Effectiveness of 3D Animation in Understanding Engineering Mechanics | IJCT Volume 13 – Issue 3 | IJCT-V13I3P55
International Journal of Computer Techniques
ISSN 2394-2231
Author
Sathe Pooja R., Belhekar Bhakti S., Batule Amruta S., Belhekar Suraj A., Belhekar Rohan R., Barhate Sanket D.
Abstract
Engineering Mechanics is one of the most important foundation subjects in first-year engineering education. It develops the analytical ability of students to understand force systems, equilibrium, friction, trusses, kinematics, and kinetics. However, many students face difficulty in understanding these concepts through traditional teaching methods because several topics require imagination and spatial visualization. This paper studies the effectiveness of 3D animation as a teaching-learning tool in Engineering Mechanics. The study compares conventional classroom teaching with animation-supported instruction. A survey and performance analysis of students were conducted after teaching selected topics through both methods. Results indicate that 3D animation improves conceptual understanding, attention, classroom engagement, and examination performance. It also helps students visualize motion and force interaction more clearly. The paper concludes that integrating 3D animation into engineering education can significantly improve learning outcomes and student interest.
Keywords
Engineering Mechanics, 3D Animation, Visualization, Learning Outcomes, Technical Education, Interactive Teaching
Conclusion
Engineering Mechanics is often considered difficult because many concepts are abstract and require visualization. This research confirms that 3D animation is an effective teaching-learning tool for the subject.
Students taught through animation showed higher academic scores, better engagement, and stronger conceptual understanding compared to traditional teaching alone. Animation is especially useful for force systems, projectile motion, friction, trusses, and particle motion.
Therefore, engineering colleges should integrate 3D animation into regular classroom teaching. It can improve learning quality, student satisfaction, and overall educational outcomes.
References
1.R. C. Hibbeler, Engineering Mechanics: Statics and Dynamics. Pearson Education.
2.Beer and Johnston, Vector Mechanics for Engineers. McGraw-Hill.
3.Educational Technology Research Journals on visual learning methods.
Engineering classroom survey data and institutional observations
How to Cite This Paper
Sathe Pooja R., Belhekar Bhakti S., Batule Amruta S., Belhekar Suraj A., Belhekar Rohan R., Barhate Sanket D. (2026). Effectiveness of 3D Animation in Understanding Engineering Mechanics. International Journal of Computer Techniques, 13(3). ISSN: 2394-2231.
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