Bachelor in Industrial Engineering (BIE) Syllabus – Institute of Engineering (IOE), Tribhuvan University (TU)

 

Bachelor in Industrial Engineering (BIE) Syllabus – Institute of Engineering (IOE), Tribhuvan University (TU)

The Bachelor in Industrial Engineering (BIE) program under the Institute of Engineering (IOE), Tribhuvan University (TU), Nepal, is designed to produce skilled professionals adept at improving productivity, optimizing processes, and enhancing systems in industrial settings. This four-year program spans eight semesters, offering a balance of theoretical knowledge and practical exposure to meet industry demands.

This blog outlines the updated syllabus (2066), followed by IOE constituent and affiliated colleges. The program incorporates core engineering principles with specialized industrial engineering subjects, ensuring graduates are prepared for a diverse range of professional roles.

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Program Overview

• Duration: Four years (eight semesters).
• Focus Areas:
  • Process optimization and systems design.
  • Industrial management and operations research.
  • Energy efficiency and supply chain management.
  • Advanced electives like robotics, renewable energy, and quality control.
• Practical Exposure:
  • Group presentations.
  • Projects and internships.
  • Hands-on experience in industrial setups.

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Syllabus Structure

First Year

1st Semester:

1. Engineering Drawing I [ME 401]
2. Engineering Physics [SH 402]
3. Applied Mechanics [CE 401]
4. Basic Electrical Engineering [EE 401]
5. Computer Programming [CT 401]
6. Engineering Mathematics I [SH 401]

2nd Semester:

1. Engineering Mathematics II [SH 451]
2. Engineering Drawing II [ME 451]
3. Basic Electronics Engineering [EX 451]
4. Engineering Chemistry [SH 453]
5. Workshop Technology [ME 453]
6. Fundamental of Thermodynamics & Heat Transfer [ME 452]

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Second Year

3rd Semester:

1. Computer-Aided Drawing [ME 505]
2. Engineering Mathematics III [SH 501]
3. Economics
4. Fluid Mechanics and Machines
5. Group Work Presentation I
6. Manufacturing Technology
7. Material Science and Metallurgy
8. Work Study and Ergonomics

4th Semester:

1. Electrical Machines [EE 554]
2. Engineering Economics
3. Group Work Presentation II
4. Heat and Mass Transfer
5. Industrial Management
6. Production Process and Technology
7. Strength of Materials
8. Probability and Statistics

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Third Year

5th Semester:

1. Control Systems [EE 602]
2. Numerical Methods [SH 553]
3. Energy, Power, and Technology
4. Group Work and Presentation III
5. Metrology and Measurement
6. Project Management
7. Supply Chain Management
8. Elective I (Choose One):
   • Energy Audit and Efficiency
   • Electric and Pneumatic Controls
   • Introduction to Bio-Medical Engineering
   • Power Plant Engineering

6th Semester:

1. Communication English [SH 601]
2. Theory of Machines
3. Maintenance Engineering
4. Entrepreneurship Development
5. Design of Machine Elements
6. Concurrent Engineering and Value Engineering
7. Elective II (Choose One):
   • Human Resource Management
   • Basic Accounting & Finance
   • Marketing Management
   • New Product Development
   • Organizational Behavior

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Fourth Year

7th Semester:

1. Refrigeration and HVAC System Design
2. Project
3. Plant Layout and Design OHS
4. Operations Research
5. Engineering Ethics and Industrial Law
6. Elective III (Choose One):
   • Automobile Technology
   • Finite Element Analysis
   • Mechatronics
   • Principles of Robotics and Modeling
   • Renewable Energy and System Design
7. Elective IV (Choose One):
   • Environmental Management System
   • Production Planning, Design & Control
   • Management Information System
   • Quality Control and Management
   • Strategic and Technology Management

8th Semester:

1. Industrial Attachment
2. Seminar

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Key Features of the Program

1. Comprehensive Curriculum: A blend of mechanical engineering, industrial systems, and management sciences.
2. Practical Exposure: Group projects, industrial attachments, and internships.
3. Advanced Electives: Opportunities to specialize in areas like robotics, renewable energy, and quality control.
4. Skill Development: Focus on leadership, project management, and entrepreneurship.
5. Industry-Oriented Training: Courses aligned with industrial and organizational needs.

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Elective Courses

The elective courses allow students to specialize in their areas of interest, including:

• Energy and Power Systems: Energy Audit, Power Plant Engineering.
• Advanced Engineering: Finite Element Analysis, Principles of Robotics.
• Management and Business: Strategic Management, Supply Chain Management.
• Environmental Focus: Renewable Energy, Environmental Management Systems.

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Career Opportunities

Graduates of the Bachelor in Industrial Engineering (BIE) program can explore careers in:

• Industrial Design and Process Optimization
• Manufacturing and Production Management
• Supply Chain and Logistics
• Energy and Environmental Management
• Quality Control and Operations Research
• Automation and Robotics

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