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Bachelor of Mechanical Engineering

Tribhuvan University
Bachelor·4 Years

Bachelor of Mechanical Engineering is a four year undergraduate Engineering course which deals with Mechanical systems, Machine design, Manufacturing, Thermodynamics, Fluid mechanics, Energy systems, Automation, Materials and Industrial Engineering.

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Eligibility Criteria

Students seeking admission to Bachelor of Mechanical Engineering generally need to have completed Grade 12 / +2 or an equivalent qualification with the required science subjects, fulfilling the eligibility requirements prescribed by the Institute of Engineering.

Admission is conducted according to the IOE entrance examination and applicable admission rules for the respective academic year.

Course Curriculum

Year I — Part I

S.N.Course CodeCourse Title
1ENSH 101Engineering Mathematics I
2ENSH 103Engineering Chemistry
3ENCT 101Computer Programming
4ENEX 101Fundamental of Electrical and Electronics Engineering
5ENME 101Engineering Drawing
6ENME 103Engineering Mechanics I

Year I — Part II

S.N.Course CodeCourse Title
1ENSH 151Engineering Mathematics II
2ENSH 152Engineering Physics
3ENME 151Engineering Thermodynamics I
4ENME 152Machine Drawing
5ENME 153Engineering Mechanics II
6ENME 155Workshop Technology

Year II — Part I

S.N.Course CodeCourse Title
1ENSH 201Engineering Mathematics III
2ENME 201Material Science
3ENME 202Manufacturing and Production Processes
4ENME 203Engineering Thermodynamics II
5ENME 204Metrology
6ENME 205Strength of Materials

Year II — Part II

S.N.Course CodeCourse Title
1ENSH 253Probability and Statistics
2ENEE 254Electrical Machines
3ENME 251Mechanics of Solids
4ENME 252Instrumentation and Sensors
5ENME 253Computer Aided Design
6ENME 254Fluid Mechanics with Engineering Applications

Year III — Part I

S.N.Course CodeCourse Title
1ENEE 307Control System and Automation
2ENSH 301Numerical Methods
3ENME 301Automotive Technology
4ENME 302Fluid Machines
5ENME 303Theory of Machines and Mechanism
6ENME 304Organization and Management
7ENSH 303Technical English

Year III — Part II

S.N.Course CodeCourse Title
1ENME 356Professional Engineering Economics
2ENME 351Industrial Engineering and Management
3ENME 352Heat and Mass Transfer
4ENME 353Machine Design I
5ENME 354Machine Dynamics
6ENME 355Minor Project
7ENME 365–384Elective I

Year IV — Part I

S.N.Course CodeCourse Title
1ENME 411Entrepreneurship Development
2ENME 412Finite Element Method
3ENME 413Applied Computational Fluid Dynamics
4ENME 414Energy Resources and Technology
5ENME 415Machine Design II
6ENME 425–444Elective II
7ENME 416Project I

Year IV — Part II

S.N.Course CodeCourse Title
1ENME 463Project Management and Professional Practice
2ENME 465–474Elective III
3ENME 461Project II
4ENME 462Industrial Attachment

Course Outcomes

Graduates of Mechanical Engineering can:

  • Design and analyze mechanical components and machines.
  • Apply thermodynamics, fluid mechanics and heat-transfer principles.
  • Work in manufacturing and production industries.
  • Design mechanical systems using CAD and engineering software.
  • Analyze materials and mechanical structures.
  • Work with automotive and industrial machinery.
  • Develop and maintain energy and thermal systems.
  • Work in hydropower, renewable energy and other energy-related industries.
  • Apply automation, instrumentation and control technologies.
  • Work in manufacturing, construction, energy, automotive and industrial organizations.
  • Pursue higher studies and research in mechanical and related engineering fields.

About the Course