Collaborative learning through CMC in academic education
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This research explores collaborative learning in academic education, focusing on how computer-mediated communication (CMC) impacts knowledge construction among students. It emphasizes the process of generating and evaluating new ideas as a shared goal, and assesses various factors such as the roles of peers, coaches, and communication task characteristics in CMC environments. The study utilizes a variety of multimedia communication types to foster deeper engagement and critical thinking, providing practical tips for implementing effective collaborative learning strategies and CMC systems.
Collaborative learning through CMC in academic education
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Presentation Transcript
Collaborative learning through CMC in academic education Arja Veerman & Else Veldhuis-Diermanse
Context • academic students • open-ended knowledge domains • collaborative learning • knowledge (co-) construction • electronic discussion • CMC systems Coaching Communication medium Task Student Fellow student
What is collaborative learning? • Trying to (co-) construct knowledge • Task-related activity • Reaching a shared goal • Not necessarily correct from a normative point of view
What is collaborative learning? • Trying to (co-) construct knowledge • Task-related activity • Reaching a shared goal … not necessarily correct from a normative point of view Our definition: “ Collaborative learning can be described as a process of task-related knowledge construction, in which new ideas are generated, explained and evaluated in order to reach a shared goal”
Research aims • To assess knowledge construction in relation to the following factors: • student • peer-student • coach • task characteristics • CMC system
Characteristics of CMC systems • Synchronous & asynchronous • Network-based • Flexibility of information exchange • Different types of communication: • text-based • graphical • structured interaction (e.g. graphical, threads) • audio/video
Data analysis Text-based discussion Messages
Data analysis Text-based discussion Messages Non-task related Task-related
Data analysis Text-based discussion Messages Non-task related Task-related Non-constructive Constructive
Data analysis Text-based discussion Messages Non-task related Task-related Non-constructive Constructive New Idea Explanation Evaluation
Discussion and conclusions • Role of the (peer) student • Appropriation • Group size • Role of coaching • NM: more critical, not more knowledge construction • AF: modeling students’ behavior • Web KF: stimulates participation • Task characteristics • the more complex, the more task structure • different perspectives • CMC systems • synchronous: jump into conclusions • asynchronous: stimulates deep thinking
Practical tips • Use open-ended tasks • Use structures to regulate organization and planning • Arrange heterogeneous groups or roles • Check students expectations • Use transparent CMC systems • Use the right system for the right purpose!