• Developed a temperature measuring equipment with high accuracy and repeatability• Contributed to the development of a coating process to improve coating stability and reduce coating defects by building equipment and control systems, and enabling collection of critical data through LabVIEW program• Designed experiments to optimize process parameters and designed equipment to accommodate process changes to increase productivity by 20%• Data analysis - processed the data from the experiments, plot graphs and drew conclusions• Coordinated as a support lead to get the equipment through the operations criteria and qualify the product • Supported the ink LED curing project which reduces the infrastructure and maintenance cost

• Designed, modeled and created manufacturing drawings for the production of web material guides • Customized the material guiding system according to the customer requirements and material size• Redesigned the web guide to change the turning radius of the web pivoting mechanism• Modified the components to standardize the parts and changed the design for the ease of assembly helping in the reduction of the production cost and the assembly time• Carried out static stress analysis and motion analysis on the finalized product using Solidworks Simulation to ensure the performance of the system• Developed a Steering guide (adding a new product to the portfolio) with an easy set-up provision• Built test rigs, and machined sensor enclosures and material guide components for demo purposes• Rendered 3D images of the products to publish in the company website

• Involved in the innovation of a new instrument to measure the hardness of the web material rolls• Built the prototype of the new instrument from concept level and tested it successfully on various materials• Developed a non-linear FEA model of the instrument using VBA to find the stresses in the roll, by which defects can be understood better and quality can be improved without using costly analysis softwares• Simulated few experimental conditions in handling the webs using CAE-Abaqus

• Tutored students on the basic concepts of thermodynamics, heat transfer, and mechanical design• Assisted students independently or in small groups on problem-solving techniques• Graded assignments and exam papers and regularly conducted review sessions for students• Prepared presentation materials for the class and supported professor in classroom activities

Effectively communicated with the clients from US and Europe in gathering the design requirements and supported them staunchly. Designed, developed 2D and 3D CAD models, and proficiently applied Geometric Dimensions and Tolerances (GD&T). • Modeled hydraulic cylinder components and prepared detailed assembly drawings with tolerances using Pro-E (Creo) and also developed models of cylinder using parametric modelling for standard part configurator• Redesigned cylinder piston rod for reduced stress resulting in 100% reduction in breakage problems• Involved in the competency projects to design the hydraulic cylinders for internal requirements and selection of components for the system• Standardized part models for the automation assembly lines at Bosch plants using Inventor and Solidworks• Established and reinforced new quality check procedures which brought 98% defect free deliverables and customer satisfaction improved by 15% in that span of time• Improved the efficiency of the team by 8% by creating standard procedures for every task, automating redundant tasks, revisiting the estimation documents and creating user manuals to train new team members • Lead and mentored three new team members to handle works for the Machine design team• Modified design for change-over fixtures and assembly stations as per the requirements, processed Engineering Change Requests (ECR), and managed the models and drawings database in Vault server• Created casting models, machining models, drawings of steering gear components and their complex assembly using Pro-E (Creo)• Customized steering components to accommodate in different OEM chassis, modified left-hand gears to right-hand gears meeting various continental requirements• Analyzed the packaging space for the steering gears in different chassis assemblies