IOE BGE Syllabus | Bachelor in Geomatics Engineering | TU

Here below is the IOE BGE Syllabus (Bachelor in Geomatics Engineering) which is a most recent Syllabus or Course Content for Institute of Engineering (IOE) including affiliated Engineering Colleges and the Academic Institutions affiliated to Tribhuvan University (TU), Nepal.

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Geomatics engineering is the branch of engineering that deals with the surveying of the different parts of the earth with appropriate techniques like satellites positioning, satellite images processing, etc for collecting, storing, integrating, modelling, analyzing, retrieving, transforming, displaying and distributing spatially Geo-referenced data in a digital format. Geomatics Engineering is one of the best engineering branches that are open to technological developments. The aim of Geomatics engineering is the development and making the use of various spatial techniques based on modern information system technology to better understand, plan, analyze, monitor and manage the spatial data and information.

Tribhuvan University offers a 4 year course Bachelor in Geomatics Engineering which is popular among the students.

Eligibility:

Students should have secured at least the minimum of 'C' Grade in all subjects in Grade 11 and 12(+2) in the system of Letter Grading System. Or,

The students who having minimum score of 45% in I. Sc. or 10+2 (physical group or biological group with two paper mathematics) or diploma in engineering or an equivalent course recognized by TU can appear in the entrance examination conducted by Tribhuvan University, Institute of Engineering.

Only the students who have passed the entrance examination conducted by IOE are eligible for admission in IOE constituent campuses and affiliated colleges on merit basis.

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Job and Career Opportunity:

The pass outs of Bachelor in Geomatics Engineering are able to work in different governmental and private organizations in the different areas like:

• Monitoring the motion of the earth and deformation measurements for the control of different engineering constructions, buildings etc.
• Location and vehicle tracking systems using satellites,
• Data collection and processing using aerial photographs and satellite images,
• The production of large, medium and small scale maps.
• Various studies about the spatial information and maps.
• Road, railway, bridge, dam, subway, and different projects and land applications
• Different Government Ministries and Authorities
• Private sectors related to development and constrution activities
• NGO and INGO
• International job market (Universities, private and public companies)
• Academia and research centers

Here is the table of IOE BGE Syllabus that is the most recent syllabus of Bachelor of Geomatics Engineering.

First Year - First Semester

1. Mathematics I

2. Computer Programming

3. Engineering Drawing I

4. Engineering Chemistry

5. Fundamental of Thermodynamics & Heat Transfer

6. Workshop Technology

First Year – Second Semester

1. Mathematics II

2. Engineering Drawing II

3. Basic Electronics Engineering

4. Engineering Physics

5. FApplied Mechanics

6. Basic Electrical Engineering

Second Year – Third Semester

1. Mathematics III

2. Probability and Statistics

3. Applied Physics

4. Applied Mechanics (Dynamics)

5. Fundamentals of Surveying I

6. Fundamentals of Civil Engineering

7.Object Oriented Programming

Second Year – Fourth Semester

1. Applied Mathematics

2. Computing Techniques for Geomatics Engineers

3. Fundamentals of Surveying II

4. Numerical Method

5. Fundamentals of Geographic Information Systems

6. Field Survey: 10 days

Third Year - Fifth Semester

1. Signals and Transforms

2. Survey Networks

3. Fundamentals of Geodesy

4. Principle of Photogrammetry

5. Cadastre

6. Adjustment of Observations

Third Year - Sixth Semester

1. Engineering Economics

2. Communication English

3. Remote Sensing

4. Cartography and Geoinformation Visualization

5. Geidetic Positioning and Gravity Field

6. Field Survey II: 3 weeks(144 Hrs)

Fourth Year - Seventh Semester

1. Project Engineering

2. Land Administration and Management

3. Design and Implementation of Geispatial Information Systems

4. Satellite Positioning

5. Elective I

6. Geomatics Engineering Project I

Fourth Year - Eighth

1. Engineering Professional Practice

2. Technology Environment Society

3. Digital Terrain Model

4. Elective II

5. Elective III

6. Geomatics Engineering Project II

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