- 1.Electrical Circuit and System (5 Marks)
- 1.1Ohms Law, Kirchhoff's Laws
- 1.2The venin's Norton's and maximum power transform theorem
- 1.3Active, reactive and apparent power(single & three-phase) and resonance
- 1.4Transient and steady state analysis, pole zero plots. two-port parameters.
- 2.Electronics Circuit and System (10 marks)
- 2.1Integrated circuit technology and device models
- 2.2Operational Amplifier circuits
- 2.3Operational Amplifier characterization
- 2.4Power supplier and voltage regulators
- 2.5Untuned and tuned amplifiers
- 2.6Oscillator circuits
- 2.7Digital-to-Analog (DAC) and Analog-to-Digital(ADC) conversion
- 2.8Instrumentation and isolation amplifiers
- 2.9Operational amplifier- bipolar transistor logarithmic amplifiers
- 2.10Log-antilog circuit application
- 2.11Communication circuits
- 2.12Switched power supplies
- 2.13Introduction to power electronics
- 3.Computer Architecture (10 marks)
- 3.1Fundamentals of Computer Architecture & Organization
- 3.2Number System
- 3.3Boolean Algebra
- 3.4Logic Gates
- 3.5Combination and Sequential Logic
- 3.6A/D and D/A Conversion
- 3.7Memory
- 3.8Instruction Set
- 3.9Operating System and Application Program Concepts
- 3.10Computer Applications
- 4.Computer Networks (5 Marks)
- 5.Communication System (4 Marks)
- 5.1Analog and Digital Communication Theory and System
- 6.Object Oriented Programming Language (8 Marks)
- 6.1Object oriented programming concept
- 6.2Introduction to C++
- 6.3Encapsulation
- 6.4Polymorphism
- 6.5Inheritance
- 6.6Templates and file handling
- 7.Discrete Structure (8 Marks)
- 7.1Propositional logic and predicate logic
- 7.2Methods of proof and formal reasoning
- 7.3Binary relations
- 7.4Finite state automata
- 7.5Recurrences Relation
- 7.6Graph theory and graph algorithms