Introduction
Students’ memorization and information retention are highly dependent on the specific techniques they use for learning. The reality of distance learning requires alternative methods for transferring and receiving academic content. One such approach is a chunking technique used in learning and memory that involves breaking information into smaller pieces, or “chunks.” It can help learners better process and remember information by reducing the cognitive load on working memory. This approach is efficient for use in pre-recorded video lectures that can be downloaded and accessed gradually, allowing students to access information comfortably and save learning time.
Effectiveness of Chunking: Scientific Evidence
The chunking content technique is often used in educational settings to help students learn and retain new information and can be applied across subjects such as language learning, mathematics, and science. Scholars agree that learners prefer to acquire information using a method that comes naturally and does not cause discomfort (Major & Calandrino, 2018).
Research by Humphries and Clark (2021) has demonstrated reductions in students’ learning time for short (<5 minutes), medium (6–10 minutes), and long (11–20 minutes) chunked lectures of 93.14%, 86.07%, and 66.18%, respectively (p. 8). At the same time, students demonstrated significant improvement in attention focus and final grades. Research by Rathner and Schier (2020) confirms this, demonstrating that chunking video lectures reduced students’ learning time by “one-third” (33%; p. 90). These results demonstrate the effectiveness of the chunking method for learning.
Conclusion
In conclusion, the chunking technique can be a valuable tool for learners looking to improve their comprehension and retention of complex information. By breaking down large pieces of information into smaller chunks, learners can reduce cognitive overload, identify patterns and connections, and create mental frameworks for understanding complex topics. By employing chunking techniques, learners can optimize their learning process and improve their academic performance.
References
Humphries B., & Clark D. (2021). An examination of student preference for traditional didactic or chunking teaching strategies in an online learning environment. Research in Learning Technology, 29.
Major, A., & Calandrino, T. (2018). Beyond chunking: Micro-learning secrets for effective online design. FDLA Journal, 3(13), 1–7.
Rathner, A., & Schier, M. A. (2020). The impact of flipped classroom andragogy on student assessment performance and perception of learning experience in two advanced physiology subjects. Advances in Physiology Education, 44(1), 1–118.