Design of Eco-Friendly Robotics and Automation Systems using Open-Source Tools and Frameworks

Abstract

Research and current innovations required more open-source tools to enhance the multidisciplinary kind of research growth. Thus, open-source tools are very fruitful specially in case of robotics and automation systems. Because of this any user can design and test virtually before wasting the time and money to implement a physical model. In this research paper major focus is to develop a prototype model using open-source resources. It’s required since robotics and automation have significantly transformed human society, beginning with the industrial revolution when machinery revolutionized labor set the foundation for modern industry. The primary reason of the fast growth of automation is evolving rapidly through advancements in artificial intelligence (AI), which allows machines to do complex tasks. In the coming years, this new wave of automation is expected to drive substantial change, improving productivity and accuracy across industry. So, through this research work an attempt has been tried to explores the role of robotics and automation in both historical and modern context, examining their potential to shape a more efficient future while considering the societal impact using different open-source tools and latest technologies. It also addresses future challenges, including the need for ethical framework, cybersecurity safeguard, and workforce reskilling initiatives. The major tools are used here is Arduino IDE, Tinker cad, coppelia-Sim, Circuit verse etc. Addressing these issues proactively will be crucial to ensuring that robotic and automation continue to benefit society equitably.