Contributor Personality Development



  • Develop his/her own contributor personality & utilize developed personality for success in development of career.

  • Develop deep focus on solutions for the various challenges that are faced during one’s career.

  • Develop positive thinking & appreciative nature.

  • Develop skills required for the tasks such as Resume building, Group discussions & Interview

SEM 4:Design Engineering II



  • Develop the tactics to overcome ambiguity when needed

  • Develop ideas with others & observing & learning from unfamiliar contexts

  • Develop ability to understand information and find insight and opportunity within.

  • Develop understanding of stakeholders and their purpose

  • Develop thoughtful construction

  • Develop ability to capture the thought process of targeted audiences and derive ideas from it.

SEM 4:A.C. Machines



  • Explain the construction, working principle, performance and applications of Poly - phase induction motor

  • single phase motors, synchronous generator (Alternator), synchronous motor and commutator motors

  • Perform experiments on above machines.

  • Describe the need of these machines in the society.

  • Identify, formulate and solve the numerical problems related to above machines

SEM 4:Electrical Power Generation



  • Explain various important processes and equipments that are essential in Thermal Power Plant, Hydro Power Plant, Gas turbine Power Plant, Wind Power Plant, Nuclear Power Plant, Diesel Power Plant.

  • Measure Earth resistance and compare various types of Neutral Earthing

  • Measure Solar insolation using Optical Pyranometer

  • Obtain I - V characteristics and performance analysis of Solar cell/module/Array modelling

  • Understand economic analysis of various generating stations

SEM 4:Signals & Systems



  • Understand about various types of signals, classify them, analyse them, and perform various operations on them.

  • Understand about various types of systems, classify them, analyse them and understand their response behaviour.

  • Appreciate use of transforms in analysis of signals and system.

  • Carry simulation on signals and systems for observing effects of applying various properties and operations.

  • Create strong foundation of communication and signal processing to be studied in the subsequent semesters

SEM 4:Field Theory



  • Develop uses of various Vector terminologies in Field analysis

  • Develop understanding of Electrostatic Field and Magnetic Field.

  • Develop understanding of Electrostatic generators, Electric power transmission, Electro deposition, Magnetic separators, Development of motors, Transformers, Electromagnetic pump using field theory.

SEM 4:Applied Thermal & Hydraulic Engineering



  • Comprehend the concepts of Heat transfer, Fluid mechanics, engineering thermodynamics and Hydraulic machines (Hydraulic pump & Hydraulic Turbine)

  • Correlate the fundamentals of Heat transfer, Fluid mechanics, Thermodynamics and Hydraulic engineering with various mechanical system.

  • Understand various thermodynamic cycle, working of various mechanical equipments and use of various charts used in Thermal science.

SEM 6: High Voltage Engineering



  • Understand the basic generation and measurement of High voltage and High current for testing purposes.

  • Comprehend Breakdown phenomenon in air, solid and liquid insulation

  • Test high voltage electrical Equipment with various testing devices.

SEM 6: Power Electronics-II



  • Analyse, operate and design dc-to-ac inverters.

  • Analyse, operate and design ac-to-ac converters.

  • Apply the knowledge of power electronic converter for speed control of AC motors.

  • Simulate power electronic converters and their control scheme.

SEM 6: Electrical Power System – II



  • Analyse the performance of Short and Medium transmission line.

  • Describe the symmetrical components and its applications

  • Analyse Symmetrical and Unsymmetrical faults in power systems.

  • Describe transients in power systems.

  • Describe corona effect.

SEM 6: Electrical Drives



  • Select a drive for a particular application based on power rating.

  • Select a drive based on mechanical characteristics for a particular drive application.

  • Operate and maintain solid state drives for speed control of DC and AC machines.

  • Operate and maintain solid state drives for speed control of DC and AC machines.

SEM 6: Design of DC Machines and Transformer



  • Design the DC machine of given specifications.

  • Design the transformers of given specifications.

  • Prepare the detailed sketches of the designed machines.

SEM 6: Utilization of Electrical Energy & Traction



  • Understand the power electronics technology in efficient utilization of electrical power

  • Apply power electronics technology in efficient utilization of electrical power

  • Analyse effective utilization of Power Electronic Technologies in Electrical Traction.

SEM 8: Testing and Commissioning of Electrical Equipment (2180901)



  • Preparation of maintenance schedule of different equipment and machines

  • Trouble shooting chart for various electrical equipment, machines and domestic appliances

  • Procedure of different types of earthing for different types of electrical installations

  • Familiar about electrical safety regulations and rules during maintenance

SEM 8: Power System Planning and Design (2180903)



  • Design transmission line (electrical and mechanical aspects)

  • Design primary and secondary distribution

  • Selection of sizes and location of generating stations, substations

  • Explain the basic concepts of power system earthing and measurement of earthing resistance

  • Explain the basic concepts of insulation co-ordination

  • Explain the basic concepts of generation planning, transmission planning and distribution planning

SEM 8: Power System Operation and Control (2180909)



  • Understand the techniques to control power flows, frequency and voltage

  • Explore the significance of power system restructuring

  • Perform system state estimation and explore its importance

  • Learn the power system security and its application as a system operator

  • Carry out load forecasting using available methods

SEM 8: Power Quality and Management (Dept Elec - III) (2180911)



  • Understand the major power quality problems

  • Use equipment that are required to measure the quality of power

  • Apply and analyze/compare techniques available to mitigate power quality problems