B. Tech. in Artificial Intelligence & Machine Learning

Overview

The rapid expansion of Artificial Intelligence across industries has created a fundamental shift in how software, data, and decision systems are built. However, most engineering graduates are still trained to treat AI as isolated model-building exercises, without understanding how these models behave once deployed in real, constrained, and continuously evolving environments. This program exists to address that gap by developing engineers who can build AI systems that function reliably in production on a scale.

To achieve this, the program is structured around the idea that true AI engineering requires more than algorithms, it requires mastery over data systems, distributed computation, model behavior under real-world constraints, and end-to-end deployment pipelines. Students are progressively trained through a tightly integrated pathway that begins with mathematical and computational foundations and advances into machine learning systems, deep learning architectures, and generative AI models that operate at industrial scale.

Learning is reinforced through continuous exposure to real infrastructure environments, including high-performance GPU systems, enabling students to work with large-scale models rather than simplified academic simulations. Alongside technical depth, the program emphasizes system thinking, where students learn to design AI solutions that balance accuracy, scalability, latency, cost, and ethical responsibility.

By the end of the program, learners are prepared not only to develop AI models, but to engineer complete AI systems that can be deployed, monitored, and improved in real-world production ecosystems across industries.

Duration

4 years (8 semesters), including elective projects, internships, and research components