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Course Course Outcomes Paper Name: Paper Code: CO1: CO2: CO3: ………… ……….. ………… Paper Name: Power Plant Instrumentatio n and Control Paper Code: EE 802A CO1: Explain the operation of traditional power plants and describe the requirement for instrumentation and control system. CO2: Analyze the various instruments used in power plant control systems and make recommendations for improving the control processes. CO3: Design instrumentation systems for different power plants. CO4: Explain the environmental impact of electricity generation and show how adequate control processes may reduce or eliminate these impacts. CO5: Describe the requirements and regulations for plant safety. CO6: Describe the process for Data handling- processing, logging, acquisition, accounting, display and storage. CO6:Describe instrumentation for Generator and Busbar coupling. CO6: Describe the procedure for basic power plant modeling/simulation. Course Outcomes Course-wise faculty list

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Page 1: Course Outcomefd

Course Course OutcomesPaper Name:Paper Code:

CO1:CO2:CO3:…………………..…………

Paper Name: Power Plant Instrumentation and ControlPaper Code: EE 802A

CO1: Explain the operation of traditional power plants and describe the requirement for instrumentation and control system.CO2: Analyze the various instruments used in power plant control systems and make recommendations for improving the control processes.CO3: Design instrumentation systems for different power plants.CO4: Explain the environmental impact of electricity generation and show how adequate control processes may reduce or eliminate these impacts.CO5: Describe the requirements and regulations for plant safety. CO6: Describe the process for Data handling-processing, logging, acquisition, accounting, display and storage.CO6:Describe instrumentation for Generator and Busbar coupling.CO6: Describe the procedure for basic power plant modeling/simulation.

Course Outcomes

Course-wise faculty list

ES-101 ES-191 MJ, SNDES-201 ES-291 AKD,SNBEE-301 Electric Circuit theory EE-391 Electric Circuit Theory lab SHSEE-302 Field theory AKDEE-401 Electric Machine-I EE-491 Electric Machine-I lab MJ, AMEE-402 Electrical & Electronic measurement

EE-492 Electrical & Electronic measurement lab

DP,CJ

EE-501 Electric machine-II EE-591 Electric machine-II MJ,SNDEE-502 Power system-I EE-592 Power system-I CJ,AKMEE-503 Control system-I EE-593 Control system-I AM,SNDEE-581 Seminar SNDEE-601 Control System-II EE-691 Control System-II lab AM, SNDEE-602 Power System-II EE-692 Power System-II CJ,AKM

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EE-603 Power Electronics EE-693 Power Electronics MJEE-701 Electric drive EE-791 Electric Drive AKD,MJEE-702 Utilization of Electric power SNDEE-703 A. Power system-III CJ, AKMEE-704D. Renewable & Non conventional Energy

SNB,SNDEE-781 Seminar on industrial training AKD EE-782 Electrical system design-I AM, AKD,SNBEE-783 Project-I CJ, AM, AKDEE-801 (c) Energymanagement & audit

SHS, SNB

EE-802 B. Sensors & Transducers AKDEE-802 A. Power plant instrumentation & Control

AKMEE-881 Project CJ, AM, AKDEE-882 Electrical system design-II AM, AKD,SNBEE-883 Grand Viva

Reference:

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