Semester 1: Foundation in Basic Sciences (Focus: Engineering Fundamentals)
Subject
Chapters/Topics
Brief Description
Engineering Mathematics I
1. Differential Calculus (limits, partial derivatives).
2. Integral Calculus (definite integrals, applications).
3. Vector Calculus (gradient, divergence, curl).
4. Ordinary Differential Equations (first-order, linear).
Mathematical tools for structural analysis and fluid flow modeling.
Engineering Physics
1. Mechanics (Newton’s laws, work-energy).
2. Waves and Acoustics.
3. Optics and Lasers.
4. Modern Physics (quantum basics).
Physical principles for structural dynamics and material testing.
Engineering Chemistry
1. Atomic/Molecular Structure.
2. Electrochemistry (corrosion, batteries).
3. Water Chemistry.
4. Construction Materials (cement, concrete).
Chemical foundations for material durability and corrosion prevention
Basic Electrical Engineering
1. DC Circuits (Ohm’s law, Kirchhoff’s laws).
2. AC Circuits (phasors, impedance).
3. Electrical Safety.
Basics for electrical systems in construction equipment and buildings.
Engineering Graphics
1. Orthographic Projections.
2. Isometric Views.
3. Sections and Development of Surfaces.
Technical drawing for structural and architectural plans.
Labs
Physics/Chemistry Labs, Workshop Practice.
Experiments on material properties and basic workshop skills (e.g., carpentry).
Semester 2: Advanced Foundations (Focus: Mechanics and Computing)
Engineering Mathematics II
1. Partial Differential Equations (wave, heat equations).
2. Complex Analysis (contour integration).
3. Laplace Transforms.
4. Fourier Series.
Advanced math for solving structural vibrations and geotechnical problems.
Engineering Mechanics
1. Statics (equilibrium, trusses, frames).
2. Dynamics (kinematics, kinetics).
3. Friction and Centroids.
4. Moment of Inertia.
Fundamentals for analyzing forces in structures like beams and bridges.
Basic Mechanical Engineering
1. Thermodynamics (laws, cycles).
2. Fluid Mechanics (flow, viscosity).
3. Machine Elements (pumps, gears).
Basics for construction machinery and HVAC systems in buildings.
Computer Programming
1. C/C++ Basics (loops, functions).
2. Arrays and Pointers.
3. File Handling.
4. Numerical Methods (coding).
Programming for structural analysis software like STAAD.Pro or MATLAB.
Labs
Mechanics Lab, Programming Lab.
Programming Lab, Mechanics Lab.
Semester 3: Core Mechanical Principles (Focus: Mechanics and Materials)
Strength of Materials
1. Stress and Strain (axial, shear).
2. Bending and Torsion.
3. Deflection of Beams.
4. Columns and Thin Cylinders.
Analyzes material behavior under loads for designing structural elements.
Fluid Mechanics
1. Fluid Properties (density, viscosity).
2. Fluid Statics (pressure, buoyancy).
3. Fluid Dynamics (Bernoulli’s equation).
4. Flow in Pipes and Open Channels.
Models fluid behavior in water supply systems and hydraulic structures.
Engineering Mathematics III
1. Numerical Methods (Newton-Raphson, Runge-Kutta).
2. Linear Algebra (matrices, eigenvalues).
3. Probability and Statistics.
Tools for structural analysis and reliability assessment.
Surveying I
1. Chain and Compass Surveying.
2. Leveling and Contouring.
3. Theodolite Surveying.
4. Errors and Adjustments.
Techniques for land measurement and site planning.
Building Materials and Construction
1. Cement and Concrete.
2. Bricks and Masonry.
3. Timber and Steel.
4. Building Components (foundations, walls).
Properties and applications of construction materials.
Labs
Fluid Mechanics Lab, Surveying Lab.
Experiments on flow measurement and leveling practices.
Semester 4: Thermodynamics and Design (Focus: Energy and Machine Elements)
Structural Analysis I
1. Determinate Structures (beams, trusses).
2. Energy Methods.
3. Deflection Analysis.
4. Influence Lines.
Analysis of forces and deflections in beams and trusses.
Hydraulics and Hydraulic Machines
1. Open Channel Flow.
2. Hydraulic Turbines (Pelton, Francis).
3. Pumps (centrifugal, reciprocating).
4. Dimensional Analysis.
Design of water conveyance systems and hydraulic machinery.
Surveying II
1. Tacheometry.
2. Triangulation.
3. Photogrammetry.
4. Remote Sensing and GIS.
Advanced surveying techniques for large-scale projects.
Geotechnical Engineering I
1. Soil Properties and Classification.
2. Permeability and Seepage.
3. Compaction and Consolidation.
4. Shear Strength.
Soil behavior for foundation design and stability analysis
Environmental Engineering I
. Water Quality and Treatment.
2. Water Supply Systems.
3. Wastewater Collection.
4. Air Pollution Control.
Design of water and wastewater systems for public health.
Labs
Geotechnical Lab, Hydraulics Lab.
Soil testing (e.g., triaxial test) and flow experiments.
Semester 5: Dynamics and Design (Focus: Machine Design and Dynamics)
Structural Analysis II
1. Indeterminate Structures.
2. Slope Deflection Method.
3. Moment Distribution Method.
4. Matrix Methods.
Analysis of complex structures like frames and continuous beams.
Reinforced Concrete Design
1. Working Stress Method.
2. Limit State Design.
3. Design of Beams and Slabs.
4. Columns and Footings.
Design of concrete structures for buildings and bridges.
Geotechnical Engineering II
1. Foundation Types (shallow, deep).
2. Bearing Capacity.
3. Settlement Analysis.
4. Earth Pressure Theories.
Design of foundations and retaining walls.
1. Highway Planning and Alignment.
2. Pavement Design.
3. Traffic Engineering.
4. Geometric Design.
Transportation Engineering I
Planning and design of roads and highways.
Elective I (e.g., Water Resources Engineering)
1. Hydrology (rainfall, runoff).
2. Irrigation Systems.
3. Dams and Reservoirs.
Management of water resources for irrigation and flood control.
Labs
Concrete Lab, Transportation Lab
Testing concrete strength and pavement materials.
Semester 6: Advanced Mechanical Systems (Focus: Control and Energy Systems)
Construction Management
1. Project Planning (CPM, PERT).
2. Cost Estimation.
3. Contract Management.
4. Safety in Construction.
Management of construction projects for timely and cost-effective delivery.
Elective II (e.g., Earthquake Engineering)
1. Seismic Zones and Codes.
2. Earthquake-Resistant Design.
3. Dynamic Analysis.
Design of structures to withstand earthquakes
Pipeline Engineering
1. Pipeline Design and Materials.
2. Hydraulics and Sizing.
3. Corrosion and Pigging.
4. Offshore Pipelines.
Safe transport of oil/gas over long distances, minimizing leaks.
Process Control
Environmental Engineering Lab, Structural Design Lab.
Water quality testing and structural software practice (e.g., STAAD.Pro).
Elective II (e.g., Natural Gas Engineering)
1. Gas Processing (sweetening, dehydration).
2. LNG Technology.
Handling and monetizing natural gas reserves.
Labs
Refinery Simulation Lab, Pipeline Hydraulics Lab.
Distillation unit operations and flow assurance experiments.
Semester 7: Industrial Applications (Focus: Manufacturing and Management)
Advanced Structural Design
1. Prestressed Concrete.
2. Design of Water Tanks.
3. Multi-Storey Buildings.
4. Bridge Design.
Advanced design of specialized concrete structures.
Quantity Surveying and Valuation
1. Estimation of Quantities.
2. Rate Analysis.
3. Specifications.
4. Valuation of Properties.
Cost estimation and valuation for construction projects.
Hydrology and Water Resources
1. Hydrologic Cycle.
2. Flood and Drought Analysis.
3. Reservoir Design.
4. Groundwater Engineering.
Management of water resources for sustainable infrastructure.
Elective III (e.g., Finite Element Methods)
1. FEA Fundamentals.
2. 1D/2D Elements.
3. Structural Analysis with FEM.
Numerical methods for complex structural analysis.
Industrial Training/Project
N/A
6-8 week internship; mini-project on structural design or infrastructure planning.
Semester 8: Capstone and Specialization (Focus: Innovation and Professional Practice)
Major Project
N/A
Industry-relevant project, e.g., designing a turbine or optimizing a manufacturing process.
Seminar
Literature Review and Presentation.
Presentation on trends like Industry 4.0, additive manufacturing, or green energy.
Elective IV (e.g., Renewable Energy)
1. Solar and Wind Energy.
2. Biomass and Geothermal.
3. Energy Storage Systems.
Focus on sustainable energy solutions.
Professional Practice
1. Engineering Ethics.
2. Project Management.
3. Entrepreneurship.
Prepares for professional roles with ethical and managerial skills.
Comprehensive Viva
N/A
Oral exam covering the entire curriculum.