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    Applications Open for 2026

    B.Tech in Mechanical Engineering

    Engineering mechanical systems through design, energy, automation, and advanced manufacturing.

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

    Program Overview

    The B.Tech in Mechanical Engineering builds foundational skills in thermodynamics, fluid mechanics, materials science, and machine design through semester-wise coursework and projects. Advanced semesters introduce electives, internships, and capstone projects focusing on real-world applications like CAD/CAM, Energy, and control systems.

    Students gain expertise in mechanical system design, thermal and manufacturing processes, automation, materials behavior, simulation tools, and engineering analysis for solving real-world technical problems.

    At a Glance

    Duration

    4 Years

    Semesters

    8 Semesters

    Scholarship

    Available

    Eligibility

    Qualification

    12th Science

    Subjects Required

    PhysicsChemistryMaths

    Minimum Score

    45% in each subject and aggregate

    Entrance Exams

    JEE MainCETPULSE

    Program Highlights

    Strong Core Foundations

    Emphasis on mechanics, design, manufacturing, thermodynamics

    Advanced Laboratories

    Hands-on learning using modern equipment and simulation tools

    Industry Exposure

    Internships, live projects, and industry-linked learning

    Research Orientation

    Opportunities in energy, materials, and advanced manufacturing

    Syllabus

    The curriculum progresses from engineering fundamentals to advanced applications, integrating analytical methods, laboratory experimentation, design projects, internships, and emerging technology exposure.

    Year 1Fundamentals
    SEM 1 & 2
    Engineering MathematicsEngineering PhysicsEngineering MechanicsBasic Electrical EngineeringEngineering DrawingPython Programming
    Year 2Core Engineering
    SEM 3 & 4
    Manufacturing Processes & TechnologyStrength of MaterialsThermodynamicsEngineering Metallurgy and MaterialsComputer Aided DraftingHuman Values and Social EthicsTheory of Machines and MechanismsRenewable energy sources sustainable development
    Year 3Advance
    SEM 5 & 6
    Power EngineeringRenewable Energy for sustainable developmentReliability EngineeringMachine designOptimization TechniquesAutomotive Electronics
    Year 4Capstone
    SEM 7 & 8
    Production Planning and ControlRefrigeration and Air conditioningTool EngineeringAdditive ManufacturingHybrid Electric VehiclesProcessing and Testing of MaterialsQuality EngineeringAutomotive Systems

    Major Specialization Tracks

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

    Design Engineering

    Mechanical design, CAD modeling, and structural analysis

    Thermal Engineering and Energy Science

    Heat transfer, energy systems, and sustainability

    Manufacturing Engineering

    Advanced manufacturing processes and production optimization

    Mechatronics and Robotics

    Mechanical-electronic integration and automation systems

    Materials Science and Nanotechnology

    Advanced materials, composites, and nanotechnology

    Non Destructive Testing

    Creating NDT practitioners for the huge market of Oil & gas, marine and power industry. An Industry designed specialisation.

    Program Outcomes

    • Design mechanical components and systems using engineering principles
    • Analyze thermal, manufacturing, and energy systems effectively
    • Implement automation and mechatronic solutions
    • Evaluate materials, processes, and system performance

    Career Pathways

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

    Mechanical Engineer
    Design Engineer
    Manufacturing Engineer
    Automotive Engineer
    Robotics Engineer
    Energy Engineer
    Aerospace Engineer
    Quality Engineer
    Research Engineer

    Frequently Asked Questions

    What skills are essential for mechanical engineering students?
    Strong mathematics, physics understanding, analytical thinking, and interest in machines and systems.
    What software tools are introduced during the program?
    Students learn CAD, simulation, and analysis tools relevant to mechanical design and engineering applications.
    Are research opportunities available for undergraduates?
    Students can participate in faculty-led research, simulations, and advanced laboratory projects.
    Does the program cover emerging technologies?
    Yes, automation, robotics, advanced materials, and Industry 4.0 concepts are included.
    Can graduates pursue higher studies?
    Yes, graduates are well-prepared for postgraduate studies and research careers.
    B.Tech in Mechanical Engineering