1 Opening(s)
8.0 Year(s) To 15.0 Year(s)
6.00 LPA TO 7.20 LPA
A Lab Head of Department (HOD) for a Coal Washery leads laboratory operations to test raw, washed, and reject coal samples. They ensure accurate process optimization, strict product quality control, regulatory compliance, and equipment calibration, while managing the laboratory team.
Key Responsibilities
Quality Management & Testing: Supervise rigorous testing to meet strict ...
1 Opening(s)
2.0 Year(s) To 5.0 Year(s)
2.64 LPA TO 3.60 LPA
A Quality Assurance (QA) Officer in steel manufacturing ensures products meet stringent industry standards (e.g., ISO, BIS, ASTM). Responsibilities include overseeing laboratory testing, inspecting raw materials, monitoring chemical/mechanical properties across the rolling/casting process, and managing defect analysis. [1, 2, 3]
Job Overview
Position: Quality Assurance Officer / Engineer
Industry: Iron & Steel Manufacturing ...
1 Opening(s)
5.0 Year(s) To 10.0 Year(s)
2.40 LPA TO 3.60 LPA
An Assistant Chemist in SID (Sponge Iron Division) / QC for a steel manufacturing plant ensures raw materials and finished products (like sponge iron, billets, and TMT bars) meet industry standards. They execute physical and chemical tests, calibrate equipment, and provide real-time data to production teams. [1, 2, 3]
Core Responsibilities
Raw ...
4 Opening(s)
5.0 Year(s) To 6.0 Year(s)
2.76 LPA TO 3.00 LPA
A Lab Chemist in a coal washery is responsible for analyzing raw coal, clean coal, and washery rejects. They perform proximate and ultimate analyses, conduct calorific value tests, and operate lab equipment to ensure product quality. Their data optimizes washing efficiency and guarantees compliance with industry standards. [1, 2, 3]
Key ...
1 Opening(s)
7.0 Year(s) To 8.0 Year(s)
2.16 LPA TO 2.40 LPA
A Patching and Lining technician (Refractory Technician/Mason) in a steel company is responsible for installing, repairing, and maintaining the heat-resistant linings in high-temperature vessels such as furnaces, ladles, and converters. These roles ensure the integrity of equipment containing molten metal, prevent burn-throughs, and optimize vessel life. [1, 2, 3, 4, ...
2 Opening(s)
3.0 Year(s) To 8.0 Year(s)
2.16 LPA TO 3.00 LPA
A Cement Plant Chemist ensures product quality by analyzing raw materials (limestone, clay), in-process materials (clinker, additives), and finished cement to meet physical and chemical standards. They operate XRF/XRD instruments, optimize mix proportions, and maintain ISO standards. They troubleshoot production issues to ensure strength, soundness, and setting time compliance.
Key Responsibilities
Quality ...
4 Opening(s)
3.0 Year(s) To 5.0 Year(s)
2.40 LPA TO 3.00 LPA
A Ferro Alloys Chemist in a steel plant manages quality control by analyzing raw materials (ores, coal, coke) and finished products (silicomanganese, ferrochrome) using wet chemical analysis and instrumental techniques (XRF, AAS). They ensure production compliance, maintain laboratory equipment calibration, and provide data for process optimization. [1, 2, 3, 4]
Key ...
1 Opening(s)
2.0 Year(s) To 6.0 Year(s)
3.00 LPA TO 6.00 LPA
A Quality Control (QC) Engineer in a foundry plant ensures that metal castings meet customer specifications, dimensional requirements, and material standards. They are responsible for testing raw materials, inspecting in-process components (moulding, pouring, fettling), and conducting final inspections to reduce rejects and improve production quality.
Key Responsibilities
Inspection and Testing: Perform visual, ...
1 Opening(s)
20.0 Year(s) To 25.0 Year(s)
4.80 LPA TO 5.20 LPA
A Laboratory Head of Department (HOD) for a coal washery oversees all lab operations, ensuring accurate testing of raw, washed, and reject coal samples. Their primary goal is to optimize processing efficiency, maintain strict product quality, guarantee regulatory compliance, and manage the laboratory team.
Here is a detailed, structured job description ...
11 Opening(s)
1.0 Year(s) To 5.0 Year(s)
1.80 LPA TO 3.60 LPA
A Chemical Engineer or Chemist in the manufacture of refractory ceramic products plays a critical role in developing, testing, and optimizing heat-resistant materials (such as bricks, castables, and coatings) that withstand extreme temperatures, corrosion, and mechanical stress. They oversee the transformation of raw materials like alumina, silica, and magnesia into ...