Course image AC MACHINES INSTALLATION
Renewable Energy

This module describes the skills, knowledge and attitudes required to identify, select and

control electrical machines including single and three phase transformers, three phase

induction motor, single-phase motors, synchronous motor and AC generator (alternator).

It is designed for trainees pursuing Advanced Diploma in Renewable Enery.

By the end of this module, the trainee will be able to identify, select and control the

electrical machine either single/three phase transformer, three phase induction motor,

single phase induction motor, synchronous motor or synchronous generator.

Course image Industrial Automation Techniques Application
Renewable Energy

This modules introduces the skills, knowledge and attitude required in Industrial Automation. The trainee will be able to describe basics of Control System, Apply Hydraulic Principles, Pneumatic Principles, Electric Drive Principles and basics of PLC programming and installation.

Course image PEAT HARVESTING
Renewable Energy

This module describes the knowledge and attitude required to apply peat technology.  A fresh graduate completes this module will be able to conduct the peat field exploration and survey, harvesting of peat and acquiring  the required competency  to operate in peat plant and carry out peat data analysis in laboratory, publication of results and reporting.


Course image MACHINE TOOLS
Renewable Energy

This module will introduce to students the safety precautions, working principles of machine tools and operation practice (lathe machine, shaping machine, milling machine, drilling machine, grinding machine).

This will give students basic practical skills in the use of various workshop machines such as lathe machine, milling machine, shaper machines, drilling machine, etc. and also carryout necessary repair and maintenance.

Course image Methane gas power plant operation
Renewable Energy

This module describes the skills, knowledge and attitudes required to describe the operation methane gas power plant. It is packaged for tranees/student pursuitng diploma in Renewable Energy.

It also describes the knowledge, skills and attitudes required to apply extraction techniques and transportation process as well as maintenance of methane gas power plant.

Course image DESIGN AND COMMUNICATION GRAPHICS AND FLUIDSIM(DCG&FLUIDSIM)
Renewable Energy

The SOLIDWORKS(CAD software) is a mechanical design automation application that lets designers quickly sketch out ideas, experiment with features and dimensions, and produce models and detailed drawings. At the end of this module students will be able to design design parts, assembly and analyze drawing. 

Also will be able to design and assemble hydraulics and pneumatic circuit with help of FLUIDSIM.

 It familiarizes students with the commonly used functions of SOLIDWORKS and FLUIDSIM.

Course image AC MACHINE REWINDING
Renewable Energy

This course  describe different technics used to repair and maintain induction motors especially rewinding process 

Objective of the course

At the end of this course a trainees should be able to:

  • To identify the motor in normal conditions and abnormal conditions
  • To know the causes of damage of a rotating machine
  • How to prevent the damage of the machine.
  • To change speed of a given system depending on the purpose.
  • Interpret the name plate details of the motor and record them.
  • Dismantle the motor and remove the rotor (R)
  • Collect the winding data (R)
  • Draw the development diagram of a 3-phase induction motor having a single layer distributed type unbalanced winding.
  • Draw the development diagram of a 3-phase induction motor having a single layer distributed type unbalanced winding.
  • Strip the winding from the stator (R)
  • Clean the stator and insulate the slots (R)
  • Prepare coils and place them in slots for single layer distributed type unbalanced winding.
  • Interconnect the coils/groups of the individual phases for the single layer distributed type unbalanced winding.
  • Test the motor after the rewinding. (R)
  • Preheat and varnish ,impregnate the winding.(R)
  • Test run the motor.( R)