This post consists of syllabus and course contents of Bachelor of Engineering (BE), Bachelor in Architecture (B.Arch) in Institute of Engineering (IOE), Tribhuvan University (TU) and entrance exams for Bachelor and Masters level. The courses listed here are newly updated syllabus (2066) and are followed by Institute of Engineering (IOE) constituent and affiliated Engineering Colleges / Academic Institutions affiliated to Tribhuvan University (TU), Nepal. The engineering courses for four years are: Computer (BCT), Civil (BCE), Electronics and Communication (BEX), Electrical (BEL), Mechanical (BME), Geomatics (BGE) comprised of eight semesters with two in each year for bachelor level except for architecture (B. Arch) which has five year course.
The details about each subject/course content along with the marking scheme can be accessed by clicking on the faculty.
Go to play store and Download IOE Syllabus App for this .
3rd semester IOE Probability and Statistics Syllabus
| 1. Discriptive Statistics and Basic Probability(6hr) 12 marks |
| 2. Discrete Probability Distribution(6hr) 10 marks |
| 3. Continuous Probability Distribution(6hr) 10 marks |
| 4. Sampling Distribution(5hr) 10 marks |
| 5. Correlation and regression(6hr) 10 marks |
| 6. Interference concerning mean(6hr) 10 marks |
| 7. Interference concerning proportion(6hr) 10 marks |
| 8. Application of computer on statistical data computing (4hrs) 10 marks |
Electronic device and circuit
| 1. Diodes (5hrs) 8 marks |
| 2. The Bipolar Junction Transistor (10hrs) 16 marks |
| 3. Field Effect Transistor (9 hrs) 16 marks |
| 4. Output Stages and Power amplifiers (9 hrs ) 14 marks |
| 5. Signal Generator and Waveform -Shaping Circuits(6hrs) 8 marks |
| 6. Power supplies, Breakdown Diodes, and Voltage Regulators (6hrs) 8 marks |
| 1,2,3,4,5,6 ==> 10 marks |
Electromagnetics syllabus
| 1. Introduction(3hrs) 5 marks |
| 2. Electric field (11 hrs) 20 marks |
| 3. Magnetic field(9 hrs) 20 marks |
| 4. Wave eqn and Wave Propagation (12 hrs) 21 marks |
| 5. Transmission Lines(5 hrs) |
| 6. Wave guides (4 hrs) |
| 5. Antennas (1 hrs) |
| 5, 6, 7====> 16 marks |
Mathematics Syllabus
| 1. Determinant and Matrices(11 hrs) 20 marks |
| 2. Line, Surface and Volume Integrals(12 hrs) 20 marks |
| 3. Laplacce Transform (8 hrs ) 15 marks |
| 4. Fourier series (5 hrs) 10 marks |
| 5. Linear Programming (9 hrs) 15 marks |
New Electronics Instrumentation Syllabus and mark distribution
Not Instrumentation I or Instrumentation II but it is for the Combined Instrumentation subject which is included in IOE TU new syllabus and is unavailable to other students.
| 1. Instrumentation System (2hrs) |
| 2. Theory of Measurement (6 hrs) |
| 3. Transducer(8 hrs) |
| 4. Microprocessor Based system(2 hrs) |
| 5. Parallel Interfacing with Microprocessor Based System (6 hrs) |
| 6. Serial Interfacing with Microprocessor Based System (6 hrs) |
| 7. Interfacing ADC and DAC (5 hrs) |
| 8. Data Aquistion System (2hrs) |
| 9. Grounding and Shielding (4hrs) |
| 10. Circuit Design (3hrs) |
| 11. Circuit Layout (3hrs) |
| 12. Software for Instrumentation System(3hrs) |
| 13. Electrical Equipments (4 hrs) |
| 14. Case study (6 hrs) |
This is about Control System.
| 1. Control System Background (2hrs) 4 marks |
| 2. Component modeling (6hrs) 12 marks |
| 3. System Transfer function and Responses (6hrs) 10 marks |
| 4. Stability (4hrs) 8 marks |
| 5. Root Locus techniques(6hrs) 12 marks |
| 6. Frequency Response Techniques (6hrs) 10 marks |
| 7. Performance Specifications and Compression Design (10 hrs) 16 marks |
| 8. State Space Analysis(4 hrs ) 8 marks |
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