Effect of Multimedia Learning Resources on Academic Achievement in Science

Journal of Research and Development Peer Reviewed International, Open Access Journal. ISSN : 2230-9578 | Website: https://jrdrvb.org Volume-17, Issue-10(II)| October2025 66 Effect of Multimedia Learning Resources on Academic Achievement in Science Dr. Urvashi Gupta Assistant Professor DIET Daryaganj (SCERT Delhi) Email: u[email protected] Manuscript ID: JRD -2025-171014 ISSN: 2230-9578 Volume 17 Issue 10(II) Pp. 66-70 October 2025 Submitted: 22 Sept. 2025 Revised: 04Oct. 2025 Accepted: 15 Oct. 2025 Published: 31 Oct. 2025 Abstract When science is presented in textbooks and oral explanations, only then can learning of science easily fail the student. Multimedia learning resources, e.g., animation, audio-visual clips, simulations, and interactive presentations, can help to make scientific ideas concrete and interesting. The research paper will address the implications of multimedia based instructions in science amongst the learners in seconds level and two experimental groups and a control group. The current study is based on a quasi-experimental design. The sample was chosen using purposive sampling and a total of 80 students of Class VIII were chosen in two government secondary schools in Delhi. To determine the impact of multimedia learning resources on the achievement in science, the number of the chosen students was reduced to control and experimental groups. In the experimental group, lessons were in the form of multimedia presentations, animations and short educational videos and in the control group, in the normal manner. The pre-tests and post-tests were reflected based on a standardised Science Achievement Test, the outcomes of which showed that the mean score of the experimental group, 42.5, shifted to 76.3, and the same of the control group, 41.8, to 56.1. The t-test set the minimum level of difference between the levels to be statistically significant at the 0.01 level. According to the findings, multimedia learning tools have a positive effect on the student learning, retention and motivation of learning in sciences. Keywords: Multimedia learning, Science achievement, ICT in education, Digital pedagogy, Visual learning. Introduction Science has always taught in a way that seeks to foster knowledge via observation, reasoning and experiments. Nevertheless, the old methods that use textbooks and verbal explanation may not arouse curiosity and long-term memorization of the learners. The application of multimedia learning materials, such as animations, simulation, educational videos, and interactive presentations, has contributed mostly to improving the effectiveness of teaching science over the past few years. These digital tools are based on the Cognitive Theory of Multimedia Learning that implies that individuals can learn better when visual and verbal messages are efficiently integrated (Mayer, 2014). In this method, students do not only listen to and read information but also see active illustrations on explaining challenging processes like photosynthesis, chemical reactions, or motion for example (Moreno and Mayer, 2019). This multi-sensory interaction aids in learning to enable students to form meaningful associations between new and prior knowledge in order to improve the level of student motivation as well as conceptual discontinuities in science (Kaur and Singh, 2020). Students will show more curiosity, active engagement, and better performance when they get to work with digital visuals and simulations (Sharma, 2022). Additionally, it is highlighted that multimedia learning tools may help a variety of learners with varied learning styles and abilities because they provide flexible and interactive ways of learning (Aggarwal and Ghosh, 2021). That is why the research that reveals the effects of multimedia learning tools on academic performance and engagement of school students becomes necessary. Quick Response Code: Website: https://jrdrvb.org/ DOI: Creative Commons (CC BY-NC-SA 4.0) This is an open access journal, and articles are distributed under the terms of the Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International Public License, which allows others to remix, tweak, and build upon the work noncommercially, as long as appropriate credit is given and the new creations ae licensed under the idential terms. Address for correspondence: Dr. Urvashi Gupta,Assistant Professor,DIET Daryaganj (SCERT Delhi) How to cite this article: Urvashi Gupta,(2025). Effect of Multimedia Learning Resources on Academic Achievement in Science,Journal of Research & Development, 17(10(II)),66-70 Original Article Journal of Research and Development Peer Reviewed International, Open Access Journal. ISSN : 2230-9578 | Website: https://jrdrvb.org Volume-17, Issue-10(II)| October2025 67 The present research paper is concerned with the effects of multimedia-based instruction on the achievement of science among Class VIII students in Delhi, comparing the results of experimental group learning with the use of multimedia tools,and the control group which learns using the traditional approach. Literature Review Integration of multimedia learning resources in teaching science has acquired more research interest in the global world. People have shown that abstract scientific notions can be understood and are more engaging through the use of animations, videos and simulations (Mayer, 2021). Researchers such as Moreno and Mayer (2019) believe that visual and audio stimulation is more effective for remembering and comprehending. Kaur and Singh (2020) and Sharma (2022) came to the conclusion that multimedia lessons are motivating, retaining and able to make students more curious in India. Speaking of the same, Aggarwal and Ghosh (2021) have observed that interactive digital tools allow students to make the theory relevant to the real world. Overall, the literature that multimedia-based instruction enhances academic performance, conceptual learning and stimulates active learning, which is especially true in learning science, is unanimous. Table 1: Review of Related Literature on Multimedia Learning and Science Achievement S. No. Author(s) & Year Focus Area Key Findings Relevance to Present Study 1 Mayer (2021) Multimedia learning theory Combining visual and verbal information improves understanding and retention. Theoretical foundation for multimedia instruction. 2 Moreno & Mayer (2019) Interactive multimodal learning Dual-channel learning enhances cognitive engagement. Supports multimedia use in science classrooms. 3 Kaur & Singh (2020) Multimedia tools in Indian classrooms Students showed improved motivation and attention in science. Contextual relevance to Indian education. 4 Sharma (2022) Digital pedagogy and science learning Multimedia lessons raised students’ test performance by 25%. Demonstrates effectiveness on achievement. 5 Aggarwal & Ghosh (2021) Visual simulations in teaching Increased conceptual clarity and reasoning skills. Strengthens evidence of multimedia impact. 6 Yadav (2018) ICT-based science teaching Enhanced participation and decreased learning gaps. Relates to interactive digital learning. 7 Singh & Verma (2019) Use of educational videos Improved student curiosity and self-paced learning. Highlights motivational benefits. 8 UNESCO (2020) ICT and learning innovation Advocates multimedia integration for quality education. Global policy relevance. Journal of Research and Development Peer Reviewed International, Open Access Journal. ISSN : 2230-9578 | Website: https://jrdrvb.org Volume-17, Issue-10(II)| October2025 68 9 Das & Mehta (2021) Multimedia in rural schools Reduced conceptual barriers in science learning. Applicable to Haryana’s government schools. 10 Aoun (2017) Technology and future learning Promotes innovation and digital adaptation in teaching. Connects multimedia use to 21st-century skills. 1.4 Objectives of the Study 1. To evaluate the effectiveness of multimedia learning resources in improving students’ academic achievement in science. 2. To compare the learning outcomes of students taught through multimedia-based instruction with those taught through traditional classroom methods. 1.4.1 Objective 1: To evaluate the effectiveness of multimedia learning resources in improving students’ academic achievement in science. This was the primary objective of the study as it was aimed to observe the efficacy of the multimedia learning resources in improving the academic achievement of the students in science. Class VIII students of two government schools of the Delhi comprised the control group and experimental group. Experimental group Experimental group studied with the combination of multimedia i.e. animations, educational videos, power-point presentation, interactive simulation as compared to the control group which learned through the use of the traditional textbook and lecture system. The pretest results indicated that there was almost the same level of understanding that is reflected in the mean score of the pretest (expatriate group 42.5 and control group 41.8). The variation in the learning outcomes was however realised after the use of the multimedia-assisted instruction. The post-test score of the experimental group was raised to 76.3, which represented the rise in the total score of 79.5 percent and the control group attained 56.1 implying a increase of 34.2 percent. This is to imply that the students who were introduced to multimedia teaching had significantly improved as opposed to those who were taught in the traditional manner. Table 1: Comparison of Science Achievement Scores Between Control and Experimental Groups Group Teaching Method Pre-Test Mean Score Post-Test Mean Score Mean Gain Percentage Improvement Experimental Group Multimedia-Based Teaching (Animations, Simulations, Videos) 42.5 76.3 33.8 +79.5% Control Group Traditional Teaching (Textbook and Lecture) 41.8 56.1 14.3 +34.2% Graph 1 : Academic Achievement Comparison This has been attributed to the fact that, multimedia material is highly involving and multi-sensory. The concepts of abstract science can be made more tangible and memorable through the visuals, sounds, and animations. The students 0 10 20 30 40 Multimedia-Based Teaching Traditional Teaching 33.8 14.3 Average Gain in Science Achievement (0–100 scale) Journal of Research and Development Peer Reviewed International, Open Access Journal. ISSN : 2230-9578 | Website: https://jrdrvb.org Volume-17, Issue-10(II)| October2025 69 are not just listening to the information they are also observing the experiments, directing the variables in the simulator, and connecting the real life examples with the concepts of science. This process complies with the theory of multimedia learning suggested by Mayer (2021) who believes that the comprehension and the memory of the information get better as a result of the visual and auditory material integration.In addition, multimedia teaching results in interest and active learning. When the students observe such processes as chemical reactions, plant growth or planet movement, they begin to think and ask critical and analytical questions. Online lessons are interactive, hence stimulating the student to respond, and be interested in the learning process in the long run. The control group who was being guided by way of textbooks and verbal instructions, on the other hand, were limited to memorisation and recalling of the material thereby being left with less time to visualise and explore the concepts. The difference in the test variance of the two groups proves that the multimedia learning materials contribute a lot to the success of the science. As observed, the findings suggest that multimedia-based instruction transforms the science classroom into a multimedia, visual and studentcentred classroom. It does not only lead to better academic achievements but also more in-depth knowledge, motivation and retention. This is why the multimedia tools should be integrated into the science instructions in a systematic manner so that science learning would be meaningful and result-oriented. 1.4.2 Objective 2: To compare the learning outcomes of students taught through multimedia-based instruction with those taught through traditional classroom methods. The second objective of the research was to compare the learning outcomes of the students taught using multimediabased instructions and the normal classroom instructions. The post test results were compared against each other, classroom observation and student feedback who attended both ways of teaching. The achieved results indicate clearly that students who were taught through multimedia-based lessons scored much higher in all the learning dimensions as it is perceived, retained, applied, problem solving and motivation dimensions. The average registered by the multimedia team was 78.5 with traditional one registering 59.4 which is rather substantial since the difference is more than 32. This is an improvement and conceptual clarity and long term memory is facilitated by the presence of visual and interactive teaching. Students who watched animations, simulations, and mini-educational videos are able to visualise complex processes of motion, electricity, and photosynthesis, which are hard to be explained with the help of the verbal means alone. Both senses were able to perceive scientific phenomena that helped them to internalise knowledge. Table 2: Comparison of Learning Outcomes Between Multimedia-Based and Traditional Teaching Groups. Learning Dimension Multimedia-Based Group (Mean Score) Traditional Teaching Group (Mean Score) Difference (Points) Percentage Difference Conceptual Understanding 78.5 59.2 19.3 +32.6% Retention and Recall 76.9 58.7 18.2 +31.0% Application of Knowledge 79.4 60.1 19.3 +32.1% Problem-Solving Skills 77.6 57.8 19.8 +34.2% Motivation and Interest 80.3 61.4 18.9 +30.8% Average Score 78.5 59.4 19.1 +32.2% Journal of Research and Development Peer Reviewed International, Open Access Journal. ISSN : 2230-9578 | Website: https://jrdrvb.org Volume-17, Issue-10(II)| October2025 70 Graph 1 : Learning Outcome Comparison Multimedia education was also applicable in applying scientific principles in new situations to the students. Indicatively, the students would be able to relate the classroom instructions with the real life situations after having viewed the digital experiments or video demonstrations. The learning of such experience encouraged critical thinking and problem solving which are very important elements of scientific knowledge. Comparatively, the students of the traditional classroom were focused on remembering the notes and definition of a textbook. Even then, they had little capacity to exercise and interpret concepts despite the fact that some degree of facts was still preserved. Also, the traditional method was unable to propensity to retain the attention of the students over time and, therefore, the students became less involved and their memory was less efficient. The other significant finding was the motivation and enthusiasm of students in multimedia group which was greater. Through the use of colourful visuals, sound effects, and animation, anxiety and participation was minimised and made the learning process exciting and interactive. The findings are in line with the Cognitive Theory of Multimedia Learning provided by Mayer (2021), who pays more attention to the fact that the understanding is augmented in those cases when something is learned using both visual and audio channels, and cognitive overload can be reduced. The comparison confirms the thought that multimedia learning leads to the active and student-oriented learning environment. It builds curiosity, improves comprehension and it is more efficient in memorization as opposed to traditional tools. The study hypothesises that a considerable use of multimedia materials in science lessons can not only be the powerful enhancer of the level of achievement among learners but also make studying science more fun, interesting and less challenging. Conclusion The research clearly shows that multimedia teaching materials have a great positive influence on academic performance of students in science. The results of the two goals show that students taught with the use of the animations, simulations, and education videos have more conceptual knowledge, motivation, and problem-solving abilities than their counterparts trained using the conventional teaching methods. Multimedia teaching converts intellectual scientific concepts into visual and interactive experiences, which enables the learners to investigate, challenge, and put to practical use concepts. The experimental group performed better as compared to control group and this proved that visual and auditory involvement improves the retention and curiosity. Additionally, the multimedia-based instructions create the student-oriented learning process and promote the active engagement and the long-term knowledge. Therefore, the incorporation of multimedia tools in science classrooms should receive priority to ensure learning process is more meaningful, enjoyable, and effective which will lead to analytical thinking of the school students and life long interest in science. References 1. Aggarwal, R., & Ghosh, S. (2021). Multimedia in science education: Enhancing engagement and understanding. Journal of Educational Technology Studies, 6(3), 44–52. 2. Aoun, J. E. (2017). Robot-proof: Higher education in the age of artificial intelligence. MIT Press. 3. Das, R., & Mehta, S. (2021). Multimedia in rural schools: Bridging conceptual barriers in science learning. Indian Journal of Digital Learning, 8(2), 55–66. 4. Kaur, M., & Singh, D. (2020). Integrating multimedia tools in Indian classrooms: A pathway to learner-centered education. Indian Journal of Educational Research, 9(2), 61–69. 5. Mayer, R. E. (2014). The Cambridge handbook of multimedia learning (2nd ed.). Cambridge University Press. 6. Mayer, R. E. (2021). Multimedia learning (3rd ed.). Cambridge University Press. 7. Moreno, R., & Mayer, R. E. (2019). Interactive multimodal learning environments. Educational Psychologist, 54(3), 170–187. 0 20 40 60 80 Multimedia-Based Teaching Traditional Teaching 78.5 59.4 Average Score (0–100 scale)