CSE

Programme Overview

The M.Tech in Computer Science & Engineering at Techno Main Salt Lake is a two-year, full-time postgraduate programme designed to advance engineering expertise and foster innovation in computing. Featuring a rigorous curriculum that combines theoretical foundations with extensive hands-on experience, the programme prepares students to excel in areas such as artificial intelligence, cybersecurity, data engineering, and software systems. Learning is enhanced through laboratory exercises, project-based modules, guest lectures, and industry engagements.

Programme Objective

The objective of the programme is to cultivate technical leaders capable of solving complex engineering challenges using state-of-the-art computing methods. By integrating foundational theory, advanced algorithms, and emergent technologies, the curriculum develops strong analytical skills, research aptitude, and the ability to translate ideas into scalable solutions. Graduates will emerge with deep technical expertise and the capacity to contribute significantly to academia, research, and industry innovation.

Who Should Attend?

This programme is ideal for engineering graduates who wish to deepen their knowledge in computer science disciplines such as artificial intelligence, cybersecurity, data science, and advanced software systems. It is well suited for early-career professionals, recent B.Tech graduates, and technical innovators aiming to enhance their engineering repertoire, engage in research, or take on leadership roles in technology-driven environments.

Eligibility

Applicants must hold a B.Tech or equivalent degree in Computer Science, Information Technology, or a closely related field from a recognized institution. Candidates with strong mathematical and programming foundations are preferred. Admission will be based on performance in a national or university-level entrance examination and academic record.

Programme Duration & Delivery

The programme is structured over two academic years, full-time. It spans four semesters featuring a balanced mix of lectures, lab sessions, and project work. Classroom teaching is supported by practical workshops, simulations, code reviews, and industrial case studies. The final semester focuses on conducting an individual or team-based M.Tech thesis project under the guidance of faculty or industry mentors, enabling deep specialization and real-world solution development.

Pedagogy

Teaching methodologies combine formal instruction with experiential learning. Content is delivered through lectures, algorithm walkthroughs, hands-on programming labs, and system design reviews. Case studies drawn from industry and research scenarios support critical analysis. Seminars, code/architecture critiques, and peer-led discussions build collaborative skills. Faculty and visiting experts guide participants through structured problem-solving and technology evaluation.

Programme Content

The M.Tech curriculum at Techno Main Salt Lake is designed to provide a strong theoretical foundation in computer science, while also offering advanced specialization and hands-on learning through research, projects, and emerging technologies. The programme covers core computational principles, system-level knowledge, and applied domains that are essential for solving complex engineering and technological challenges.

Modules include:

• Advanced Data Structures and Algorithms
• Operating Systems and Distributed Computing
• Database Systems and Big Data Technologies
• Computer Networks and Information Security
• Software Engineering and System Architecture
• Computational Theory and Compiler Design
• Cloud Computing and Virtualization Technologies
• Artificial Intelligence and Deep Learning
• Machine Learning and its Applications
• Internet of Things and Embedded Systems
• Natural Language Processing and Computer Vision
• Blockchain Technology and Decentralized Systems
• Research Methodology and Technical Writing
• Seminar and Technical Presentation
• Electives in AI, Cybersecurity, Data Science, and Software Systems
• M.Tech Thesis Project or Industry-Oriented Capstone Project

The curriculum emphasizes both depth and application, equipping students with the expertise, technical fluency, and problem-solving ability needed to lead innovation and research in today’s fast-evolving digital and computational landscape.

Syllabus