Aditya Murthy Email & Phone Number

Austin, Texas, US

Austin, Texas, US

Austin, Texas, US

Columbus, Indiana, US

Columbus, Indiana, US

• Leading and assisting design, development, analysis and release of products as Technical Project Lead (TPL) or Product Development Engineer (PDE).
• Designing products as per market and customer requirements, validating design through Analysis-led Design techniques, Finite Element and CFD analysis reports.
• Creating prototype build plans and executing α- or β- testing through detailed Design Verification Plan &Report (DVP&R).
• Analyzing test data, carrying out Design of Experiments (DoE) on Minitab for data sets from product validation testing to optimize design and or identify failure modes.
• Leading cross-functional product design reviews before technical leadership.
• Designing plastic injection molded parts and working with tool designers to ensure end-product is within specifications. Also experienced in metal casting design and sheet-metal design.

Boston, Massachusetts, US

'HBX CORe' delivered online by Harvard Business School professors covering the following courses:- Business Analytics- Financial Accounting- Economics

• Carrying out Noise, Vibration and Harshness Analysis of the vehicle on Matlab. Design of Experiments analysis on the vehicle to quantify, isolate and mitigate sources of acoustic noise.
• Identifying major Electric Powertrain design and service issues in the vehicle
• Setting up Suspension testing rig and conducting tests to validate suspension design.
• Creating part drawing and assembly drawings of the vehicle on Autodesk Inventor 2014.
• Working on new product design and prototyping.

• Worked on a clean-tech start-up idea with a team of 4 to develop an ergonomically efficient flow-control device that can be retrofitted into existing systems and costs downwards of $100, to tap into an estimated $9bn.
• Developed a business model to show the energy saving potential to be accrued if product is implemented.
• Designed the device components and valves on Solidworks and validating the design using ANSYS FLUENT.
• Adjudged in top 30 startup ideas at the Duke Start-Up Challenge 2013-14.

IN

• Worked to model as well as carry out the CFD a analysis of a slender body geometry using commercially available code through softwares (such as ICEM-CFD 14.0, ANSYS FLUENT and CFD Post) and validate using wind tunnel.
• Applied principles of Modeling, Aerodynamics, Computational Fluid Dynamics and Finite Element Analysis over the course of the project.
• Carried out steady state simulation of the model over more than 100,000 iterations for different orientations of the slender body with Mach number = 1.6 and 2.
• Successfully validated results against data obtained from wind-tunnel experiments carried out by DRDO.
• In addition, obtained a Certificate of Merit from DRDO as well as maximum credits from the project evaluators.

Pune, Maharashtra, IN

• Studied the engineering design considerations and detailed heat transfer calculations that go into the design of an industrial boiler and auxiliary machinery i.e 2-stage and 3-stage burners that initiate combustion in.
• Studied and recorded the manufacturing process involved right from the procurement of raw materials to the packaging of the industrial boilers, steam traps and other steam engineering solutions from Forbes Marshall.
• Actively observed how inventory is controlled and monitored as well as how orders are dispatched and delivered.
• Learned concepts of C2C and supply chain management and Enterprise Resource Planning software related to managing the supply chain of a manufacturing unit.

• Team Octane Racing was College of Engineering, Pune's official entry into the Supra SAE competition conducted in July 2011. It is a national-level event organized by the Society of Automotive Engineers where top.
• Worked on the Aerodynamics of the car to optimize drag and lift forces in order to maximize downforce and improve the traction and cornering speeds of the vehicle.
• Used FLUENT and FoilSim to model the wings and nose.
• Fabrication of the wing and nose cone using Fiber Reinforced Plastics (FRP).As Finance Head, I was responsible for:- Budgeting- Designing and Printing Brochures- Creating Sponsor Interest - Bringing in Sponsorship.

Master Of Engineering (Meng), Mechanical Engineering

Credential Of Readiness

Bachelor Of Technology (Btech), Mechanical Engineering

High School Diploma, Science Stream