Course Objective:
To impart the knowledge of:

  •  Acts and rules used for regulating the electrical supply in our country.
  •  Design and estimation of low voltage and medium voltage electrical installations
  • Selection of distribution transformers and their installations
  •  Earthing designs in different installations and the standard dimensions of earthing systems.

Course Objective:

Objective of the course is to discuss various aspects :

  • Energy auditing
  • Energy conservation
  • Energy management

Course Outcome:

Upon succesful completion of this course ,Student will be able to

  • Understand about Energy auditing
  • Analyse about
    • Energy conservation
    • Energy management

.

Course Objective:
 Students will learn the principles of utilising electrical energy in different areas - heating and welding, electroplating, traction and illumination.
 Students get the opportunity for students to learn the safety aspects of electrical energy required by any electrical engineer.

Course Outcome:
Upon successful completion of this course, students will be able to:
 Identify appropriate heating method
 Identify appropriate welding method
 Design, formulate and analyse various illumination schemes
 Identify appropriate traction motor for various type of locomotives
 Design appropriate ground grid for industrial, commercial and domestic installations.

SYLLABUS.pdfSYLLABUS.pdf

Electrical Machine Design is the application of sciencetechnology and invention to produce machines to perform specified tasks with optimum economy and efficiency

Course Objectives: 

  • To impart complete knowledge about each and every aspect of design of electrical machines viz. DC machines, transformers, induction motors and synchronous machines 
  • To introduce computer aided design techniques.

Course outcome: 

After successful completion of the course students will be able to:

  •  Determine the effect of temperature on different parts of electrical machines.
  •  Explain different types of ventilation, enclosures & cooling methods.
  •  Design DC & AC machines of any rating.
  •  Design power transformers of any rating.
  •  Differentiate the various computer aided design methods.
EMD.pdfEMD.pdf

To impart the knowledge of electrical machine parts and their working.

To develop the skill to design electrical machines, insulators and transmission towers and create single line diagrams for power generating stations and substations

 

Course Objectives

 

  • To enable the students to apply Power Electronics basics in Power system.
  • To impart the knowledge of operation and analysis of different power electronic circuits for renewable generation
  • To introduce the fundamentals of active power filtering

 Course Outcomes

  Upon successful completion of this course, students will be able to:

  • Analyse and design power electronic systems for grid integration of solar power generation systems
  • Analyse and design power electronic systems for grid integration of wind power generation systems
  • Design active power filters