• Develop and utilize 3D CAD models, FMEA’s, GD&T, tolerance analysis, FEA, DOE’s, simulated use testing, and statistical analysis when and as needed.• Translating high-level customer needs into technical options and analyzing the trade-offs and business impact.• Architecting design of devices with appropriate interface requirements for sub-systems by integration of cross-disciplinary technologies.• Working with manufacturing engineering and suppliers to understand the considerations associated with Design for Manufacturing (DFM), Design for Assembly (DFA), Design to Cost (DTC), and working with other team members and consultants to produce prototypes and optimize designs for manufacturability.• Building prototypes, products, and systems for testing; along with setting up and running laboratory simulations.• Precise, effective and continuous communication and collaboration with internal teams, external partners, and direct customer interaction• Internal customer focus with the ability to root cause complex issues/test observations and provide clear resolutions and recommendations on path forward.• Improving the design/development lifecycle through advanced analytics ,CAE simulation, and DOE execution.• Ideate, Implement, and Evaluate concepts and technologies through prototyping capabilities, test method development & execution and/or external suppliers.• Seek opportunities for novel testing, identify equipment/fixture needs, and prioritize work based on aggressive project targets and goals.• Drive advanced analysis of data, interpretation of results, recommendation of future test needs and design solutions.• Experience with troubleshooting, root cause, rework, and component modifications for the purpose of problem solving and engineering investigation• Working within design constraints and concurrently with requirements development & releasing in Doc Control.

• Analyze design concept effectiveness by preparing mathematical models and performing theoretical studies by hand calculations, geometric dimensioning and tolerances (GD&T) and tolerance stack ups. • Perform and coordinate structural, dynamic and kinematic analysis and optimization (CAE). • Develop solutions for mechanical problems as per feedback from suppliers and customers. • Drive toward effective design with minimal parts invasion through packaging studies. • Prototype (RP/shop) designs and integrate test feedback for easy assembly and optimal product performance. • Communicate between several departments and teams, including CAE, testing, marketing, shop, and suppliers, to strike balance between cost, strength, and weight. • Create and maintain DFMEA’s, BMR’s, ECR’s, and ECN’s and other project specific documentation. • Create and revise 2D drawings & design layout generation. • Lead various technical & design reviews throughout various stages of product development cycle. • Establish key product characteristics and development of bill of materials for approved design.

Barko Hydraulics, LLC is a manufacturer of material handling loaders and mobile site preparationequipment. Many of Barko’s innovations have become industry standards, and Barko’s productscontinue to lead the industry in high productivity and low fuel consumption. Played in Intricate role in the design and Manufacturing of Harvester ( Cut-to-length Equipment) and Machine Loaders.Accountabilities/Responsibilities:Develop and support off-road machine’s design for total life cycle:• Operating in a team environment, with other functional areas, providing input to design solutions and participating in design reviews.New products design support:• Performed engineering calculations to determine the size and strength of components. Solving design problems and checking computations contributing to analytical designs.• New product design, analysis, and release of vehicle structural fabrications: sheet metal, heavyweldments, and related assemblies.Prepare, modify, and release corresponding drawings created in SolidWorks.• Preparation of Engineering change requests, requisitions, workorders, and parts lists.• Utilizing engineering tools such as: FMEAs,and performing FEA for Design Optimization, and risk assessments to validate the design content.• Participating in the process of testing prototype machines/components in actual or simulated field conditions.Current products design support:• Supporting data driven investigation, resolution,and corrective action implementation relatedto customer field issues.• Providing technical support to marketing, manufacturing, quality and supply management organizations.• Support cost reduction initiatives on current products and resolution of manufacturing related issues.• Preparation of Bill of Materials and other standard documentation.• Correspondence with Vendors• Coordinate\supervise the activity of Designers, and Drafters

Gained immense exposure on Equipment required in Steel Industries.A member of team dealing with Engineering Consultancy and Construction of Pickling Line Tandem Cold Mill upgradation and Continous Annealing and Processing Line For the Prestigious TATA STEELS, which concentrates on catering the requirements of A member of the design team for Transfer Car which is used for transportation finished steel coils from Delivery line to package Line in steel Industry.Played an Active role in the Modelling and Analysis of the Frame of the Transfer car, Calculation power and Selection of gear box, motor and other subsequent Equipment.Specialties:: Supervised a drafting CAD Team • Part of Product Development team • 3D modelling of complicated components using CATIA• CAE • FEA of Chassis Frame • DFMEA of Chassis Frame •Design modifications and Approvals of drawings • Geometric dimensioning & tolerances • Bill of quantity •Correspondence with customer, sub-vendors and the manufacturing team • Preparation of Purchase requisitions, Technical recommendations, Project status reports & Planning.