focuses on biography and disability , emphasizing the intersection of neurological rehabilitation and pedagogical action . He has authored over 15 recent publications addressing case-based learning , interdisciplinary collaboration , and pedagogical frameworks in social work education. These works highlight practical application of theoretical concepts and university teaching innovations . 2024 : Social casework methodologies 2023 : Didactic models for practice 2022 : Interdisciplinary dynamics Bernd Sommer's work bridges academic theory with real-world social work challenges , particularly in rehabilitation contexts and client-centered interventions . He maintains active engagement in crisis counseling for students since 2020 and has held leadership roles in disability assistance programs within social economy curricula.
Sara Hooshangi researches computer science education with focus on student pathways and inclusive pedagogy. Her work examines factors influencing student performance in introductory programming courses, transfer student experiences, and gender perceptions in computing. Key contributions include: Longitudinal analysis of CS1/CS2 performance predictors Assessment frameworks for capstone courses Studies on non-traditional student success factors Validation of attitudinal instruments for computing Recent projects investigate confidence and interest development among non-CS majors, with implications for computational thinking instruction across disciplines.
David G. Kay is an Adjunct Professor in computer science education, collaborating with researchers like André van der Hoek and Debra J. Richardson. His work spans software engineering education , informatics , and intellectual property law for CS instructors. His research interests focus on contextualizing computer science within legal and ethical frameworks, curriculum innovation, and effective course management for large introductory classes. He has contributed to curriculum development and pedagogical strategies in programming courses. His publications, primarily in SIGCSE, ICSE, and IEEE Software, address software patents , collaboration vs. plagiarism , and teaching assistants' training . While his articles emphasize legal aspects of technology , educational design , and curriculum policy , no scientific awards are explicitly mentioned in the provided data.
Nell B. Dale is a distinguished academic in the field of Computer Science Education, affiliated with the University of Texas at Austin. With a career spanning over five decades, her work has significantly influenced computer science pedagogy, curriculum development, and educational research methodologies. She has been a prominent figure in the SIGCSE (Special Interest Group on Computer Science Education) community, contributing extensively through publications, conference organization, and leadership roles. Her research interests focus primarily on computer science education, with particular emphasis on curriculum development, teaching methodologies for introductory programming (CS1), assessment strategies, and historical perspectives on CS education. She has explored challenges in teaching recursion, data structures, and foundational programming concepts, while also addressing broader issues like gender diversity in computing education. Her work often bridges theoretical educational frameworks with practical classroom applications, making significant contributions to how computer science is taught at the undergraduate level. An analysis of her publication trends reveals a sustained focus on understanding and improving computer science education. Early work addressed foundational issues in database management education and programming language instruction, while later research examined contemporary challenges like the integration of software engineering principles into undergraduate curricula and the identification of difficult topics in introductory courses. Her 2018 publication reflecting on her relationship with SIGCSE demonstrates her long-standing commitment to the CS education community and its development over time. Throughout her career, Dr. Dale has collaborated extensively with leading figures in computer science education, including Elliot Koffman, Henry Walker, and other SIGCSE luminaries. These collaborations have resulted in significant contributions to CS education literature, conference proceedings, and educational resources that have shaped the teaching of computer science for generations of students.
Deepak Kumar is a Professor at Bryn Mawr College, dedicated to advancing computer science education and innovative pedagogical approaches. His work focuses on integrating creative computation, robotics, and interdisciplinary methods into curricula. He has contributed extensively to introductory computer science education, emphasizing project-based learning and the use of tools like Processing for visual programming. Research Interests: Revolutionizing introductory CS education through creative coding and robotics Designing interdisciplinary curricula that bridge technology with humanities Evaluating the impact of hackathons vs traditional lab environments Developing accessible educational tools like the Pyro robotics framework Publications highlight trends in pedagogy innovation, with a focus on K-12 outreach and undergraduate curriculum design. His work often addresses equity in computing education through creative and inclusive methodologies.
