Semester: 5 Subject: Management & Entrepreneurship Code: 10AL51
Course Outcome :
Explain the meaning of Management, its characteristics and clarify management as science or art or profession. Identify the role of managers and their functions.
Describe the nature and importance of planning process, types of plans and steps in planning. State the importance of decision making and planning.
Describe the nature and purpose of organization. Differentiate centralization and decentralization, authority and responsibility and finally MBO and MBE.
Explain the meaning and nature of Directing, various types of leadership styles and various motivational theories and at the end the need and importance of control.
Describe the meaning and role of an entrepreneur and the functions. Classify the Types of entrepreneurs Define SSIs and their need and characteristics. Explain the steps to start SSIs, to tell the impact of LPG,effect of WTO/GATT on SSIs.
Explain the important schemes of government through various agencies such as TECKSOK, KIADB,KSSIDC, DIC, SIDBI and KSFC for technical and financial assistance.
Identify and select a project and finally prepare a project report. Adopt the guidelines of planning commission for developing a project.
Semester: 5 Subject: Digital signal processing Code: 10EC52
Course Outcome :
Identify time domain and frequency domain sequences.
Calculate the DFT of the time domain sequence.
Apply the FFT algorithm to optimize the calculation process for DFT.
Determine the type of Filter to be used.
Apply the proper filter characteristics.
Compute the filter coefficients.
Design the filter structure.
Semester: 5 Subject: Analog communication Code: 10EC53
Course Outcome :
Derive time domain and frequency domain equations for all forms of amplitude modulation Schemes.
Distinguish between different types of modulation techniques based on bandwidth Occupied and power transmitted.
Design a communication system and select an appropriate modulation technique for a particular application.
Explain various methods of generating and detecting different forms of amplitude modulation.
Formulate the basic equation of angle modulation. Compare the performance of communication system by evaluating the figure of merit for different schemes of modulation.
Semester: 5 Subject: Microwave and radar Code: 10EC54
Course Outcome :
Recall time varying fields, electromagnetic plane waves. Apply Principles of electromagnetic to explain microwave transmission lines. Express the microwave network theory and explain it in terms of (scattering) Sparameters. Differentiate Sparameters from symmetrical Z and Y parameters for reciprocal networks.
Explain rectangular and circular waveguides. Establish wave equation solutions using distributed circuit theory concept.
Explain various microwave junctions and passive devices. Derive Smatrix for the devices.
Distinguish between transfer electron devices from ordinary low frequency semiconductor devices. Discuss various microwave semiconductor devices. Describe avalanche transit time devices.
Evaluate the performance of planar transmission lines in MMICs design scenario.
Explain construction of four types of strip line. Illustrate the fundamental working parameters such as characteristics impedance, quality factor and losses of strip lines.
Describe working principle of basic RADAR. List RADAR terminologies. Derive the simple form of RADAR range equation. Explain the block diagram of continuous wave RADAR.
Assess the performance of basic pulse RADAR in the real world. Discuss Doppler and Moving Target Indication (MTI) RADAR.
Semester: 5 Subject: Information Theory and Coding Code: 10EC55
Course Outcome :
Derive equations for entropy mutual information and channel capacity for all types of channels.
Distinguish between different types error correcting codes based on probability of error and
bit Energy to noise ratio.
Design a digital communication system by selecting an appropriate error correcting codes for a particular application.
Explain various methods of generating and detecting different types of error correcting codes
Formulate the basic equations of linear block codes.
Compare the performance of digital communication system by evaluating the probability of
error for different error correcting codes
Semester: 5 Subject: Fundamentals of CMOS VLSI Code: 10EC56
Course Outcome :
Describe Enhancement and Depletion mode transistors and describe the fabrication steps.
Discuss the different types of inverters.
Illustrate circuit diagrams, stick diagrams and layouts for nMOS, CMOS and BiCMOS circuits. Explain design rules. Compare different technologies.
Explain different CMOS logic structures and to describes basic circuit concepts and scaling of MOS circuits. Design the circuit using different logic structures.
Design CMOS subsystems and describe memory elements registers and clock.
Describe the testing of VLSI circuits.