Personen mit Van
Name |
Ist AutorIn von |
wird erwähnt in |
|---|---|---|
| Thomas van Aken |
Ein integrierter, digitaler Semesterapparat (2008) | |
| Eddy Van Avermaet |
Mapping Perceived Socio-Emotive Quality of Small-Group Functioning (2005) | |
| Sylvia van Borkulo |
Computational Thinking in the Mathematics Classroom (2021) | Siehe Computational Thinking in the Mathematics Classroom (2021) |
| Jan van Bruggen |
COOPER (2006) A first exploration of an inductive analysis approach for detecting learning design patterns (2005) | |
| Wim van de Grift |
Computational thinking skills in Dutch secondary education (2013) | |
| Andrew van de Moere |
The Language of Cyberspace (2001) Virtual Library - Paths to Knowledge (2001) | |
| Zimcke Van de Staey |
Co-de (2018) | |
| David Van de Water |
Ameisenalgorithmen (2008) (erschienen in LOG IN 154/155/2008) | |
| N. J. van den Boom |
ali - Aachener eLeitprogramme der Informatik (2007) (erschienen in INFOS 2007 - Didaktik der Informatik in Theorie und Praxis) | |
| Piet Van den Bossche |
Effects of problem-based learning: a meta-analysis (2003) | Siehe Effects of problem-based learning: a meta-analysis (2003) |
| Jan Van den Bulck |
Mapping Perceived Socio-Emotive Quality of Small-Group Functioning (2005) | |
| André van der Hoek |
Informatics (2005) An experience report on the design and delivery of two new software design courses (2009) Multi-site evaluation of SimSE (2009) | |
| Gerhard Van der Leun |
Die zwölf Gebote des Cyberspace (1996) | Siehe Die zwölf Gebote des Cyberspace (1996) |
| Jan van der Veen |
Using Workflow for Projects in Higher Education (2000) | |
| Gerrit C. van der Veer |
A Plea for a Poor Man's HCI Component in Software Engineering and Computer Science Curricula; After all (2003) | |
| J. L. van der Walt |
The effect of incorporating cooperative learning principles in pair programming for student teachers (2008) | Siehe The effect of incorporating cooperative learning principles in pair programming for student teachers (2008) |
| Duan van der Westhuizen |
Towards a pedagogical design for teaching novice programmers (2015) | Siehe Towards a pedagogical design for teaching novice programmers (2015) |
| Arie van Deursen |
Pragmatic Software Testing Education (2019) A Collaborative Approach to Teaching Software Architecture (2017) | |
| Wouter van Diggelen |
The LEAD Project (2006) (erschienen in Innovative Approaches for Learning and Knowledge Sharing) | |
| José van Dijck | Siehe José van Dijck | Siehe José van Dijck |
| Michele Van Dyne |
Effectiveness of a computational thinking (CS0) course on student analytical skills (2014) | |
| Lindsay Van Gelder |
The strange Case of the Electronic Lover | Siehe The strange Case of the Electronic Lover |
| Mark J. Van Gorp |
An Empirical Evaluation of Using Constructive Classroom Activities to Teach Introductory Programming (2001) | Siehe An Empirical Evaluation of Using Constructive Classroom Activities to Teach Introductory Programming (2001) |
| Pascal Van Hentenryck |
Teaching creative problem solving in a MOOC (2014) | |
| Judith van Hooijdonk |
The Design Cycle for Education (DC4E) (2021) | Siehe The Design Cycle for Education (DC4E) (2021) |
| Karen Van Houten |
(In)Formal Methods (1995) (erschienen in Computer Science Education 1/1995) | |
| Evelien van Limbeek |
The Design Cycle for Education (DC4E) (2021) | Siehe The Design Cycle for Education (DC4E) (2021) |
| Kristien Van Loon |
Bringing Algorithms to Flemish Classrooms (2017) | |
| Jeroen J. G. van Merriënboer |
Ten Steps to Complex Learning (2024) Research Paradigms and Perspectives on Learning (2014) Designing a Blended Course in Android App Development using 4C/ID (2018) | |
| Jan Van Mierlo |
Mapping Perceived Socio-Emotive Quality of Small-Group Functioning (2005) | |
| Manh Van Nguyen |
Toward Developing a Cloud Computing Model Curriculum (2019) | |
| Frank Van Reeth |
Design and realization of an interactive multimedia server in education (1997) | |
| Peter Van Roy |
The role of language paradigms in teaching programming (2003) | |
| Maarten van Swaay |
Goal-oriented laboratory development in CS/EE (1988) | |
| Peer van Treel |
Empirische Untersuchung des EGameFlow eines Serious Games zur Verbesserung des Lernerfolgs (2017) | Siehe Empirische Untersuchung des EGameFlow eines Serious Games zur Verbesserung des Lernerfolgs (2017) |
| Klaas van Veen |
Defining and Observing Modeling and Simulation in Informatics (2016) Computational thinking skills in dutch secondary education (2014) (erschienen in WiPSCE 2014) Exploring Students' Computational Thinking Skills in Modeling and Simulation Projects (2015) Investigating Informatics Teachers´ Initial Pedagogical Content Knowledge on Modeling and Simulation (2017) | |
| Patricia B. van Verth |
Testing a model of program quality (1986) | |
| Hans van Vliet |
A Plea for a Poor Man's HCI Component in Software Engineering and Computer Science Curricula; After all (2003) | |
| Sukie Van Zyl |
Developing deeper self-directed learning in database design (2022) | |
| Kirk Vanacore |
Do Students Learn from Writing Feedback from an AI Teaching Assistant? (2026) | Siehe Do Students Learn from Writing Feedback from an AI Teaching Assistant? (2026) |
| Chris Vanags |
A Visual Programming Environment for Learning Distributed Programming (2017) |
|
| Ashlee Vance |
Elon Musk (2015) | Siehe Elon Musk (2015) |
| David R. Vance |
Computer literacy (2005) Technology Skills Of Incoming Freshman (2006) Computer literacy (2005) |
|
| J. D. Vance | Siehe J. D. Vance | Siehe J. D. Vance |
| Karsten Vandamme |
Werkstatt: Hausaufgaben im Informatikunterricht (1999) | Siehe Werkstatt: Hausaufgaben im Informatikunterricht (1999) |
| Tammy VanDeGrift | Siehe Tammy VanDeGrift | Siehe Tammy VanDeGrift |
| Jessica Vandenberg |
Gender Differences in Upper Elementary Students' Regulation of Learning while Pair Programming (2020) (erschienen in ICER 2020) | |
| Scott VandenBerg |
Connecting Colleges/Universities and Local High Schools (2018) | |
| Scott L. Vandenberg |
Introducing computer science using a breadth-first approach and functional programming (2000) | |
| Lucas Vandenbergh |
Reactive Game Engine Programming for STEM Outreach (2015) | |
| Dorien Vandenhove |
Bringing Algorithms to Flemish Classrooms (2017) | |
| Tom Vandeputte |
Beyond the institution (2015) | |
| Mark B. Vander Stel |
Seeing Is Believing (2016) | |
| Bradley T. Vander Zanden |
Two experiments using learning rate to evaluate an experimenter developed tool for splay trees (2011) Experiments with algorithm visualization tool development (2012) | |
| Jean Vanderdonckt |
A Method for Generating Multiplatform User Interfaces for E-Learning Environments (2009) | |
| James Vanderhyde |
Java class visualization for teaching object-oriented concepts (1998) | |
| Ruben Vanderlinde |
Using Online Tools to Support Technology Integration in Education (2009) The contribution of pupil, classroom and school level characteristics to primary school pupils’ ICT competences Primary school pupils' ICT competences (2015) | |
| David Vandermeulen |
Sapiens I (2020) | Siehe Sapiens I (2020) |
| Mieke Vandewaetere |
Advanced Technologies for Personalized Learning, Instruction, and Performance (2014) | Siehe Advanced Technologies for Personalized Learning, Instruction, and Performance (2014) |
| Steffen Vandirk |
Unlocking the Power of Generative AI Models and Systems such as GPT-4 and ChatGPT for Higher Education (2023) | Siehe Unlocking the Power of Generative AI Models and Systems such as GPT-4 and ChatGPT for Higher Education (2023) |
| Andrea Vanecko |
Future@Work (1998) | Siehe Future@Work (1998) |
| Erno Vanhala |
Object-oriented programming course revisited (2015) Teaching programming with flipped classroom method (2015) | |
| Juha-Matti Vanhatupa |
Organizing and evaluating course on embedded programming (2010) | |
| Jiří Vaníček |
What Makes Situational Informatics Tasks Difficult? (2016) Participants’ Perception of Tasks in an Informatics Contest (2020) Towards a Compulsory Computing Curriculum at Primary and Lower-Secondary Schools (2021) Bebras Tasks Based on Assembling Programming Code (2022) Programming in Scratch Using Inquiry-Based Approach (2015) |
|
| Petra Vaňková |
DIYLab as a Way for Student Teachers to Understand a Learning Process (2017) | Siehe DIYLab as a Way for Student Teachers to Understand a Learning Process (2017) |
| Kurt VanLehn |
Teaching the tacit knowledge of programming to noviceswith natural language tutoring (2005) Intention-based scoring (2005) Coached program planning (2003) |
|
| Craig A. VanLengen |
Does Instruction in Computer Programming Improve Problem Solving Ability? (1990) | Siehe Does Instruction in Computer Programming Improve Problem Solving Ability? (1990) |
| Philip Vanneste |
A Cognitive Model of Programming Knowledge for Procedural Languages (1992) | |
| Doranna Di Vano |
«Computer science and nursery rhymes» (2011) (erschienen in ITiCSE 2011) «Welcome to Nimrod» to learn CS ideas in the middle school (2013) | |
| Philipp Vanscheidt |
TextGrid - eine virtuelle Forschungsumgebung für die Geisteswissenschaften (2012) | Siehe TextGrid - eine virtuelle Forschungsumgebung für die Geisteswissenschaften (2012) |
| T. J. VanSlyke |
Data structure visualization with latex and prefuse (2007) (erschienen in ITiCSE 2007) | |
| Thomas Vantroys |
Pedagogical Scenario Modelling, Deployment, Execution and Evolution (2008) | |
| Jan Vanvinkenroye |
Lernkulturen in der Digitalität gestalten (2026) Technologieakzeptanz von Lehramtsstudierenden in Makerspaces (2023) | |
| Kenneth R. VanWyk |
Incident Response (2001) | Siehe Incident Response (2001) |
| Luis M. Vaquero-Gonzalez |
GRIDCOLE (2004) | Siehe GRIDCOLE (2004) |
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