Research Assistant

Skills: Stata, Scikit-Learn, +7 skills

Management Trainee

Skills: Supply Chain Management, Six Sigma

Research Associate

Skills: Supply Chain Management, Qualitative & Quantitative Research Methodologies, +3 skills

Summer Intern

Skills: Supply Chain Management, Six Sigma

Graduate Engineering Trainee

Responsibilities:

• Executed Preventive and Breakdown maintenance activities of equipment in Steel Melting Shop
• Worked as a Mechanical Maintenance Engineer in Steel Melting Shop 2 in Basic Oxygen Furnace area

Process and Work Standardization for World Class Quality (WCQ) requirement at TATA Motors, Jamshedpur

• Performed the Time study and formulated WIS (work instruction sheet) to standardize human work
• Documented various Non-Value added activities done by operators during the assembly of parts
• Calculated load on each operator of the assembly line and compared it with time available
• Implemented WIS on the shop floor and ensured time taken at each station was kept below the takt time
• Eliminated Non-value adding activities and decreased the cycle time of the stations in the assembly line
• Formulated load balance sheet to ensure deployment of sufficient manpower to achieve desired capacity

Minimization of impeller changing time of Kanbara Reactor for De-sulphurization of Hot Metal at JSW Steel Vijaynagar Works

• Studied the impeller changing process and applied Time & Motion Study to measure the work content
• Applied ECRS and VA/NVA framework to reduce work content in impeller changing process
• Implemented SMED to restructure the work and suggested use of dedicated standard tools
• Reduced impeller changing time of Kanbara Reactor by 46% (130 minutes to 72 minutes)

Revamping of the Basic Oxygen Furnace at JSW Steel Vijaynagar Works

• Analyzed risk involved and prepared Risk Assessment Sheet for welding and gas cutting activities
• Implemented the design of the furnace and scrutinized the stepwise execution of revamping activities
• Synchronized and supervised civil and mechanical activities considering heavy equipment movements

Low Temperature Thermo-Mechanical Treatment effect on the characteristics of AL 6061 alloy

• Analyzed chemical composition of the Al 6061 alloy and performed the annealing process
• Solutionized the sample and conducted Hardness, Tensile and Microstructure studies
• Carried out hardness and tensile tests for the cold rolled samples of 20%, 25%, and 30% deformation
• Calculated peak hardness time for the deformations and plotted the graphs
• Increased peak hardness value (51 HV to 132 HV) and higher peak load in tensile test for deformed samples
• Achieved a reduction of 47% time in obtaining peak hardness for cold rolled sample
• Increased peak tensile value by 3 times (1191 N to 3393 N) for deformed one with respect to annealed one