● Handled 3D Modelling and Procurement of a 10 Degrees of Freedom mobile robotic system - Individual parts, assemblies, Mechanum wheels, Double wishbone suspension system, Gear, and AMR Transmission - using Solid works● Calculated Factor of Safety for Gears, Shafts, Weldments, bolts, coil springs, and Vibration damping for the system according to AGMA, AWS and ANSI standards by automating the process.● Performed motion, FEA, and Vibration analysis simulations in Ansys and Altair tools.● Prepared the machining and welding drawings along with quality assurance plans(QAP) and Welding process specifications (WPS)● Slashed the product costs by 17.5% by replacing sliprings with cable trays.● Negotiated with suppliers and partners to achieve better prices and delivery times.

● Design, analyze, and optimize automotive alloy wheels for manufacturability and improved fatigue life as a part of the Engineering team.● Worked on R&D projects such as masking development for dual-tone painting and 5 Degree of Freedom machine for polishing● Challenged the status-quo to improve the consistency of results in CAE, to reduce simulation pre and post-processing time, and also to avoid errors.

● Authored 135 articles for clients across the U.S and Canada with Search Engine Optimization by managing keywords; maintained an acceptance rate of 97.102l% by integrating tools to improve the quality of the content.

● Answered the questions posed by various people across the world in the domain of mechanical engineering.● Maintained a CF score of 95%

● Researched the effect of Kinematic parameters (Non-Sinusoidal Motion) on a flapping airfoil on efficiency.● Ran multiple simulations using Ansys Fluent to derive reliable results.

● Worked closely in coordination with the Marketing department to raise funds, in order to meet the monetary needs of the team.● Managed finance of 1 Million INR; Improved the cost-effectiveness of the vehicle by 33%; Represented the team in the cost event.

● Lead a group of seven to design and fabricate the vehicle to improve its capabilities, serviceability, ergonomics, and performance according to the requirements of other subsystems. ● Assessed DFMEA as a result of the Block Diagram, P-Diagram, and Interface Matrix of the entire vehicle assembly.● Reduced the Body In White weight by using innovative materials for body panels; minimized fastener count to improve serviceability.● Equipped the juniors with the fundamentals of Chassis engineering, enabling them to become the future design heads of the team.

● Modelled and drafted the tubular Body In White as a line diagram in Autodesk Inventor.● Calculated the G–forces using Newton's second law and Analysed multiple load conditions using Ansys workbench. ● Drafted the required parts and portions of the Body In White for tubular bending with the concerned bending allowances.

● Performed Metal cutting, Sheet metal operations, Lathe, Machining operations according to the need.● Conducted Rapid Entire Body Analysis (REBA) and Rapid Upper Limb Analysis (RULA) to evaluate the comfort, safety, and ergonomics of the driver seat and cockpit.

● Worked in the Advanced Manufacturing department for new product development.● Performed primary research into existing and possible mechanisms for the product.● Modelled a hydraulic dumper system with 2D and 3D solid works; analyzed the design load using the Ansys Workbench.● Calculated forces in MATLAB and selected materials for the application using Ansys CES software.● Created a Bill of materials for manufacturing and processed the individual parts in CAD for laser cutting.