Courses Offered

{

Code	Course Title	Contents	D/S
EE2102	Introduction to Electronics Engineering	The Basic Concepts and Kirchhoff’s Laws	6
		Circuit Analysis Techniques	21
		Inductance, Capacitance and Mutual Inductance	12
EE2203	Electronic Circuits-1	Semiconductor Diodes	6
		Diode Applications	12
		Bipolar Junction Transistors	6
		DC Biasing-BJTs	12
		BJT AC Analysis	12
		Field Effect Transistors	6
		FET Biasing	12
		FET Amplifiers	12
EE2202	Circuit Aalysis	Response of First-Order RL and RC Circuits	5
		Natural and Step Responses of RLC Circuits	5
		Sinusoidal Steady-State Analysis	25
		Sinusoidal Steady-State Power Calculations	5
		Introduction to the Laplace Transform	10
		The Laplace Transform in Circuit Analysis	15
EE3101	Electronic Circuits-2	Frequency Response of BJT and FET	5
		Operational Amplifiers	10
		Op-Amp Applications	5
		Power Amplifiers	10
		Linear Digital ICs	5
		Feedback and Oscillator Circuits	15
		Power Supplies (Voltage Regulators)	5
		Other Two-Terminal Devices	5
		Other Devices	5
EE3102	Electromagnetic Theory	Vector Analysis	6
		Static Electric Fields	9
		Static Electric Current	6
		Static Magnetic Fields	9
		Time Varying Fields and Maxwell Equations	9
EE3103	Digital Design	Number Systems and Codes	8
		Boolean Algebra and Logic Gates	12
		Combinational Circuit Design	16
		Flip-Flop and Counters	16
EE3104	Signals and Systems	Descriptions of Signals	12
		Descriptions of Systems and Time Domain Analysis	8
		Continuous Time Fourier Methods	16
		Discrete Time Fourier Methods	8
		Laplace Transform	4
		Z Transform	4
EE3201	Communication Systems	Introduction to Communication	4
		Fourier Theory and Communication Signals	8
		Amplitude Modulation	12
		Phase and Frequency Modulation	12
		Random Variables and Processes	8
		Noise in Analog Modulation	8
EE3202	Microprocessors	PIC16F877 Microcontroller	8
		CCS C Compiler and Fundamental Concepts	8
		Port Input/Output Processes with CCS C	8
		Interrupt Processes	4
		Components of PIC16F877 Microcontroller and Applications	24
EE3203	Automatic Control Systems	Introduction to Automatic Control	4
		Laplace Transforms	8
		Mathematical Model, System Dynamics and Analysis	8
		Transient and Steady-State Analysis	4
		Stability	8
		Fundamental Control Effects and Industrial Control Elements	4
		Frequency Response Methods	8
		Root-Locus Methods	8
EE3204	Microwave Technique	Plain Electromagnetic Waves	9
		Transmission Lines	24
		Waveguides	6
EE2204	Fundamentals of Electrical and Electronics Engineering	Circuit Theory, Devices and Analyses	12
		Operational Amplifiers and Dynamic Behaviour of RLC Circuits	6
		Alternating Current Circuits and Semiconductor Devices	8

 

Electronics Engineering Classrooms

There are high-tech classrooms to be used in graduate and post graduate studies. Classes and the related classrooms are shown below:

• Rising Technologies Classrooms
  • Rising Technologies
  • Electronic War Systems

Electronics Engineering Laboratories

There are high-tech classrooms to be used in graduate and post graduate studies.

Classes and the related classrooms are shown below:

• Analog Electronic Lab.
  • Introduction to Electronics Engineering
  • Circuit Analysis
  • Electronic Circuits-I
  • Electronic Circuits-II
  • Electro-Optic Systems
• Communications, Antenna/Microwave Lab.
  • Communication Systems
  • Digital Communication
  • Microwave Technique
  • Antennas and Propagation
• Digital Design, Microprocessor Lab.
  • Digital Design
  • Microprocessors