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    Applications Open for 2026

    M.Tech in Computer Engineering

    Advanced computer engineering with AI, cloud systems, and research-driven innovation.

    2 Years | 4 Semesters
    M.Tech.
    School Of Engineering

    Program Overview

    The M.Tech in Computer Engineering delivers advanced education in intelligent systems, software architecture, and computing technologies, emphasizing research, analytical depth, and applied problem-solving for complex technological challenges.

    Students gain expertise in advanced algorithms, intelligent computing, cloud architectures, secure systems, software design, and research methodologies for solving large-scale computational problems.

    At a Glance

    Duration

    2 Years

    Semesters

    4 Semesters

    Scholarship

    Available

    Eligibility

    Qualification

    B.E. / B.Tech.

    Branch Required

    Computer EngineeringComputer Science

    Minimum Score

    55% aggregate

    Entrance Exams

    PULSEGATE

    Program Highlights

    Advanced Curriculum

    Focuses on emerging computing paradigms and research-led learning

    Research Orientation

    Strong emphasis on publications, innovation, and experimentation

    Modern Laboratories

    Access to advanced computing and simulation facilities

    Expert Faculty

    Academicians and researchers with deep domain expertise

    Syllabus

    The curriculum progresses from advanced computing foundations to specialized domains, integrating research methodologies, system design, and applied problem-solving through coursework, laboratories, and a major thesis.

    Year 1Fundamentals
    SEM 1 & 2
    Advanced Big Data AnalyticsComputer Vision and Image UnderstandingAdvanced Natural Language ProcessingNeural Computation in Deep LearningBlockchain and Bitcoin FundamentalsGenerative and Explainable AIQuantum IntelligenceBlockchain and Bitcoin Fundamentals
    Year 2Capstone
    SEM 3 & 4
    InternshipDissertation

    Major Specialization Tracks

    Students may select a specialization to develop deep expertise. Elective subjects will be based on the chosen track.

    Artificial Intelligence

    Intelligent algorithms, learning models, and autonomous systems

    Data Science

    Advanced analytics, big data processing, and predictive modeling

    Cloud Computing

    Distributed systems, virtualization, and scalable architectures

    Cybersecurity

    Secure systems, digital forensics, and threat analysis

    Program Outcomes

    • Design advanced computing systems using modern architectures
    • Develop intelligent software solutions using data-driven methods
    • Analyze complex computational problems using research techniques
    • Implement scalable, secure, and efficient computing solutions

    Career Pathways

    Graduates are equipped to work with top-tier tech companies and startups in a wide range of roles.

    Software Engineer
    AI Engineer
    Data Scientist
    Cloud Architect
    Cybersecurity Analyst
    Machine Learning Engineer
    Research Engineer
    Systems Architect
    Technology Consultant

    Frequently Asked Questions

    Is this program research-focused?
    Yes, it emphasizes research methodologies, thesis work, and innovation-driven learning.
    Does the program cover AI and machine learning?
    Yes, advanced AI and machine learning concepts are core components.
    Are research publications encouraged?
    Yes, students are guided to publish in reputed journals and conferences.
    Is the curriculum aligned with emerging technologies?
    Yes, it integrates modern computing trends and advanced system design.
    Does the program support higher studies?
    Yes, it prepares students for doctoral research and academic careers.
    M.Tech in Computer Engineering