Fresher in Automobile engineering from MITS Gwalior, and willing to start a career in the relevant field. I have a great interest in design and R&D.
This internship has been a good learning experience for me to know, how industries work and how the continuous flow of assembly lines is important in a company\'s overall efficiency, the process of procurement & logistics, and inventory management. I also get hands-on practice and experience about day to day activities of the plant. I achieved a good amount of knowledge here during my internship.
I along with my team build a small RC car (10 inches large)sized prototype of self driving vehicle whose main features was autonomous lane detection & allignment , obstacle detection, traffic light detection,autonomous turning and U-turn.
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CAD assembly of ATV buggy in solidworks
CAD assembly of Pump in solidworks
In this analysis I have evaluated pressure & velocity around an Airfoil in ANSYS workbench
this cad model is made in solidworks using weldments.
In this project I have done structural analysis on wheel hub of a vehicle by applying constraints and forces according to real life conditions and evaluating stresses and deformation.
this cad model is made in solidworks using surface modelling.
In this project I have done structural analysis on knuckle of a vehicle by applying constraints and forces according to real life conditions and evaluating stresses and deformation.
this cad model is made in solidworks using sheet metal.
In this project I have done modal analysis on a wing by applying constraints and different vibrational excitation according to real life conditions and evaluating deformation on different frequencies.
In this project I have done thermal analysis on solenoid body by applying real life boundary conditions and evaluating temperature at different parts of body.
In this project I have done CFD analysis through nozzle using ANSYS fluent and evaluating pressure and velocity at different cross section
In this project I have done thermal analysis on heating coil by applying real life boundary conditions, heat generation value and evaluating temperature at different parts of body.
In this project I have done thermal analysis on fin tube by applying boundary conditions and evaluating temperature at different parts of body.
In this project I have done thermal analysis on brake disk by applying real life boundary conditions and evaluating temperature at different parts of body.
this cad model is made in CATIA
this cad model is made in CATIA.
In this project I have done structural analysis on flywheel by applying constraints and angular velocity according to real life conditions and evaluating stresses and deformation.
In this project I have done eigen value buckling analysis on a crank shaft by applying constraints and different boundary conditions according to real life conditions and evaluating deformations.
In this project I have done modal analysis on a Audi bumper by applying constraints and different vibrational excitation according to real life conditions and evaluating deformation on different frequencies.
In this analysis a 2D gear set is used to evaluate force on rack through moment given on pinion gear and vice versa , deformation is also elavuated.
7.48 CGPA
81.20 %
82.34 %