32 Job openings found

1 Opening(s)
2.0 Year(s) To 5.0 Year(s)
Not Disclosed by Recruiter
    Job Summary: We are seeking a skilled and detail-oriented Executive – R&D Lab with hands-on experience in GC-MS and GC-MS/MS analysis, specifically in Extractables & Leachables (E&L) studies. The candidate will be responsible for method development, validation, unknown identification, and ensuring compliance with regulatory and quality standards such as GLP and ...
1 Opening(s)
2.0 Year(s) To 4.0 Year(s)
2.40 LPA TO 4.00 LPA
GC–MS Analyst – Roles & Responsibilities Operate and maintain Gas Chromatography–Mass Spectrometry (GC-MS) systems for qualitative and quantitative analysis. Perform sample preparation, extraction, derivatization, and dilution as per approved methods. Develop, optimize, and validate GC-MS analytical methods in compliance with regulatory guidelines. Analyze chromatograms and interpret mass spectra using reference libraries (e.g., NIST). Conduct instrument ...
5 Opening(s)
2.0 Year(s) To 6.0 Year(s)
3.00 LPA TO 4.00 LPA
Key Responsibilities Method Validation & Development Perform method validation as per ICH Q2 (R1/R2) guidelines Develop, optimize, and validate analytical methods for assay, impurities, dissolution, and residual solvents Conduct method verification and method transfer activities Prepare and review validation protocols and reports Instrumentation & Analysis Operate and maintain HPLC, UPLC, GC, and related detectors (UV, PDA, FID, ...
1 Opening(s)
1.0 Year(s) To 3.0 Year(s)
2.00 LPA TO 3.00 LPA
A Melter - AOD (Argon Oxygen Decarburization) is a skilled industrial role responsible for operating furnaces to melt and refine metal, specifically within steel-making shops producing stainless and alloy steels. The primary duty is to manage the melting process to ensure the molten metal meets specific quality and composition standards before casting.    Job Description ...
1 Opening(s)
2.0 Year(s) To 4.0 Year(s)
1.80 LPA TO 2.40 LPA
A welder's job description involves using heat and welding equipment to join, repair, and cut metal parts and structures, following blueprints and specifications. Key duties include preparing materials, selecting appropriate welding methods and equipment, performing precision welds, inspecting finished welds for quality, and maintaining equipment and adhering to strict safety standards. Welders work ...
2 Opening(s)
2.0 Year(s) To 7.0 Year(s)
2.00 LPA TO 3.00 LPA
Key Responsibilities Process Development: Design and execute multi-step organic synthesis experiments to develop new and innovative routes for API synthesis. Conduct literature searches and patent reviews to identify non-infringing and commercially viable synthesis routes. Optimize reaction parameters such as temperature, pressure, time, and solvent to improve yield, purity, and reduce costs. Technology Transfer: Prepare and document ...
2 Opening(s)
2.0 Year(s) To 7.0 Year(s)
2.00 LPA TO 5.00 LPA
Key Responsibilities Process Development: Design and execute multi-step organic synthesis experiments to develop new and innovative routes for API synthesis. Conduct literature searches and patent reviews to identify non-infringing and commercially viable synthesis routes. Optimize reaction parameters such as temperature, pressure, time, and solvent to improve yield, purity, and reduce costs. Technology Transfer: Prepare and document ...
1 Opening(s)
2.0 Year(s) To 5.0 Year(s)
3.00 LPA TO 4.00 LPA
A Lab Chemist (Coal Mining) is responsible for conducting chemical analyses of coal samples to ensure quality, identify impurities, and comply with regulations. They may also assist in research and development related to coal processing and utilization, according to a description by himalayas.app.    Key Responsibilities: Sample Preparation and Analysis: Preparing coal samples, conducting routine chemical analyses ...
6 Opening(s)
2.0 Year(s) To 5.0 Year(s)
2.00 LPA TO 3.60 LPA
In a steel melting shop, a chemist's role is crucial for ensuring the quality and consistency of the molten steel produced. They perform chemical analyses of the molten steel, add necessary elements to achieve the desired composition, and monitor the refining process to ensure the final product meets the specified requirements.    Here's a ...
2 Opening(s)
3.0 Year(s) To 5.0 Year(s)
2.00 LPA TO 5.00 LPA
Ferroalloys in AOD Steelmaking: Purpose: Ferroalloys are used in AOD steelmaking to add specific alloying elements (like chromium, manganese, silicon, etc.) to the molten steel to achieve desired properties.    Types of Ferroalloys: Common ferroalloys used in AOD include ferromanganese (FeMn), ferrochromium (FeCr), ferrosilicon (FeSi), and ferromolybdenum (FeMo).    Process: AOD is a refining process that uses argon ...

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