BEI 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. 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. 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. 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. Basic Circuits Concepts6 h
2. Average and RMS Values4 h
3. AC Circuit Analysis12 h
4. Diodes7 h
5. Transistor10 h
6. Operational Amplifier and Oscillator6 h

The largest chapter carries 27% of the lecture hours. 11 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 50 practical.

1. Safety Measures in the Workshop1 h
2. Bench Work and Fittings4 h
3. Thread Cutting1 h
4. Sheet Metal2 h
5. Machine Tools2 h
6. Forging and Casting1.5 h
7. Welding2.5 h
8. Brazing and Soldering1 h

The largest chapter carries 27% of the lecture hours. 7 laboratory or practical exercises.

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. Introduction to Object Oriented Programming3 h
2. Basics of C++ Programming5 h
3. Objects and Classes7 h
4. Operator Overloading5 h
5. Inheritance5 h
6. Virtual Functions4 h
7. Stream Computation6 h
8. Templates6 h
9. Exception Handling4 h

The largest chapter carries 16% of the lecture hours. Marks: 40 internal, 60 in the 3-hour IOE final, 50 practical.

Full Object Oriented Programming syllabus with topics, exam marks and study guide

1. The Bipolar Junction Transistor (BJT)9 h
2. Field-Effect Transistor10 h
3. Operational Amplifier Circuits and Oscillator10 h
4. Output Stages and Power Amplifiers10 h
5. Power Supplies, Breakdown Diodes, and Voltage Reference6 h

The largest chapter carries 22% of the lecture hours. 11 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 50 practical.

1. Introduction5 h
2. Logic Gates3 h
3. Boolean Algebra and K-Maps4 h
4. Combinational Logic Circuits8 h
5. Sequential Logic Circuits5 h
6. Registers and Counters7 h
7. Sequential Machine Designs8 h
8. Digital Integrated Circuits5 h

The largest chapter carries 18% of the lecture hours. 10 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 50 practical.

Full Digital Logic syllabus with topics, exam marks and study guide

1. Transients in Electric Circuit7 h
2. Transient Analysis R-L-C Circuit by Classical Method10 h
3. Transient Analysis Using Laplace Transform7 h
4. Network Transfer Function and Frequency Response8 h
5. Two-Port Parameters of Network8 h
6. Magnetic Circuit and Induction3 h
7. Transformers6 h
8. DC Machine5 h
9. AC Motor6 h

The largest chapter carries 17% of the lecture hours. 6 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 25 practical.

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. 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. 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. Introduction and Application4 h
2. Raster Graphics and Algorithms9 h
3. 2D and 3D Coordinate Systems and Viewing Transformations9 h
4. Curve Modeling and Surface Modelling4 h
5. Visible Surface Determination4 h
6. Illumination and Surface Rendering Methods4 h
7. Computer Animation and Visualization5 h
8. Latest Trends in Computer Graphics6 h

The largest chapter carries 20% of the lecture hours. 12 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 50 practical.

1. Introduction4 h
2. Intel 8085 Microprocessor12 h
3. Intel 8086 Microprocessor14 h
4. Microprocessor System7 h
5. Interrupt Operations5 h
6. Advanced Topics3 h

The largest chapter carries 31% of the lecture hours. 12 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 50 practical.

Full Microprocessors syllabus with topics, exam marks and study guide

1. Operational Amplifier Characterization9 h
2. Digital-to-Analog and Analog-to-Digital Conversion7 h
3. Instrumentation and Isolation Amplifiers4 h
4. Operational Amplifier-Bipolar Transistor Logarithmic Amplifier4 h
5. Log-Antilog Circuit Application4 h
6. Power Electronics11 h
7. Switched Mode Power Supplies and Drives6 h

The largest chapter carries 24% of the lecture hours. 7 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 25 practical.

1. Control System Background2 h
2. Component Modeling6 h
3. System Transfer Function and Responses10 h
4. Stability4 h
5. Root Locus Technique6 h
6. Frequency Response Techniques8 h
7. Performance Specifications and Compensation Design6 h
8. State Space Analysis4 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. 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. Logic and Induction8 h
2. Proof Techniques5 h
3. Automata Theory, Regular Language and Grammar10 h
4. Recurrence Relation and Algorithmic Analysis7 h
5. Graph Theory and Tree15 h

The largest chapter carries 33% of the lecture hours. Marks: 40 internal, 60 in the 3-hour IOE final.

1. Introduction2 h
2. Theory of Measurement6 h
3. Transducer8 h
4. Interfacing of Instrumentation System14 h
5. Connectivity Technology in Instrumentation System6 h
6. Circuit Design4 h
7. Software for Instrumentation Application6 h
8. Electrical Equipment6 h
9. Latest Trends3 h
10. Application of Modern Instrumentation System5 h

The largest chapter carries 23% of the lecture hours. 6 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 25 practical.

1. Introduction6 h
2. Central Processor Organization6 h
3. Control Unit5 h
4. Memory System8 h
5. Computer Arithmetic8 h
6. Pipelining and Vector Processing4 h
7. Input Output (I/O) Organization4 h
8. Multicore Computer4 h

The largest chapter carries 18% 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. Electric Field15 h
3. Magnetic Field9 h
4. Time Varying Fields4 h
5. Plane Waves9 h
6. Transmission Lines4 h

The largest chapter carries 33% of the lecture hours. 6 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 25 practical.

1. Signal and its Types7 h
2. Fourier Series9 h
3. Fourier Transform9 h
4. Linear Time Invariant (LTI) System7 h
5. Sampling6 h
6. Frequency Response of Continuous and Discrete Time Systems7 h

The largest chapter carries 20% of the lecture hours. 5 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. Introduction4 h
2. Problem Solving and Search9 h
3. Knowledge Representation and Probabilistic Reasoning7 h
4. Machine Learning Fundamentals10 h
5. Neural Networks and Deep Learning Algorithms6 h
6. AI Applications7 h
7. AI Ethics and Recent Trends2 h

The largest chapter carries 22% of the lecture hours. 6 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 25 practical.

1. Introduction6 h
2. Approximation Methods9 h
3. Frequency Transformation2 h
4. Properties and Synthesis of Passive Networks8 h
5. Design of Resistively-Terminated Lossless Filters4 h
6. Design of Active Filters12 h
7. Sensitivity2 h
8. Other Filters2 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. Introduction2 h
2. Core of Embedded System6 h
3. Hardware Design Issues6 h
4. Designing Embedded System with Microcontroller10 h
5. Embedded System Development Environment4 h
6. RTOS Based Embedded System Design10 h
7. VHDL Coding and Logic Synthesis4 h
8. IC Technology3 h

The largest chapter carries 22% of the lecture hours. 6 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 25 practical.

1. Introduction6 h
2. Basic Antenna Parameters and Arrays7 h
3. Antenna Classifications12 h
4. Propagation and Radio Frequency Spectrum7 h
5. Propagation between Antennas6 h
6. Link Budget7 h

The largest chapter carries 27% of the lecture hours. 7 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 25 practical.

1. Introduction5 h
2. Project Management Body of Knowledge6 h
3. Portfolio and Project Management Framework2 h
4. Project Management Process Groups2 h
5. Project Integration Management2 h
6. Project Scope Management2 h
7. Project Time Management6 h
8. Project Cost Management5 h
9. Project Quality Management2 h
10. Project Communication Management2 h
11. Project Risk Management3 h
12. Project Procurement Management3 h
13. Project Resource and Stakeholder Management3 h
14. Trends in ICT Project management2 h

The largest chapter carries 13% of the lecture hours. Marks: 40 internal, 60 in the 3-hour IOE final.

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. Introduction5 h
2. Amplitude Modulation8 h
3. Angle Modulation7 h
4. Pulse Modulation8 h
5. Multiplexing Techniques3 h
6. Baseband Digital Data Transmission8 h
7. Digital Modulation Techniques8 h
8. Error Detection and Correction Coding7 h
9. Noise in Communication Systems6 h

The largest chapter carries 13% of the lecture hours. 10 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 50 practical.

1. Introduction3 h
2. Switching and Multiplexing5 h
3. Telephone Traffic4 h
4. Network Models5 h
5. Physical and Data Link Layer6 h
6. Network Layer9 h
7. Transport Layer4 h
8. Application Layer5 h
9. Advanced Topics4 h

The largest chapter carries 20% of the lecture hours. 12 laboratory or practical exercises. Marks: 40 internal, 60 in the 3-hour IOE final, 50 practical.

1. Project Selection and Planning
2. Literature Review and Proposal
3. Design, Development and Project Management
4. Implementation and Testing