International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056 Volume: 11 Issue: 07 | July 2024
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p-ISSN: 2395-0072
Exploring Evolutions: Mechatronics in Design, Education, and Future Prospects Sai Jadhav1, Atharva Kamble2 1Student, Dept. of Mechanical Engineering, VIIT Pune, Maharashtra, India 2Student, Dept. of Mechanical Engineering, VIIT Pune, Maharashtra, India
---------------------------------------------------------------------***--------------------------------------------------------------------Abstract The paper delves into the notable progressions in mechatronics since its inception, particularly in the realms of technology and processing power. It explores the evolving landscape of products and systems across diverse domains, highlighting the impact of strategies such as concurrent engineering and intelligent tools in design processes. The author's intention is to incite discourse on mechatronicsrelated matters, refraining from offering definitive answers or proposing novel methods. The document is presented as a discussion piece grounded in personal experience and perspective. There is a discernible shift in the utilization of laboratory work from mere illustrations of theoretical concepts to opportunities for collaborative, group-based learning. The objective is to furnish students with a more comprehensive understanding by addressing real-world phenomena. The proposal underscores the preparation of students for scientific or technical careers through cooperative group work aimed at achieving project goals. The passage introduces an educational V-model specific to mechatronics design, aimed at training graduates in crafting cost-effective, high-performance mechatronics products. The approach integrates structural design methodology, simulation, and practical implementation. Students engage in a process encompassing conceptual and detailed design, simulation for feasibility verification, and the integration of components into a complete physical product or system. More than a decade ago, automated grading facilities for fruits and vegetables were introduced. Recent advancements in machine vision, near-infrared (NIR) technologies, mechatronics, and computer technologies have bolstered these facilities, expanding their application to various agricultural products. Robot technology plays a pivotal role, delicately handling products with precision and gathering information for a seasonal product database.
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Fig.no.1: Working of mechatronics
1.INTRODUCTION Living in a world characterized by constant and rapid change, where the lifespan of knowledge is shorter than ever and competitiveness is a crucial asset, necessitates a revaluation of classical education methods for students in technical domains. Memorization is becoming inadequate due to the exponential growth of information in various fields. The internet enables quick access to meaningful information, eliminating the immediate need for textbooks or lecture notes. Students are now preparing for lifelong learning, acquiring skills that enable adaptability in a field destined to change. The U.S. Bureau of Labor Statistics reveals that workers born between 1957 and 1964 had an average of 11.3 jobs in different fields, emphasizing the dynamic nature of professions, especially in engineering. Today's students anticipate multiple careers, underscoring the importance of critical thinking and interpersonal skills. Education, particularly in engineering, should prioritize the 4Cs—creativity, critical thinking, communication, and collaboration. Students, especially in engineering, must learn how to learn, navigating vast information sources. Universities are adapting with learner-centered approaches that encourage participation and interaction. Embracing modern learning methods and tools, such as
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