Value Added Courses

Sl.No
Name of Value Added Courses
No. of Students Completed in the Year
ACADEMIC YEAR 2014-2015
1Fundamental Simulation Techniques using ANSYS Software91
2Industry Practice Based Proficiency Course for Aerospace – Aircraft Structural Analysis89
3Industry Practice Based Proficiency Course for Aerospace – Gas Turbine Engine Design & Development89
ACADEMIC YEAR 2015-2016
1Advanced Simulation Techniques using ANSYS Software62
2Industry Practice Based Proficiency Course for Aerospace – Engineering mechanics, Fatigue and Damage Tolerance58
3Industry Practice Based Proficiency Course for Aerospace – Manufacturing Process as applicable to Aerospace and Automotive58
4Fundamental Simulation Techniques using ANSYS Software65
5Industry Practice Based Proficiency Course for Aerospace – Aircraft Structural Analysis63
6Industry Practice Based Proficiency Course for Aerospace – Gas Turbine Engine Design & Development63
ACADEMIC YEAR 2016-2017
1Advanced Simulation Techniques using ANSYS Software65
2Industry Practice Based Proficiency Course for Aerospace – Engineering mechanics, Fatigue and Damage Tolerance63
3Industry Practice Based Proficiency Course for Aerospace – Manufacturing Process as applicable to Aerospace and Automotive63
4Fundamental Simulation Techniques using ANSYS Software64
5Industry Practice Based Proficiency Course for Aerospace – Aircraft Structural Analysis62
6Industry Practice Based Proficiency Course for Aerospace – Gas Turbine Engine Design & Development62
7Fundamental Drafting and Detailing using CREO software64
ACADEMIC YEAR 2017-2018
1Advanced Simulation Techniques using ANSYS Software64
2Industry Practice Based Proficiency Course for Aerospace – Engineering mechanics, Fatigue and Damage Tolerance62
3Industry Practice Based Proficiency Course for Aerospace – Manufacturing Process as applicable to Aerospace and Automotive62
4Sheet metal and Surface modeling using CREO software64
5Fundamental Simulation Techniques using ANSYS Software59
6Industry Practice Based Proficiency Course for Aerospace – Aircraft Structural Analysis64
7Industry Practice Based Proficiency Course for Aerospace – Gas Turbine Engine Design & Development64
8Fundamental Drafting and Detailing using CREO software60
ACADEMIC YEAR 2018-2019
1Advanced Simulation Techniques using ANSYS Software59
2Industry Practice Based Proficiency Course for Aerospace – Engineering mechanics, Fatigue and Damage Tolerance64
3Industry Practice Based Proficiency Course for Aerospace – Manufacturing Process as applicable to Aerospace and Automotive64
4Sheet metal and Surface modeling using CREO software60
5Fundamental Simulation Techniques using ANSYS Software60
6Industry Practice Based Proficiency Course for Aerospace – Aircraft Structural Analysis69
7Industry Practice Based Proficiency Course for Aerospace – Gas Turbine Engine Design & Development69
8Fundamental Drafting and Detailing using CREO software70
ACADEMIC YEAR 2019-2020
1Advanced Simulation Techniques using ANSYS Software55
2Sheet metal and Surface modeling using CREO software44
3Fundamental Simulation Techniques using ANSYS Software56
4Industry Practice Based Proficiency Course for Aerospace – Aircraft Structural Analysis59
5Industry Practice Based Proficiency Course for Aerospace – Gas Turbine Engine Design & Development51
6Fundamental Drafting and Detailing using CREO software68
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