Bachelor of Mechanical Engineering (BME) Syllabus – IOE, Tribhuvan University

 

Bachelor of Mechanical Engineering (BME) Syllabus – IOE, Tribhuvan University

The Bachelor of Mechanical Engineering (BME) program under the Institute of Engineering (IOE), Tribhuvan University (TU), Nepal, is designed to produce competent professionals capable of addressing challenges in the mechanical engineering field. With a focus on practical applications and theoretical foundations, the program covers a diverse range of subjects across its 4-year duration. Below is a detailed breakdown of the syllabus.

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Course Overview

Title: Bachelor of Engineering in Mechanical Engineering

Duration: 4 Years

Each academic year is divided into two parts (I and II), with each part consisting of 90 working days (15 weeks). The program is divided into 8 parts, starting with fundamental subjects in the first year and progressing to discipline-specific and professional courses in later years.

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Course Structure

First Year

Part I

1. Mathematics I [SH401]
2. Computer Programming [CT401]
3. Engineering Drawing I [ME401]
4. Engineering Chemistry [SH403]
5. Fundamentals of Thermodynamics & Heat Transfer [ME402]
6. Workshop Technology [ME403]

Part II

1. Mathematics II [SH451]
2. Engineering Drawing II [ME451]
3. Basic Electronics Engineering [EX451]
4. Engineering Physics [SH452]
5. Basic Electrical Engineering [EE451]
6. Applied Mechanics [CE451]

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Second Year

Part I

1. Mathematics III [SH501]
2. Material Science [ME501]
3. Engineering Mechanics [ME502]
4. Metrology [ME503]
5. Applied Thermodynamics [ME504]
6. Computer-Aided Drawing [ME505]
7. Electromagnetism [EX503]

Part II

1. Probability and Statistics [SH552]
2. Electrical Machine [EE554]
3. Manufacturing and Production Processes [ME551]
4. Strength of Materials [ME552]
5. Instrumentation and Measurement [ME553]
6. Fluid Mechanics [ME554]

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Third Year

Part I

1. Numerical Methods [SH603]
2. Control System [EE602]
3. Organization and Management [ME601]
4. Mechanics of Solids [ME602]
5. Heat Transfer [ME604]
6. Fluid Machines [ME605]

Part II

1. Communication English [SH651]
2. Machine Design I [ME651]
3. Industrial Engineering and Management [ME652]
4. Theory of Mechanism and Machine I [ME653]
5. Internal Combustion Engines [ME654]
6. Energy Resources [ME655]

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Fourth Year

Part I

1. Machine Design II [ME701]
2. Theory of Mechanism and Machine II [ME702]
3. Engineering Economics [ME703]
4. Turbo Machines [ME704]
5. Environment and Pollution Control [ME705]
6. Industrial Attachment [ME706]

Elective I Options:

• Automobile Technology [ME72501]
• Heating Ventilation and Air Conditioning [ME72502]
• Gaseous Bio-Fuel [ME72503]
• Operations Research / Management Science [ME72504]
• Basics of Micro Hydropower Plant [ME72505]
• Basic Aircraft and Airframe [ME72506]
• Tool Design for Economic Production [ME72507]

Part II

1. Project Engineering [CE751]
2. Finite Element Method [ME751]
3. Engineering Professional Practice [CE752]
4. Project I & II [ME]

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Program Highlights

1. Comprehensive Core Courses: Mathematics, thermodynamics, fluid mechanics, and material science form the backbone of the program.
2. Practical Exposure: Includes workshops, industrial attachments, and hands-on projects for real-world learning.
3. Electives: Tailor your learning with specialized courses like HVAC, Automobile Technology, and Tool Design.
4. Capstone Projects: Final-year projects and research prepare students for industry challenges or advanced studies.
5. Interdisciplinary Learning: Courses such as Engineering Economics and Communication English ensure well-rounded professional development.

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