Oct 2025 – Present · 5 mos

Aug 2025 – Oct 2025 · 2 mos

Jul 2023 – Aug 2025 · 2 yrs 1 mo

• Key Responsibilities & Achievements:
• Spearheading steelmaking operations at a 4.1 MTPA plant with three LD converters, ensuring smooth and efficient conversion of hot metal into liquid steel.
• Improved turndown phosphorus and carbon strike rate, driving higher product quality and process consistency.
• Achieved cost optimization by reducing ferroalloy and lime consumption and improving yield through tighter control on metal losses.
• Strengthened safety and process safety culture, ensuring sustained improvements in workplace safety performance.
• Projects & New Initiatives:
• Converted and stabilized the Secondary Distributor (SD) Lance, enhancing process safety and minimizing operational delays.
• Implemented slag FeO reduction using slag-killing-free aluminium briquettes, reducing caster slivers in IF Skin Panel grades.
• Key member of BOF Vessel 3 upgradation project, involving complete vessel shell replacement, cooling circuit revamp, and Gas Recovery System (GRS) modernization.

Jul 2022 – Jun 2023 · 11 mos

• One year training under Shavak Nanavati Technical Institute (SNTI) or Learning & Development (L&D) Tata Steel Ltd.
• Key Learnings :
• 1. The Tata Culture :Ethics and Policies
• 2. Safety: Occupational Safety & Process Safety
• 3. Domain: Metallurgical Fundamentals from Iron Making to Steel Making
• 4. Steel Challenge: Regional Champion of Asia-West region and participated in the World Championship held in Vienna, Austria
• 5. Agile Behaviour Training: TMDC
• 6. Project I : "Reduction of LFC cracks in slabs through TSCR route" @ LD3 & TSCR.
• 7. Project II : "Case studies on Blowing Lance related incidents at LD Shops". Process Safety Project.
• 8. Tech Ex'23: " Laser Profiling of Pinch Rolls in HSM". Model design and Development.

Jun 2021 – Jul 2021 · 1 mo

• PROBLEM STATEMENT: REALISATION OF FUTURISTIC STEELS
• PROJECT TITLE: A NEW ULTRA HIGH STRENGTH STEEL THROUGH NOVEL HOT FORMING ROUTE
• 1. Alloy Design : Designing the desired chemistry of steel
• 2. Thermomechanical Process parameters design : Optimization of rolling parameters and designing the favorable Non recrystallization temperature ( TNR)
• 3. HSQP process design : Designing parameters for for combined hot stamping and quenching and Partitioning
• 4. Q&P process design : Designing the process through thermodynamics and kinetics modelling
• 5. Cost analysis and Profit calculation of the product