Krishnan Eswar
About
Krishnan Eswar is from Fremont, California. Krishnan works in the following industries: "Mechanical Or Industrial Engineering", and "Automotive". Krishnan is currently Senior Process Engineer at Tesla, located in Fremont, California. Krishnan also works as Production Process Engineer at Tesla, a job Krishnan has held since Jul 2017. In Krishnan's previous role as a Associate Process Engineer at Tesla Motors, Krishnan worked in Fremont, CA until Jun 2017. Prior to joining Tesla Motors, Krishnan was a Manufacturing Engineering Intern at Tesla Motors and held the position of Manufacturing Engineering Intern at Fremont, California. Prior to that, Krishnan was a Assistant Manager at Hyundai Motor India Ltd, based in Chennai Area, India from Feb 2013 to Jul 2014. Krishnan started working as Senior Executive at Hyundai Motor India Ltd. in Chennai Area, India in Jun 2011.
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Krishnan Eswar's current jobs
- Reduced 10 processes by using VSM and 5S principles thereby saving $1.4M annually - Designed and printed jigs for parts with no datum, reducing part to body gap issues by 80% - Led group Kaizen activities to ensure labor utilization does not exceeded 90% - Evaluated make vs buy scenarios based on labor, tooling and scrap cost to outsource Model S door panels - Commissioned a manual conveyor for Model S & X front knuckle build reducing downtime by 11% - Performed process capability studies to calibrate radar install process, reducing failures by 5% - Proposed hardware commonization, based on torque, joint strength and bolt paraments, saving $50K a year - Deployed 8 torque tool reaction arms for tools with torques over 50Nm, to prevent ergonomic injuries - Responsible for setting up and maintaining processes on Final 1,2 & 3 lines, in compliance with safety, quality and rate - Working closely with New model introduction and Pilot teams to streamline product launch and deployment - Introduce / maintain tools required for continuous production
Krishnan Eswar's past jobs
- Established work standard for over 80 processes, within 1 month, on the Model S and X production line - Reduced 100 mins of downtime/week by eliminating NVA work and introducing higher RPM tools - Proposed and implemented a design change on Model X, reducing fitment issues from 75% 3% - Performed Gage R&R to identify taper gage resolution inaccuracy, in measuring Model X body gap - Solved over 50 ergonomic issues by introducing jigs, tools and modifying work standards - Eliminated 70 recurring quality issues through part scanning and torque interlock Poka-yoke - Led, associate and lead, training sessions to promote and explain quality in station
- Calibrated Model X upper glass install process using DMAIC resulting in 96% First pass Yield - Reduced $100K a year in scrap by modifying Model S spoiler install location and packaging - Designed and added compartments to delivery totes, eliminating part mutilation and missed parts - Replaced holding fixtures for Model X, improving worker safety - Assembled all final line parts to identify workability and quality related problems in line - Practiced continuous improvement by allotting and storing tools/ jigs for easy access and replenishment at Trim lines
- Underwent technical training for New Gen i20 model at Hyundai headquarters, South Korea • Conducted geometric dimensioning and tolerance analysis for exterior parts • Conducted FMEA for FEM work assist loader accommodating five models and installed new loader in final line • Assembled the prototype car to identify process, quality and ergonomic complications • Prepared process sheet, part identification sheet and standard work instructions - Eliminated offline rework manpower and WIP by installing ‘Glass Vision System’ for primer and sealant - Installed and integrated tool torque data with MES for critical jobs - Raised design change requests to avoid stacking order issues at the prototype stage - Standardized sealant, Radiator coolant, AC gas and Gasoline consumption per vehicle
- Calculated and proposed new operator time standards using MODAPTS code - Introduced rack & lamp system for all model logos - Modified existing FEM work assist loader saving 35,000$ on new loader investment - Set conformance standard for head lamp aiming tester - Simulated flow of new model in production line to check for equipment compatibility - Day wise problem follow up and countermeasure preparation for trim & final lines - Studied and documented each department’s contribution towards final vehicle build - Attended productivity and quality training sessions