1 Opening(s)
2.0 Year(s) To 3.0 Year(s)
1.00 LPA TO 3.00 LPA
A Welder's job description typically involves joining metal parts using heat and pressure, requiring skills in reading blueprints, calculating dimensions, cutting, and joining materials, while adhering to safety protocols and ensuring quality welds.
Here's a more detailed breakdown of a Welder's typical duties and responsibilities:
Key Responsibilities:
Reading and Interpreting Blueprints and Drawings:
Understanding technical ...
1 Opening(s)
10.0 Year(s) To 12.0 Year(s)
6.00 LPA TO 7.00 LPA
"mechanical GM DRI plant" refers to a plant that uses mechanical processes, like rotary kilns, to produce Direct Reduced Iron (DRI), also known as sponge iron, from iron ore using reducing gases like hydrogen and carbon monoxide.
Here's a more detailed explanation:
Direct Reduced Iron (DRI):
DRI is a product of the direct reduction ...
1 Opening(s)
15.0 Year(s) To 20.0 Year(s)
12.00 LPA TO 15.00 LPA
"mechanical GM DRI plant" refers to a plant that uses mechanical processes, like rotary kilns, to produce Direct Reduced Iron (DRI), also known as sponge iron, from iron ore using reducing gases like hydrogen and carbon monoxide.
Here's a more detailed explanation:
Direct Reduced Iron (DRI):
DRI is a product of the direct reduction ...
1 Opening(s)
20.0 Year(s) To 21.0 Year(s)
12.00 LPA TO 18.00 LPA
GENERAL MANAGER MECHANICAL - DRI
"mechanical GM DRI plant" refers to a plant that uses mechanical processes, like rotary kilns, to produce Direct Reduced Iron (DRI), also known as sponge iron, from iron ore using reducing gases like hydrogen and carbon monoxide.
Here's a more detailed explanation:
Direct Reduced Iron (DRI):
DRI is a product ...
1 Opening(s)
2.0 Year(s) To 3.0 Year(s)
2.00 LPA TO 2.40 LPA
A mechanical welding engineer is responsible for designing, developing, and implementing welding processes and procedures for mechanical components, utilizing their knowledge of metallurgy, engineering principles, and welding techniques to ensure the integrity and quality of welded joints across various metal materials, often working in manufacturing environments to optimize production processes and ...
1 Opening(s)
8.0 Year(s) To 10.0 Year(s)
3.60 LPA TO 6.00 LPA
Responsibilities:
Perform welding tasks including but not limited to fabrication, repair, and modification of structural components, pipelines, and machinery used in the sponge iron production process.
Interpret blueprints, drawings, and specifications to determine welding requirements and procedures.
Operate welding equipment such as arc welders, gas torches, and plasma cutters in a safe and ...
2 Opening(s)
1.0 Year(s) To 5.0 Year(s)
1.80 LPA TO 1.80 LPA
Responsibilities:
Perform welding tasks including but not limited to fabrication, repair, and modification of structural components, pipelines, and machinery used in the sponge iron production process.
Interpret blueprints, drawings, and specifications to determine welding requirements and procedures.
Operate welding equipment such as arc welders, gas torches, and plasma cutters in a safe and ...
2 Opening(s)
5.0 Year(s) To 8.0 Year(s)
2.40 LPA TO 3.00 LPA
Responsibilities:
Perform welding tasks including but not limited to fabrication, repair, and modification of structural components, pipelines, and machinery used in the sponge iron production process.
Interpret blueprints, drawings, and specifications to determine welding requirements and procedures.
Operate welding equipment such as arc welders, gas torches, and plasma cutters in a safe and ...
16 Opening(s)
3.0 Year(s) To 4.0 Year(s)
1.70 LPA TO 2.40 LPA
A tack welder is a professional who uses various welding techniques to join metal parts. They read and understand blueprints and work orders, ensuring they follow specifications. They use various tools and equipment to cut, shape, and position metal parts. They also perform tasks like clamping, holding, and tack welding ...
5 Opening(s)
3.0 Year(s) To 4.0 Year(s)
1.80 LPA TO 2.40 LPA
Key Responsibilities:
Interpretation of Engineering Drawings:
Read and interpret engineering drawings, blueprints, and specifications to understand the requirements for each project.
Translate technical drawings into physical structures by determining appropriate fabrication methods and sequences.
Material Preparation:
Select and prepare raw materials, such as steel plates, bars, and tubes, for fabrication.
Cut, bend, and shape metal pieces ...