• Project lead for WCM (World Class Manufacturing) expansion for production Line 7 at Amana facility• Reduced injuries on Line 7 by almost 17% by implementing two major Safety kaizens having B/C ratio of over 1• Core part of engineering team for installation of an autonomous Bostik robotic fixture for injecting foam into refrigerator liners in DF-1 assembly line which reduced the cycle time of process by 21% from 33 to 26 seconds• Designed a new sliding mechanism for process… Show more • Project lead for WCM (World Class Manufacturing) expansion for production Line 7 at Amana facility• Reduced injuries on Line 7 by almost 17% by implementing two major Safety kaizens having B/C ratio of over 1• Core part of engineering team for installation of an autonomous Bostik robotic fixture for injecting foam into refrigerator liners in DF-1 assembly line which reduced the cycle time of process by 21% from 33 to 26 seconds• Designed a new sliding mechanism for process improvement of refrigerator liners which reduced the cycle time by 24% from 21 to 16 seconds• Implemented kaizen projects of hard savings worth $300,000 and potential soft savings of $150,000 per annum• Used time and motion study and yamazumi charts to analyze work-load balancing and successfully eliminated NVAA by 11% Show less

• Analyzed finished goods by random sampling for failure testing and used control charts for statistical quality control reducing defects by 10% and resulting in hard savings of nearly $50,000• Used FMEA and FTA to identify potential issues and improved reliability and quality of the products by at least 13% resulting in direct increase in revenue stream of the firm by $90,000 in the third quarter of 2016• Designed machine parts and their assembly using Solidworks and used ANSYS for… Show more • Analyzed finished goods by random sampling for failure testing and used control charts for statistical quality control reducing defects by 10% and resulting in hard savings of nearly $50,000• Used FMEA and FTA to identify potential issues and improved reliability and quality of the products by at least 13% resulting in direct increase in revenue stream of the firm by $90,000 in the third quarter of 2016• Designed machine parts and their assembly using Solidworks and used ANSYS for thermal and structural analysis Show less

• Head of design team consisting of second year engineering students for ONYX, official aero-modelling team of K.J. Somaiya College of Engineering• Simulated the propulsion motion using MATLAB Simulink and analyzing different forces acting on the model aircraft• Designed the prototype using XLFR, Solidworks, ANSYS and operated heavy machinery such as drill press and lathe machines to transform the CAD model into a miniature rapid prototype model for simulation and analysis•… Show more • Head of design team consisting of second year engineering students for ONYX, official aero-modelling team of K.J. Somaiya College of Engineering• Simulated the propulsion motion using MATLAB Simulink and analyzing different forces acting on the model aircraft• Designed the prototype using XLFR, Solidworks, ANSYS and operated heavy machinery such as drill press and lathe machines to transform the CAD model into a miniature rapid prototype model for simulation and analysis• Presented a business case to the college committee for funding and approval of the project and demonstrated cost savings of 26% by using balsa wood for manufacturing instead of EPP Styrofoam Show less

• Manufacturing training at BMW facility in Munich involving conducting motion and time studies, and working at CTQ stations• Created a database for thickness of paint coating on automobile body using SQL and analyzing that data using Python to demarcatetrends, issues and presenting a statistic model to the quality department at BMW production facility• Simulating inventory control techniques like ABC analysis, EOQ, JIT and Reorder Point using Arena, ALX and Simulink• Working… Show more • Manufacturing training at BMW facility in Munich involving conducting motion and time studies, and working at CTQ stations• Created a database for thickness of paint coating on automobile body using SQL and analyzing that data using Python to demarcatetrends, issues and presenting a statistic model to the quality department at BMW production facility• Simulating inventory control techniques like ABC analysis, EOQ, JIT and Reorder Point using Arena, ALX and Simulink• Working with six axis robotic assemblies and using Octave and ROS to ensure efficient coating thickness on automotive body Show less