Rajiv Gandhi Government Engineering College Kangra at Nagrota Bagwan

COs of 6th Semester ECE

EC-601 Advanced Microcontrollers for Embedded systems
CO1 Familiarize with 32-bit instruction sets, addressing modes, ARM architecture, and Tiva microcontrollers.
CO2 Impart with the fundamentals of basic programming for microcontrollers.
CO3 Analyse various embedded system applications using different tools from case studies.
CO4 Identify various communication protocols and interfacing with external devices.
CO5 Summarize the fundamentals of embedded networking and internet of things enabling them to design and program systems with a focus on real-world applications.
EC-602 Antenna & Wave Propagation
CO1 Understand the basic parameters and properties of antennas.
CO2 Analyze the radiation patterns for various types of HF,VHF,UHF ,Microwave antennas and antenna arrays.
CO3 Interpret the different smart antennas and its applications.
CO4 Identify the atmospheric and terrestrial effects on radio wave propagation.
EC-603 Control Systems
EC-604 Digital Signal Processing
CO1 Recall the basic concepts of signals, sysytems and convolution of signals.
CO2 Use Z transform to process the discrete timer signals and systems.
CO3 Demonstrate the use of FFT for faster realization of signals and systems.
CO4 Design IIR and FIR filters using various techniques.
CO5 Demonstrate the impacts of finite word length effects in filter design.
EC-605 Microelectronics Technology
CO1 To understand the various progress for substrate manufacturing and layer deposition.
CO2 To study the oxidation and diffusion and ion implantations processes.
CO3 To demonstrate the various steps used in lithography and plasma deposition.
CO4 To explain the key features and topics related to VLSI technology.
EC-606 Wireless & Mobile Communication
CO1 Describe the elements of wireless communication systems and cellular communication basics.
CO2 Illustrate the technical challenges and techniques to improve the coverage and capacity of cellular systems.
CO3 Describe and derive various deterioration factors in case of mobile radio propagation.
CO4 Explain Mobile Ad-Hoc networks and Vehicular Ad-Hoc networks and their applications.
CO5 Understand the concept GSM, architecture of GSM, GSM traffic channel allocation and GSM call flow.
CO6 Differentiate between different multiple access techniques and different types of wireless protocols in detail.
EC-609 Principles of Soft Computing
CO1 Summarize the fundamentals of artificial neural networks and supervised learning networks enabling them to work in real life applications of ANNs.
CO2 Identify different neural network architectures, algorithms, applications and limitations.
CO3 Compare the classical sets and fuzzy sets.
CO4 Analyze and design different combinational and sequential circuits.
CO5 Classify various classical and fuzzy relations, fuzzy arithmetic and measures.
EC-611 Advanced Microcontrollers for Embedded systems Lab
CO1 Practise and gain hands on experience of all the theoretical concepts of embedded systems.
CO2 Familiarise with the software TIVA and its simulations.
CO3 Work in teams and prepare formal reports.
CO4 Demonstrate practical knowledge of the subject when required in industry.
EC-612 Digital Signal Processing Lab
CO1 Demonstrate the simulatation and represention of various discrete time signals using MATLAB tool.
CO2 Demonstrate the simulation of convolution and correlation in respect of discrete-time sequences.
CO3 Compute the DFT, IDFT and FFT of discrete-time sequences using MATLAB.
CO4 Work in teams, prepare formal practical files and demonstrate the practical knowledge in terms of MATLAB tool.
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