Next Generation Automation: Bridging Electronics and Mechanical systems in Industry 4.0

Educating future students and researchers in interdisciplinary approaches prepares them to tackle the complex challenges of the future and fosters a more adaptable and resilient scientific workforce. The Interdisciplinary study promotes collaboration and communication skills among faculties, students &researchers, as they learn to work effectively across disciplinary boundaries. Interdisciplinary training helps faculties and students to develop a broader skill set and a more flexible mindset, making them more adaptable to changes in research trends, methodologies, and the evolving needs of society. In Industry 4.0, there's a growing emphasis on integrating electronics and mechanical systems to create interconnected and intelligent production environments. IoT plays a crucial role in next-generation automation by connecting devices and equipment across the manufacturing floor. Here are some key aspects and trends within this broad area: Advanced Robotics, Cyber physical Systems, Additive manufacturing (3D printing), Digital twins, Artificial Intelligence and machine learning, Block chain technology etc