AUTOMATION AND ROBOTICS
The advancement of robotics has been immensely high in recent years and the next few years are to witness great advancement in robotic technology. Therefore, the technology paradigm shift in the robotics field makes an industrial revolution. Diploma courses in Automation & Robotics have become one of the top career choices among aspirants. Automation & Robotics programme focus on the construction and operation, design automation of robotic devices, computer systems for necessary control action, feedback sensor and information processing. Through project-based learning, design thinking and inquiry learning, students will explore the technical skills needed to design and fabricate physical devices. Automation & Robotics is an interdisciplinary branch of Engineering that includes Mechanical, Electrical, Electronics, Computer Science, Sensors and Instrumentation, Industrial Automation, Artificial Intelligence and Machine learning, Nanotechnology, Bio Engineering and Machine Vision.
ARTIFICIAL INTELLIGENCE AND MACHINE LEARNING
Artificial Intelligence (AI) and Machine Learning (ML) will change the way we live, and virtual cloud-enabled seamless data connectivity would usher in a digital revolution by 2030. AI and MI are some of the future technologies that are going to shape our lives in the next two decades. Among the more exciting opportunities, one can expect the rising application of AI in healthcare to detect and diagnose health issues in individuals.AI predictive analytics and other digital disruptions are transforming business models, processes and customer relationships across every industry. Organizations increasingly find themselves confronting moments of existential change. In this landscape of digital disruption, leaders need both the understanding and the tools to integrate AI into their overall strategy. The purpose of Machine Learning is to discover patterns in your data and then make predictions based on often complex patterns to answer business questions, detect and analyse trends and help solve problems. Machine learning in Business and other fields is effectively a method of data analysis that works by automating the process of building data models. Artificial intelligence is a disruptive technology that is changing not only how we conduct our business, but also how we live.
CYBER FORENSICS AND INFORMATION SECURITY
This course is designed to create awareness, extend education and prepare the base for further studies in the area of information security, digital forensics and cyber laws. The course will be focusing on information systems, information security, security threats and risks, computer crimes, data security and backup, the importance of digital forensics, issues in computer and mobile forensics and cyber laws in detail.
In today’s technology driven generation, the importance of cyber forensics is immense. Technology combined with forensics paves the way for quicker investigations and accurate results. The main aim of cyber forensics is to maintain the thread of evidence and documentation to find out who did the crime digitally. Information Technology along with communication technology(ICT) has become the backbone of socio-economic activities and development. The Digital India movement of the government has given an additional pace to the penetration of ICT in Indian society. With the use of the internet, the world has now become a single village. Every development activity has its own cost and ICT is also not aloof from that. Internet and ICT have opened new ways of crime and the risk is increasing with the advancement and use of technology. There is an utmost need to increase awareness and impart skills, in Indian society, on the issues in the domain of Information Security.
CIVIL AND ENVIRONMENTAL
It is a branch of engineering which deals with the protection of environment and protect human health by proper intervention with the help of infrastructure and engineering. The major role deals with controlling pollution and suggesting novel methods to control pollution at the source site. An aspirant can become a land surveyor and focus on the land’s environmental factors that need to be considered. The factors include soil type, vegetation, waterways, etc. One can become a Land Surveyor by doing a Civil Engineering course or an Environmental Engineering course. Professionals holding a polytechnic diploma in civil and environmental from SNIT can be deployed by public and private sector construction firms, infrastructure development companies, and design firms.