BCE Syllabus 2080

1. Derivatives and its Applications10 h
2. Antiderivatives and its Applications11 h
3. Ordinary Differential Equations and its Applications10 h
4. Plane Analytic Geometry4 h
5. Three dimensional geometry10 h

The largest chapter carries 24% of the lecture hours. Marks: 40 internal, 60 in the 3-hour IOE final.

Full Engineering Mathematics I syllabus with topics, exam marks and study guide

1. Electrochemistry and Buffer8 h
2. Catalyst and Catalysis4 h
3. Analytical Techniques and their Applications6 h
4. Metal Complexes, Rare Earth Elements and Metal alloys6 h
5. Sustainable Chemistry7 h
6. Nanoscience and Nanotechnology3 h
7. Engineering Materials7 h
8. Explosives, Lubricants and Paints4 h

The largest chapter carries 18% of the lecture hours. 12 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 25 practical.

1. Introduction to Computer Programming3 h
2. Overview of C Programming3 h
3. Operators and Expressions4 h
4. Input and Output3 h
5. Control Structures8 h
6. Array and Pointer7 h
7. User-defined Functions6 h
8. Structures5 h
9. File Management4 h
10. Recent Trends in Programming2 h

The largest chapter carries 18% of the lecture hours. 11 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 50 practical.

Full Computer Programming syllabus with topics, exam marks and study guide

1. Fundamentals of Electrical and Electronics Circuits12 h
2. Electrical Machines14 h
3. Introduction to Electronics Engineering11 h
4. Electrical Installations8 h

The largest chapter carries 31% of the lecture hours. 6 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 25 practical.

1. Basic Concept of Mechanics and Static Equilibrium5 h
2. Forces Acting on Particle and Rigid Body9 h
3. Friction4 h
4. Analysis of Simple Beams and Frames10 h
5. Analysis of Plane Trusses5 h
6. Centre of Gravity, Centroid, Moment of Inertia, and Mass Moment of Inertia5 h
7. Kinematics of Particles (Rectilinear and Curvilinear Motion)7 h
8. Kinetics of Particles: Force, Acceleration, Energy and Momentum8 h
9. Kinematics and Kinetics of Rigid Body in Plane Motion, Energy and Momentum Methods7 h

The largest chapter carries 17% of the lecture hours. Marks: 40 internal, 60 in the 3-hour IOE final.

1. Introduction to Engineering Geology2 h
2. Structure of the Earth3 h
3. Mineralogy and Petrology7 h
4. Structural Geology8 h
5. Physical Geology6 h
6. Geology of the Himalaya4 h

The largest chapter carries 27% of the lecture hours. 4 laboratory or practical exercises. Marks: 20 internal, 30 in the 1.5-hour IOE final, 25 practical.

1. Basics of Civil Engineering Materials2 h
2. Stones3 h
3. Clay and Clay Products3 h
4. Lime2 h
5. Cement4 h
6. Mortar2 h
7. Timber3 h
8. Metals and Alloys4 h
9. Paints and Varnishes3 h
10. Miscellaneous Materials4 h

The largest chapter carries 13% of the lecture hours. 7 laboratory or practical exercises. Marks: 20 internal, 30 in the 1.5-hour IOE final, 25 practical.

1. Calculus of Two and More Variables6 h
2. Multiple Integrals7 h
3. Vector Calculus12 h
4. Laplace Transform7 h
5. Matrices8 h
6. Solution of Differential Equation in Series and Special Functions5 h

The largest chapter carries 27% of the lecture hours. Marks: 40 internal, 60 in the 3-hour IOE final.

Full Engineering Mathematics II syllabus with topics, exam marks and study guide

1. Oscillation6 h
2. Acoustics3 h
3. Heat and Thermodynamics8 h
4. Optics17 h
5. Electrostatics8 h
6. Electromagnetism6 h
7. Electromagnetic Waves6 h
8. Photon and Matter Waves6 h

The largest chapter carries 28% of the lecture hours. 13 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 25 practical.

Full Engineering Physics syllabus with topics, exam marks and study guide

1. Instrumental Drawing, Technical Lettering Practices and Techniques1 h
2. Dimensioning1 h
3. Geometrical Construction2 h
4. Basic Descriptive Geometry4 h
5. Multi View (Orthographic) Projections8 h
6. Developments and Intersections7 h
7. Pictorial Drawings7 h

The largest chapter carries 27% of the lecture hours. 15 laboratory or practical exercises. Marks: 20 internal, 30 in the 3-hour IOE final, 50 practical.

1. Simple Stress and Strain10 h
2. Geometric Properties of Sections5 h
3. Principal Stress Analysis in 2D Planes5 h
4. Principal Strain Analysis4 h
5. Thin Walled Vessels3 h
6. Torsion5 h
7. Theory of Flexure8 h
8. Column Theory5 h

The largest chapter carries 22% of the lecture hours. 5 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 25 practical.

1. Hydrogeology2 h
2. Rock Properties and Laboratory Tests4 h
3. Rock Mass Classification4 h
4. Geological Hazards6 h
5. Engineering Geology for Site Selection and Construction10 h
6. Rock Slope Engineering4 h

The largest chapter carries 33% of the lecture hours. 7 laboratory or practical exercises. Marks: 20 internal, 30 in the 1.5-hour IOE final, 25 practical.

1. Introduction3 h
2. Distance Measurements6 h
3. Basic Surveying Techniques3 h
4. Compass Surveying5 h
5. Levelling10 h
6. Modern Surveying Techniques7 h
7. Triangulation and Trilateration3 h
8. Tacheometry5 h
9. Plotting and Mapping3 h

The largest chapter carries 22% of the lecture hours. 7 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 50 practical.

1. Fourier Series and Fourier Transform12 h
2. Functions of Complex Variable12 h
3. Partial Differential Equations5 h
4. Modelling through Partial Differential Equation10 h
5. Z- transform and its Applications6 h

The largest chapter carries 27% of the lecture hours. Marks: 40 internal, 60 in the 3-hour IOE final.

Full Engineering Mathematics III syllabus with topics, exam marks and study guide

1. Solution of Non-Linear Equations7 h
2. Solution of System of Linear Algebraic Equations8 h
3. Interpolation9 h
4. Numerical Differentiation and Integration6 h
5. Solution of Ordinary Differential Equations (ODE)8 h
6. Solution of Partial Differential Equations7 h

The largest chapter carries 20% of the lecture hours. 7 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 50 practical.

1. Fundamental Concepts of Fluids8 h
2. Fluid Statics10 h
3. Fluid Flow Kinematics8 h
4. Fluid Dynamics6 h
5. Application of Energy and Momentum Equation12 h
6. Dimensional Analysis and Physical Modelling8 h
7. Flow Through Submerged Body and Boundary Layer Theory8 h

The largest chapter carries 20% of the lecture hours. 7 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 25 practical.

1. Introduction3 h
2. Strain Energy Method5 h
3. Virtual Work Method6 h
4. Deflection of Beams7 h
5. Influence Lines for Simple Structures9 h
6. Statically Determinate Arches6 h
7. Suspension Cable Systems7 h
8. Simple Space Truss2 h

The largest chapter carries 20% of the lecture hours. 6 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 25 practical.

1. Traversing and Area Calculation8 h
2. Indirect Leveling and Contouring5 h
3. Orientation and Field Astronomy5 h
4. Route Survey10 h
5. Photogrammetry and Drone Surveying5 h
6. Geospatial Technologies in Civil Engineering4 h
7. Hydrographic Surveying4 h
8. Specialized Civil Engineering Surveys4 h

The largest chapter carries 22% of the lecture hours. 10 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 50 practical.

1. Introduction2 h
2. Autodesk AutoCAD8 h
3. Computer Aided Civil Engineering Drawings16 h
4. Building Information Modeling4 h

The largest chapter carries 53% of the lecture hours. 5 laboratory or practical exercises. Marks: 20 internal, 30 in the 1.5-hour IOE final, 50 practical.

1. Concrete and Constituents of Concrete6 h
2. Properties of Fresh Concrete and Concreting Operations4 h
3. Mix Design of Concrete6 h
4. Properties of Hardened Concrete6 h
5. Testing of Concrete, Quality Assurance and Quality Control5 h
6. Special Types of Concretes3 h

The largest chapter carries 20% of the lecture hours. 6 laboratory or practical exercises. Marks: 20 internal, 30 in the 1.5-hour IOE final, 25 practical.

1. Technical Communication2 h
2. Writing Skills8 h
3. Technical Writing15 h
4. Business Correspondence10 h
5. Listening and Oral Communication4 h
6. Use of Visual Aids in Communication6 h

The largest chapter carries 33% of the lecture hours. 8 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 25 practical.

1. Descriptive Statistics and Basic Probability6 h
2. Probability Distributions and Sampling Distribution14 h
3. Statistical Inference14 h
4. Correlation and Regression6 h
5. Statistical Quality Control5 h

The largest chapter carries 31% of the lecture hours. Marks: 40 internal, 60 in the 3-hour IOE final.

1. Pipe Flow Regimes8 h
2. Pipe Flow Problems10 h
3. Unsteady Flow in Pipes6 h
4. Uniform Flow in Open Channels8 h
5. Energy and Momentum Principles in Open Channel Flow12 h
6. Rapidly Varied Flow in Open Channels6 h
7. Gradually Varied Flow in Open Channels10 h

The largest chapter carries 20% of the lecture hours. 6 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 25 practical.

1. Introduction4 h
2. Theorem of Displacements6 h
3. Force Method10 h
4. Analysis of Indeterminate Arches6 h
5. Slope Deflection Method5 h
6. Moment Distribution Method5 h
7. Stiffness Matrix Method12 h
8. Influence Line for Indeterminate Beams6 h
9. Introduction to Plastic Analysis6 h

The largest chapter carries 20% of the lecture hours. 7 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 25 practical.

1. Introduction6 h
2. Phase Relationship, Index Property and Soil Classification12 h
3. Soil Water, Permeability and Seepage Analysis8 h
4. Soil Stresses8 h
5. Consolidation8 h
6. Shear Strength12 h
7. Soil Compaction6 h

The largest chapter carries 20% of the lecture hours. 10 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 25 practical.

1. Introduction2 h
2. Sources of Water4 h
3. Quantity of Water5 h
4. Quality of Water5 h
5. Intakes3 h
6. Water treatment14 h
7. Reservoirs and Distribution System6 h
8. Conveyance of Water2 h
9. Pipe Appurtenances, Operation and Maintenance4 h

The largest chapter carries 31% of the lecture hours. 6 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 25 practical.

1. Introduction2 h
2. Functional Requirement of Building5 h
3. Sub-structure and Superstructure Works6 h
4. Building Components and services7 h
5. Special Works on Building7 h
6. Sustainable Building3 h

The largest chapter carries 23% of the lecture hours. Marks: 20 internal, 30 in the 1.5-hour IOE final.

1. Establishment of Horizontal Control for Major Traverse2 days
2. Minor Traverse and Topographic Survey5 days
3. Bridge Site Survey1.5 days
4. Road Alignment Survey1.5 days

1. Structural Timbers2 h
2. Joints in Timber Structures4 h
3. Structural Elements of Timber Structures8 h
4. Masonry Structures4 h
5. Design of Masonry Walls for Gravity Loads8 h
6. Masonry Structures Under Lateral Loads7 h
7. Seismic Design and Strengthening of Masonry Buildings8 h
8. Testing of Masonry Elements4 h

The largest chapter carries 18% of the lecture hours. Marks: 40 internal, 60 in the 3-hour IOE final.

1. Geotechnical Investigation8 h
2. Slope Stability Analysis4 h
3. Earth Pressure Theories5 h
4. Bearing Capacity Theories4 h
5. Analysis of Shallow Foundation7 h
6. Analysis of Deep Foundation6 h
7. Analysis of Foundation in Rock3 h
8. Retaining Structures: Rigid and Flexible8 h

The largest chapter carries 18% of the lecture hours. 4 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 25 practical.

1. Introduction4 h
2. Connections in Steel Structures13 h
3. Tension Members4 h
4. Flexure members10 h
5. Compression Members10 h
6. Design of Roof Trusses4 h

The largest chapter carries 29% of the lecture hours. Marks: 40 internal, 60 in the 3-hour IOE final.

1. Transportation System, Planning and Engineering10 h
2. Highway Engineering4 h
3. Geometric Design of Highway16 h
4. Highway Drainage4 h
5. Highway Materials11 h

The largest chapter carries 36% of the lecture hours. 6 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 25 practical.

1. Introduction2 h
2. Quantity of Wastewater4 h
3. Design and Construction of Sewers4 h
4. Sewer Appurtenances3 h
5. Wastewater Microbiology4 h
6. Characteristics and Examination of Wastewater5 h
7. Wastewater Disposal5 h
8. Wastewater Treatment12 h
9. Sludge Treatment and Disposal3 h
10. Onsite Sanitation of Waste from Isolated Facilities3 h

The largest chapter carries 27% of the lecture hours. 6 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 25 practical.

1. Introduction3 h
2. Precipitation8 h
3. Abstractions from Precipitation (Hydrological Losses)6 h
4. Surface Runoff3 h
5. Streamflow Measurement5 h
6. Hydrograph Analysis8 h
7. Flood Hydrology8 h
8. Flood Routing4 h

The largest chapter carries 18% of the lecture hours. 3 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 25 practical.

1. Introduction2 h
2. Market Economics3 h
3. Cost8 h
4. Time Value of Money6 h
5. Methods of Economic Analysis12 h
6. Replacement Analysis5 h
7. Risk Analysis5 h
8. Depreciation and Taxes5 h
9. Measurement of Nation Income5 h

The largest chapter carries 24% of the lecture hours. Marks: 40 internal, 60 in the 3-hour IOE final.

1. Introduction3 h
2. Methods of Quantity Estimate4 h
3. Types of Estimate4 h
4. Detail Quantity Estimate of Building Works10 h
5. Detail Quantity Estimate for Road, Bridge and Irrigation Works8 h
6. Analysis of Rates6 h
7. Valuation4 h
8. Specification6 h

The largest chapter carries 22% of the lecture hours. Marks: 40 internal, 60 in the 3-hour IOE final.

1. Reinforced Concrete Structures and Design Methods3 h
2. Working Stress Method4 h
3. Limit State Method5 h
4. Design for Flexure8 h
5. Design for Shear, Torsion and Bond6 h
6. Limit States of Serviceability: Deflection and Cracking4 h
7. Design of Slabs and Staircase8 h
8. Design of Compression Members: Columns8 h
9. Design of Footings6 h
10. Reinforcement Detailing: Codal Provisions4 h
11. Earthquake Resistant Design and Provisions for Ductile Detailing4 h

The largest chapter carries 13% of the lecture hours. 6 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 25 practical.

1. Traffic Studies and Analysis13 h
2. Traffic Control Methods7 h
3. Pavement Design14 h
4. Road Construction Technology7 h
5. Pavement Maintenance4 h

The largest chapter carries 31% of the lecture hours. 7 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 25 practical.

1. Introduction4 h
2. Irrigation Water Requirements and Water Availability6 h
3. Canal Irrigation System and Design of Canals10 h
4. Diversion Headworks14 h
5. River Training Works4 h
6. Canal Regulating Structures8 h
7. Cross-Drainage Structures6 h
8. Waterlogging and Drainage8 h

The largest chapter carries 23% of the lecture hours. Marks: 40 internal, 60 in the 3-hour IOE final.

1. Technology, Environment and Society10 h
2. Ethics and Professionalism8 h
3. Engineering Practice and Legal Framework10 h
4. Professional Skill and Career Development5 h
5. Social Engineering6 h
6. Engineers in Society6 h

The largest chapter carries 22% of the lecture hours. Marks: 40 internal, 60 in the 3-hour IOE final.