4 Opening(s)
2.0 Year(s) To 4.0 Year(s)
1.80 LPA TO 2.16 LPA
An RMP (Raw Material Processing/Preparation) Operator in a steel manufacturing company operates machinery like crushers, conveyors, and rotary kilns to prepare raw materials (iron ore, coal, lime) for steel production. Key duties include monitoring equipment parameters (temperature, pressure), performing routine maintenance, troubleshooting, and ensuring safety compliance.
Key Responsibilities
Equipment Operation: Controlling machinery such as ...
2 Opening(s)
3.0 Year(s) To 10.0 Year(s)
7.20 LPA TO 9.60 LPA
A tack welder is responsible for creating temporary, short welds (tack welds) to hold metal components together, typically in preparation for final welding. They work with various welding processes and materials, ensuring proper alignment and fit-up before more permanent welds are applied.
Key Responsibilities:
Positioning and Alignment:
Accurately positioning and aligning metal parts according to ...
1 Opening(s)
7.0 Year(s) To 10.0 Year(s)
4.20 LPA TO 4.80 LPA
A Shift Incharge for Raw Material Processing supervises the entire raw material handling and processing during a shift, ensuring production targets, quality (color, grade, specs), and safety (SOPs, PPE, LOTO) are met by leading a team, troubleshooting issues, managing material flow (FIFO), maintaining records, and coordinating with quality/maintenance to achieve operational ...
2 Opening(s)
8.0 Year(s) To 12.0 Year(s)
Not Disclosed by Recruiter
Calculations of:
ü Direct Stroke Lightning Protection
ü Earthing Design
ü Bus bar Selection
ü Short Circuit Force
ü Sag Tension
ü Battery sizing
ü Capacitor bank sizing
ü Cable sizing
ü Illumination Design Calculation ( indoor & outdoor)
Preparation and Review of Drawings:
ü Single Line Diagrams
ü Protection & Metering
ü Layouts & Sections
ü Erection Key Diagram
ü Earthing Layout
ü Clearance Check ...
2 Opening(s)
3.0 Year(s) To 10.0 Year(s)
7.20 LPA TO 9.60 LPA
A gas cutter, also known as a flame cutter or oxy-gas cutter, uses a gas flame to cut metal to specific shapes and sizes. This role involves examining materials, marking them for cutting, and operating gas cutting equipment, often with precision and attention to safety. Gas cutters may work manually or with automated ...
3 Opening(s)
2.0 Year(s) To 4.0 Year(s)
2.40 LPA TO 2.64 LPA
An Assistant Fitter cum Welder in a steel manufacturing company is responsible for preparing, assembling, fitting, and welding steel components according to technical drawings and blueprints. This role involves using hand and power tools to cut, grind, and shape metal, followed by joining parts using welding techniques (MIG, TIG, or Arc) ...
5 Opening(s)
5.0 Year(s) To 10.0 Year(s)
2.40 LPA TO 3.60 LPA
A gas cutter job involves using a gas torch to cut metal to specific shapes and sizes, a task requiring skill in equipment operation, safety protocols, and material preparation for welding or scrap processing. Key responsibilities include setting up and operating oxy-acetylene or oxy-fuel torches, marking and guiding the flame, maintaining equipment, ...
3 Opening(s)
1.0 Year(s) To 5.0 Year(s)
1.80 LPA TO 3.60 LPA
A Welder-Mechanical job involves interpreting blueprints and plans, operating welding equipment to join and repair metal parts according to specifications, and inspecting finished work for quality and safety compliance. Key duties include material preparation (cutting, grinding), performing various welding techniques (MIG, TIG, arc) in different positions (flat, vertical, overhead), maintaining equipment, and ...
5 Opening(s)
3.0 Year(s) To 4.0 Year(s)
2.16 LPA TO 2.52 LPA
A Welder, Mechanical job involves interpreting blueprints and designs to join metal parts using various welding processes, such as MIG, TIG, and arc welding, to create or repair metal structures and equipment. Key responsibilities include material preparation (cutting, grinding), equipment operation and maintenance, quality inspection, and adherence to safety standards while working ...
2 Opening(s)
2.0 Year(s) To 6.0 Year(s)
3.00 LPA TO 6.00 LPA
Plastic mold manufacturing engineering involves designing and creating molds from steel or aluminum to mass-produce custom plastic parts through injection molding. This process uses high pressure to inject melted plastic into the mold cavity, where it cools and solidifies before being ejected as a finished component. Key aspects include mold design ...