Welcome

Artificial Intelligence (AI) is a branch of programming that emphasizes the creation of intelligent machines that work and reacts like humans. Artificial Intelligence (AI) is a framework for robotic thought. AI imparts sharp lead to the robot, enabling it to offer administration to people in unusual and advanced circumstances, for example, in homes, emergency clinics, the workplace, and all around us. Artificial intelligence is a technique for teaching a computer, a computer-controlled robot, or a product to think shrewdly, in a manner similar to how skilled people think. AI is improved by studying how the human brain thinks and how people learn, choose, and operate while attempting to solve a problem, and then utilizing the results of this analysis to create insightful programming and systems.

Every civilization's progress has been closely related to advances in materials, which have been the decisive element in living quality. Advanced Materials means materials with engineered properties created through the development of specialized processing and synthesis technology. The industrial revolution's increasing need for higher material performance, cost-effectiveness, and a greater application range has fueled the development of advanced engineering materials such as composites, high value-added metals, electronic materials, nanomaterials, and functionally gradient materials (FGMs), polymers, and biomaterials.

Mechatronics is an integrative domain that refers to the knowledge required in the advanced automated manufacturing industry of today. A Mechatronics engineer's or researcher's education must provide simpler, smarter systems through the interaction of mechanics, electronics, and computing. This revolutionary advancement in the manufacturing system introduces new goals and complexities that must be addressed in order to effectively utilize the innovation in numerous new products and methodologies in the future. As a result, mechatronics can be viewed as an approach to dealing with the design advancement, development, and application of complex technical systems. The methodology's quality is that it underpins understanding of the concept of embedded complexity by ensuring that the diverse engineering and different controls are viewed as one from the start of the design process.

Robotics is the study of using mechanisms, actuators, sensors and programming to simulate some elements of human function and the use of control systems and information technologies to eliminate the demand for human labor in the production system is known as automation. Automation is a step beyond mechanization in the context of industrialization. Whereas mechanization enabled machines to help human operators with the physical needs of their jobs, automation considerably reduces the need for human sensory and cerebral requirements. Clearly, this is a massive effort that will undoubtedly necessitate a slew of ideas from numerous mainstream professions.

Advanced Manufacturing is the application of innovative technology to improve manufacturing processes, and the linked technology is referred to as "advanced," "innovation," or "cutting edge". Advanced manufacturing system research incorporated with product development, process planning, resource planning, applications, tools design, and effectively implementing of new innovative technologies into both processes and products.

The application of engineering ideas and problem-solving methodologies to biology and medicine is known as Biomedical Engineering. This is visible throughout healthcare, from diagnosis and analysis to treatment and recovery, and has entered the public consciousness through the proliferation of implantable medical devices like pacemakers and artificial hips, as well as more futuristic technologies like stem cell engineering and 3-D printing of biological organs. Biomedical engineering is concerned with advancements that benefit human health and health care at all levels.

The International Conference on “Artificial Intelligence, Advanced Materials and Mechatronics (AIAMMS 2023)" focuses on promoting Interdisciplinary research-based advancements in Artificial Intelligence, Materials and Mechatronics. It would be an excellent opportunity for Academicians, Researchers, Technocrats, and Students to present their new and innovative research findings in the fields of Emerging Artificial Intelligence, Advanced Materials, Mechatronics, Engineering Issues, and Challenges for Industrial Applications. This conference will also discuss the impact of robotics, augmented reality, and IoT on value chain support and optimization, Artificial Intelligence in the Manufacturing Sector, Industry 4.0, Advanced Optimization Techniques, Sustainable Environmental Materials, Non-Destructive Evaluation Techniques, Sustainable Technology Innovation, Performance Optimization, Energy & Environmental Materials.

Why Attend A Virtual Conference ?

All professionals, academics, students, scholars, researchers, and others, are aware of the fact that constant updating of one’s knowledge, honing one’s skills, acquiring new contacts, and establishing new professional partnerships, is imperative to the advancement of their careers, studies, and work, in general. And, the best place to get all these things done is at an international conference, where highly reputed domain experts, field authorities, industry professionals, and like-minded people gather together on a common platform.

With the widespread nature of the COVID-19 virus combined with its lethality, people are all afraid to venture out of their homes as they want to avoid contracting the virus at all costs. An Online conference (Virtual) is a great alternative for anyone looking to make good use of their time in lockdown. In such a situation, where fear of falling sick and contracting a dangerous virus, is making people confine themselves at home, it is impossible for conferences to take place.

Topics Covered

All the topics including the cutting-edge research related to all fields of AI/ML systems, robotics and automation, Advanced Manufacturing, Mechatronics, Advanced Materials, and Bio-Medical Engineering are welcomed. The topics of interest include but are not restricted to: