CURRICULUM
BACHELOR’S DEGREE IN MECHANICAL
ENGINEERING
Mechanical engineering is a branch of engineering which combines deep concepts of mathematics, physics, material property and with his creativeness to design, analyze, optimize, manufacture, and maintain mechanical system. Mechanical engineering is one of the oldest engineering branch. Tribhuvan University (TU) and Kathmandu University (KU) are providing degree in mechanical engineering. Here, we will provide the syllabus of Tribhuvan University. Any student must obtain 40 % in both internal assessment and final examination of each subject to pass in the subject. Only students who have passed the internal assessment of a particular subject are allowed to appear in the final examination of that subject. Any student must obtain 40 % in both internal assessment and final examination of each subject to pass in the subject. Only students who have passed the internal assessment of a particular subject are allowed to appear in the final examination of that subject. Students who have passed all the components of all subjects in all parts are considered to have successfully completed the course. The overall achievement of each student is measured by a final aggregate percentage which is obtained by providing a weight to percentages scored by the students in each part as prescribed below:
First year (both I and II Parts): 20 %
Second year (both I and II Parts): 20 %
Third year (both I and II Parts): 30 %
Fourth years (both I and II Parts): 30 %
Depending upon the final weighted aggregate percentage scored by a student, a division is awarded as follows:
80 % and above: Distinction
65 % or above and below 80 %:
First 50 % or above and below 65%:
Second 40 % or above and below 50%: Pass
First semester
1. Engineering Mathematics I
2. Computer Programming
3. Engineering Drawing I
4. Engineering Chemistry
5. Fundamentals of Thermodynamics and Heat Transfer
6. Workshop Technology
Second semester
1. Applied Mechanics
2. Basic Electrical Engineering
3. Basics Electronics Engineering
4. Engineering Drawing II
5. Engineering Mathematics II
6. Engineering Physics
Third Semester
1. Applied Thermodynamics
2. Computer Aided Drawing (CAD)
3. Engineering Mathematics III
4. Engineering Mechanics
5. Material Science
6. Metrology
Fourth Semester
1. Electric Machine
2. Fluid Mechanics
3. Instrumentation and Measurement
4. Manufacturing and Production Processes (MPP)
5. Probability and Statistics
6. Strength of Material (SOM)
Fifth Semester
1. Control System (CS)
2. Fluid Machines
3. Heat Transfer
4. Mechanics of Solids (MOS)
5. Numerical Methods (NM)
6. Organization and Management (OM)
Sixth semester
1. Communication English
2. Energy Resources (ER)
3. Industrial Engineering and Management (IEM)
4. Internal Combustion Engine (ICE)
5. Machine Design I
6. Theory of Mechanism and Machine I
Seventh Semester
1. Elective I
I. Automobile Technology
II. Basics Aircraft & Air Frame
III. Basics of Micro Hydropower Plant
IV. Gaseous Biofuel
V. Heating Ventilating and Air Conditioning
VI. Operation and Research/ Management Science
VII. Tool Design for Economic Production
VIII. Project Engineering
2. Engineering Economics
3. Environment and Pollution control
4. Industrial Attachment
5. Machine Design II
6. Project I
7. Theory of Mechanism and Machine II
8. Turbo Machines
Eight Semester
1. Elective II
I. Air Craft Dynamics
II. Automobile Engineering Enterprises
III. Design of Micro Hydropower System
IV. Economics of Automobile
V. Liquid Biofuel
VI. Quality Management
VII. Refrigeration
VIII. System Design and Simulation
2. Elective III
I. Advance Mechanical Design
II. An Introduction to Construction Equipment
III. Avionics
IV. Construction of Micro Hydropower system
V. Solid Biofuel
3. Engineering Professional Practice
4. Finite Element Method (FEM)
5. Project II
6. Project Engineering
thank you
ReplyDelete