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    Applications Open for 2026

    B.Tech in Computer Engineering

    Building strong computing foundations for modern and emerging digital technologies.

    4 Years | 8 Semesters
    B.Tech.
    School Of Engineering

    Program Overview

    The program provides comprehensive foundations in computer engineering, combining theoretical principles with practical application across software systems, computing architectures, and emerging digital technologies to prepare students for advanced technical problem-solving and innovation.

    Students learn programming, algorithms, system design, databases, networking, operating systems, and modern computing tools, gaining analytical, architectural, and implementation skills required to build reliable and scalable computing solutions.

    At a Glance

    Duration

    4 Years

    Semesters

    8 Semesters

    Scholarship

    Available

    Eligibility

    Qualification

    10+2 or equivalent

    Subjects Required

    PhysicsScience or Vocational subjectMaths

    Minimum Score

    45% aggregate in qualifying examination

    Entrance Exams

    JEE Main / State CETPULSE

    Program Highlights

    Strong Core Foundations

    Emphasis on programming, algorithms, systems, and computational theory

    Hands-On Learning

    Extensive laboratories, projects, and applied problem-solving exercises

    Research Exposure

    Opportunities for academic research and technology innovation projects

    Industry Alignment

    Curriculum aligned with current computing practices and tools

    Syllabus

    The curriculum progresses from mathematical, programming, and system foundations to advanced computing concepts, applied software engineering, emerging technologies, and project-based learning, ensuring gradual skill development and practical competency.

    Year 1Fundamentals
    SEM 1 & 2
    Engineering MathematicsC ProgrammingJAVA ProgrammingBasic Electrical EngineeringEngineering PhysicsEngineering ChemistryEngineering Mechanics and Graphics
    Year 2Core Engineering
    SEM 3 & 4
    Computer Graphics and virtual realityData structureDatabase design and Management SystemsDigital Electronics Computer Organization and ArchitecturePython Programming LabOperating SystemsWeb Programming
    Year 3Advanced Topics
    SEM 5 & 6
    Machine LearningMicroprocessorHuman Computer InteractionRobotics & ApplicationsNatural Language Processing Network and Cloud SecurityEthical Hacking and Cyber LawsCryptography and System SecurityBig Data Analytics
    Year 4Capstone
    SEM 7 & 8
    Neural Computation in Deep LearningSoftware engineering and project managementDigital Image ProcessingApplied Data ScienceVulnerability Assessment and Penetration TestingIndustrial Robotics and Smart AutomationMobile and Ubiquitous ComputingSocial Media Analytics
    InternshipProject

    Major Specialization Tracks

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

    Artificial Intelligence & Data Science

    Develop intelligent systems using learning algorithms and data models

    Cloud & Cybersecurity

    Design and secure computing systems against digital threats

    Robotics and Automation

    Designing intelligent machines to automate tasks, improving efficiency, precision, and productivity

    Human Computer Interaction

    Design user-centered interfaces and interactive digital systems

    Program Outcomes

    • Proficient in Design and develop efficient software systems and computing solutions
    • Analyze computational problems using algorithms and data structures
    • Implement secure, scalable, and reliable computing architectures
    • Evaluate emerging technologies for practical engineering applications

    Career Pathways

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

    Software Engineer
    Systems Engineer
    Network Engineer
    Database Administrator
    Data Scientist
    AI Engineer
    DevOps Engineer
    Cloud Architect
    Cybersecurity Analyst

    Frequently Asked Questions

    Is mathematics important for this program?
    Yes, mathematics supports algorithms, system analysis, and computational problem-solving
    Does the curriculum include emerging technologies?
    Yes, advanced topics like AI, cloud computing, and cybersecurity are included.
    Does the program include research opportunities?
    Yes, students can engage in faculty-guided research projects and innovation-driven academic initiatives.
    Is this program suitable for higher studies?
    Yes, it builds strong academic foundations for postgraduate education.
    What programming languages are taught?
    Students learn multiple modern programming languages used in computing systems.
    B.Tech in Computer Engineering