ResponsibilitiesConduct cost & delivery time estimations. Decide prices & send quotes to customers. Organize & manage High value projects throughout the manufacturing process from order reception to shipping (Project Management)Communicate any issues, delays or questions with projects under their controlWork closely with production to ensure estimated cycle times are metPerform root cause investigations & provide corrective actions to improve the manufacturing process. Troubleshoot quality & process issues.Facilitate & support process improvement efforts via trainingInvestigate new methods of manufacturing or technology to improve current processes, increase capacity & output & meet long term production goals.Responsible for documenting & recording process changes.Responsible for creating process drawings when necessary, using CAED software. Collaborate with internal business units to produce quality products efficiently & in accordance with customer requirements & production schedules.Collaborate with external vendors to negotiate price & lead time. Collaborate with internal & external service teams to resolve machine breakdowns.. Support production by providing fixturing & tooling, ensuring all safety & process supplies are available.AccomplishmentsCreated catalogs for customer based product pricing for similar parts, which helped maintain consistency in pricing & shorter lead times in quoting. Introduced & implemented a new virtual folder system for handling new customer RFQs, trying to eliminate the paper based folders.Introduced Solidworks costing to decrease quoting lead timePlayed a crucial role in developing healthy relationships with existing customers, resulting in increase in sales.Created Supply & Demand dashboard to facilitate project management. With a coworker, researched & introduced a new part marking machine to the shop floor eliminating manual engraving; Created a template metal block for reference w.r.t text size & spacing.

Responsibilities:• Develop and maintain cost effective manufacturing processes and procedures from customer drawings and part models ensuring conformance to customer requirements and quality; communicate with vendors for cost review• Build efficient routers, create 3D models, manufacturing drawings (with geometric dimensioning and tolerances-GDT) which include processes like machining, grinding, heat treatment, plating, and other surface finishes. Industries served: Aerospace, Oil & Gas, Defense, Firearms, Medical & Dental, Machinery.• Leading the implementation of IIoT technologies to monitor utilization and downtime in real time, with a goal to increase Overall Equipment Effectiveness (OEE).• Calculate costs and provide quotes to customers; communicate on technical basis and help win business.Accomplishments:• Peer nominated and selected as one among the top 20 leaders under the age of 40, “Production Machining’s 2019 Emerging Leaders” : https://www.productionmachining.com/production-machinings-2019-emerging-leaders/• Initiated, designed, and implemented Engineering Change Control (ECN) process in the ERP system, to better handle new orders from customers and process changes for the existing parts.• Successfully implemented in-house creation of process drawings, which eliminated rework due to misinterpretation of customer drawings.• Created Request for Quote (RFQ) dashboard to increase visibility and better handle customer RFQs.• Developed and implemented a new quoting procedure in ERP system and reduced turnaround time by 50%.• Created efficient catalogs related to raw materials used and products manufactured at the company, which continues to boost performance of company by providing an easy to find reference material.• Standardized work order templates in a challenging custom job shop environment.• Implemented SolidwWorks Inspection

● Teach undergraduate engineering students Solidworks and ANSYS in lab ● Assist Professors in designing the lab curriculum. ● Prepare lab handouts● Grade assignments and projects.

Computational Bio-mechanics Research Laboratory●Two-Dimensional Truss Model: Built a self-generating 2-D truss nodal network in MATLAB to analyze its behavior under different loading conditions.●Solving Extremely Large Sparse Linear Systems: The objective was to find available sparse matrix solvers and compare them. ●Hydration Experiments on Cornea: Set-up of experimental apparatus and verifying the results of two published research papers on hydration properties of cornea. ●Custom Built Tensile Testing Machine: Set-up apparatus and validate the calibration of the apparatus; Analyze results by image processing using ImageJ software

Responsibilities: ● Responsible for drafting design drawings of various miscellaneous parts used in a Helical High Speed Gear Box.● Gathering and categorizing different bearings being used at Triveni Gears to prepare an in­house catalog.  ● Exposure to basics of Planetary Gear Box. Accomplishments:● Was instrumental in creating a catalog in Excel for bearings at Triveni Gears.

Responsibilities:●Connecting Industry and Academia ​ through the Department of Training and Placement  ●Mentoring engineering students regarding job opportunities, higher education and entrepreneur opportunities.Accomplishments: ●Successful in signing MoUs with companies to provide internship opportunities to engineering  students.  ●Initiated to open a Toastmasters Club and built connections with corporate clubs to enhance student – corporate professional interaction. ●Initiated to organize Bar Camps (a technical unconference) in order to improve students’ exposure to technical field.