B.E. Mechanical Engineering

PARK COLLEGE OF ENGINEERING AND TECHNOLOGY
In Coimbatore

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Important information

  • Bachelor
  • Coimbatore
Description

Important information
Venues

Where and when

Starts Location
On request
Coimbatore
PARK COLLEGE OF ENGINEERING AND TEKHNOLOGY,KANIYUR, COIMBATORE , 641659, Tamil Nadu, India
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Course programme

B.E. Mechanical Engineering


Mechanical Engineering is as old as human civilization with its beginning placed next to stone age; yet it is current and will remain current for ever. The department of Mechanical Engineering keeps pace with latest developments in Mechanical Engineering and allied fields. The department has a team of well qualified teaching staff, skilled technical staff and fully equipped laboratories.
The courses offered in this Department are
BE Mechanical Engineering

The BE degree program which is offered as per the University curriculum, prepares students for a career as mechanical engineers and provides specialization in a wide choice of subjects as optional. The CAD/CAM centre, thermal laboratory, metrology laboratory, machine shop, metallurgical laboratory, dynamics, fluid mechanics laboratory attached to the department are equipped to provide excellent training in the respective areas. The department has also established close links with major industries in Coimbatore, Tirupur, Trichy and Bangalore.

New initiatives and future vision, if any :
New Initiatives :

* Research and Development.
* Modernization of laboratories.
* Updating of knowledge of faculty members leading to Ph.D.

Vision :

* To offer more PG courses in the emerging trends
* To attain the autonomous status
* To have M.O.U. with leading industries reputed institutions in and abroad.
* To have provision for offering ISI certificates for IC engines testing and calibration of instruments

I.C. Engines Laboratory

Test rig of refrigeration to find C.O.P and air conditioning test rig with controls for demonstration purpose are available.

Heat transfer laboratory

Measurement of thermal conductivity of insulation, emissivity of a surface, convective heat transfer co-efficient of air in free and forced convection, test rig for verifying Stiffer Boltzmann's law, analysis of temperature variation and heat transfer of a pin fin both in free and forced convection, determination of overall heat transfer co-efficient, log mean temperature difference and heat transfer both in parallel flow and counter flow heat exchange


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