Rohan Deep Chawla Email & Phone Number

Saginaw, Michigan, United States

Seymour, Indiana, United States

- Development and review of test plans with design and validation teams to validate new designs for vibration and durability testing of components- Correlated CAE simualtion models (using Ansys and FEM Tools) to test data to ensure robustness of the prediction performed from the simulation models- Working on the implementation of condition health.

Indiana

- Performed Experimental Modal impact and Modal shaker tests on components to determine system natural frequencies, shapes, and damping. - The responses at modal frequencies are also determined during engine operational conditions (ODS) (both at elevated and normal temperatures) to gauge its effect on the durability of the components. - Performed strain.

Coursework includes Rotordynamics, Applied Fast Fourier Transform and Elasticity

Stoughton, WI, USA

- Created random vibration PSD profiles from field measured data for comparison with existing vibration profiles and to test new products.- Performed random vibration PSD and Sine Sweep tests on single axis shaker to determine fatigue life of various components.- Supported durability tests to detect fracture and identify critical areas for Cummins.

Cincinnati, Ohio Area

Built the complete frame model to simulate stresses on the pod during operational conditions and then optimizing the sub-assemblies to reduce stresses on the frame.

Pune Area, India

- Executed reviews with cross-functional teams to identify potential NVH issues and suggest design recommendations. - Simplified the process of evaluating air-filters and muffler's structural design by identifying points of weak dynamic stiffness at critical modal frequencies using automation scripts developed in Visual Basic.- Developed a methodology for.

Pune Area, India

- Performed normal modes and frequency response analysis on different engine components to replicate its dynamic behavior for sound quality prediction.- Performed Panel contribution analysis on complete engine assemblies to determine which side of the engine is contibution more to higher SPL levels.- Analysis and optimization of Exhaust Muffler and.

Udacity Nanodegree Program Graduate, Self Driving Car Engineer

-Coded in C++ and Python to implement various algorithms such as Canny edge detection, Hough Transforms, Kalman Filters, Particle filter.

Master'S Degree, Mechanical Engineering, 3.90/4.00

Bachelor Of Technology (B.Tech.), Mechanical Engineering

Education record