Robotics and Automation in Electrical and Electronic Engineering: Challenges and Innovations

Abstract

This research dives into the complicated nexus of "Robotics and Automation in Electrical and Electronic engineering," investigating challenges, developments, and transformative patterns. Challenges, crossing specialized complexities, financial contemplations, and moral measurements, are dismembered through a multidimensional lens. Developments, counting progressed sensors, counterfeit insights, and collaborative robotization, rise as urgent in reshaping the customary ideal models of the field. Observational insights from case studies and controlled tests uncover dynamic aspects of precision, accuracy, and collaborative proficiency in automated frameworks. Comparative investigations with related works exhibit the differences in inquiring about endeavours, from dispersed control in cyber-physical frameworks to machine learning applications in IoT security. Precision extending from 0.05 to 0.08 mm, Exactness extending from 0.1 to 0.15 mm, Time to Completion between 30 to 35 seconds. Effectiveness extended from 89% to 95%, and Safety Appraisals between 4.0 to 4.8. Ethical contemplations in human-machine collaboration emphasize the basics of mindful mechanical integration. Investigations into developing materials, stretchable gadgets, and scaled-down robot incitation instruments contribute to the advancing scene of materials science applications.