" In a battery, I strive to maximize electrical potential. When mentoring, I strive to maximize human potential.”
ICS TECHNOLOGIES PROFILE
ICS Technologies is a group company of International certification Services (Asia) Pvt. Ltd. Established in 2003.
ICS Technologies Operators as a commercial laboratory to perform Testing, Calibration, Third Party
Inspection, Survey for onshore & offshore activities, Training Activities to satisfy the need of Industry.
ICS technologies is equipped with sophisticated instruments & supported by a group of dedicated,
professionally qualified & trained experts to keep pace with the rapidly advancing technology & skill.
The laboratory has built-in quality system in line with ISO/IEC-17025, NABL- 101 & has received the
number of recognition, both national & international.
The transparent working system of the laboratory has made it possible for the industry to have
simpler, quicker & effective interaction.
COURSE CONTENT
* Max. No’s of Student
* Duration :
* Type :
* No. of Days / Week :
* No. of Hours /Days :
* Entry Qualification :
* Objective Of Syllabus :
* Employment Opportunity :
25 Students
6 Month
Part Time
6 Days
4 Hours
7 th pass
Introduction:the syllabus of C.C.In Welding and Jointing has been
evolved in such a way that after completion of course of 6 months , the
student would acquire good working skill suited to work as Welder
Workshop .
Objective:- .
1) Develop skill in Fabrication by providing adequate knowledge of welding.
2) Develop confidence and entrepreneurship by arranging industrial visit
and arranging study lecture of personnel from industries
Self employment /employment
THEORY PAPER - I - WELDING AND JOINTING
PRACTICALS - I - WELDING JOINT
PRACTICAL – II - MAINTENANCE AND REAPPEARING OF AIR CONDITIONER
✓ Introduction of institute and section.
✓ Use of various tools. Used in welding shop (Hammering Punching Hack Sawing‐Filing etc.)
✓ E‐1 Assembly of Arc welding Plant Handling of Arc Welding Plant and Arcstriking.
✓ G‐2 Assembling of Gas Welding Plant. Hardling Of Gas Welding Plant, Flame igniting setting and
Extinguishing.
✓ Straight line De‐position By Arc in Down Hand Position. E‐3 (150mmX100mmX10mm)
✓ G‐4 : Fusion run with & without filler rod.(100X50X2mm).
✓ E‐5 :‐ Fillet –Tee‐Joint by arc in Down Hand position. (150X50X10mm)
✓ G‐6 :‐ Edge Joint by Gas with and without filler rod. (150X50X1.6 mm).
✓ G‐7 :‐ Gas cutting in straight line. (200X100d10mm).
✓ E‐8 :‐ Open Corner joint by arc in Down Hand Position. Both Inside and Outside.
✓ G‐9 :‐ Square but Joint by Gas in Down Hand Position (150 X1.6 & 3mm).
✓ E . 10 :‐ Single Vee but joint by Arc in Down (150X 50 X 10mm).
✓ G ‐11 :‐ Open Corner Joint by gas in Down Hand position 1st Inside and than Outside.
(150 X100X 3mm).
✓ Fillet Tee Joint in Horizontal position by arc welding and padding on vertical surface of Tee E‐12
(150X 50 X 10 mm).
✓ E ‐13 :‐ Single Vee But Joint in Horizontal position.(200 X 50 X 10 mm).
✓ G‐C‐2 :‐ Bevel gas cutting on the above job.
✓ E‐14 :‐ Straight line deposition by arc in vertical position.(150 X 100 X 10mm) .
✓ E ‐15 :‐ Lap and Tee Joint in vertical position. ( 150 X 50 x10mm).
✓ G‐16 :‐ Straight line deposition by Gas in vertical position. (150 X 100 X 2mm)
✓ E‐ 17 :‐ Straight line deposition by arc in over head position.
✓ G‐18:‐ Square butt Joint in vertical position . G‐19 :‐ Open Corner Joint in vertical position.
✓ E‐20 :‐ Fillet –Tee‐ Joint in Over‐head position.
PRACTICALS - II JOB MAKING
✓ G‐21 :‐ Pipe butt joint in 1‐ G position. E‐22 :‐ Pipe butt Joint by arc in 1‐Gposition.
✓ G‐ 22 :‐ cast iron Gas welding and Brazing of broken job.
✓ E‐24 :‐ Project work for e.g. stool, table ,chair bench etc,
✓ As above.
✓ Examination.
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