Anish Patil Email & Phone Number

Towson, Maryland, United States

Design, build, and test brushless DC motors for walk-behind products such as lawn mowers and snow throwers.Develop and prototype various motor topologies in collaboration with the team.Manage development schedules to ensure timely completion of build requirements.Identify cost-saving opportunities and streamline design complexity.Review motor specifications and devise comprehensive action plans for collaborative development.Establish optimized Bill of Materials (BOM) using Catia tools and Interface Control Documents (ICD).Coordinate parts sourcing, assembly, testing, and prototyping, leveraging expertise in mechanical design and manufacturing processes.

Baltimore, Maryland, United States

Designed mechanical packaging for an American Military Project, using 3D CAD (Solidworks).Analyzed stack-up of prototypes and GD&T (Geometric Dimensioning and Tolerancing)Developed a strategy to minimize parts and part categories to simplify manufacturing and reduced inventory by ~10%Learn how to perform Reliability analysis using the Mil-Std-217 handbookConducted Computational Fluid Dynamics on the Load bank using cad and surveyed it practically during testing of first article unit as a benchmarking practicesCoordinated with the Fabricator to conduct a first article inspection (FAI). Root-cause analysis was performed and few parts were re-designed to discard some excessive hardware and reduce complexities of the assembly processPioneered research and remodeling to decreased the MTTR from 90 mins to 20 mins using a modular approachLearned how to create product documentation for productionSpearheaded training of production crewCorresponded with over 38 suppliers across the globe to develop part/product specifications and Created RFQ’s, PO’sDirected major modifications by implementing 5S to cut down NVAA (Nonvalue added activities) by ~15-20% Promoted projects troubleshooting failures, created ECO’s & analyzing root cause failures

Supervised training and direction of a team of 10 in absence of a professional staff member

Toledo, Ohio Metropolitan Area

Partnered with engineers to develop an assisted bed topper for a paraplegic client with decreased upper body strengthDesigned an air fill valve to an automatic air pump which acted as an inflator and a deflator

Clyde, Ohio

For Quality Team, designed and coded an application that could collate data from 5 sources and create a dashboard to help in audit execution.Coded application for documenting emergency work orders (EWOs). Each EWO uses 5W1H, 4MAnalysis, and 5 Whys.Programmed a system that performed data acquisition to generate Quick Kaizen Guided lube department in implementing a strategy to start condition-based maintenance instead of time-basedProgrammed an application helping create standard maintenance procedures and OPL’s (one point lesson)Coded an electronic application Plan-Do-Check-Act (PDCA) tracking system to improve reporting accuracyCreated breakdown maps for equipment with component classification resulting in faster repairsCoordinated with the Cross-functional teams to provide a solution for a human ergonomic issue on a line to prevent injuriesFacilitated the professional maintenance (PM) pillar team members on world-class manufacturing (WCM) audits

Toledo, Ohio, United States

Worked for Dr. Brian TreaseModeled and printed 3d parts Quad and Drone Ships project, while maintaining and operating 3D printers and laser cutter

Toledo, Ohio, United States

Conducted experiments and Taught material science concepts to 4 labs of 10 students along with grading lab reportTrained students on the proper use of the tensile testing machine, pneumatic mounting press, abrasive cutter, Brinell and Vickers hardness testers, optical microscope, kiln ovens, welders, tensile, compression, and Charpy impact test

University Of Toledo

Supervised training and direction of a team of 10 in absence of a professional staff member

Clyde, Ohio

Presented a capital project to improve WIP value stream and took part in an ad-hoc team to improve safetyCoded an application to manage line-side inventory using ABC MatrixDesigned an all-fall takeaway conveyor to increase throughput using EDP (engineering design Process)Responsible for Development of safety Tooling for an Overhead conveyor carrying Stainless Steel Baskets and including Screen Saddle modification to increase a Safety Footprint Engaged in Capital Mega Project; Vertical access WIP throughput improvement and presented it to through toll gatesContributed to AD-hoc team improving safety through-put of WIP Hangers

University Of Toledo

Supervised training and direction of a team of 10 in absence of a professional staff member