My PS-II Biodata form :D

SOFTWARES KNOWN:

Ansys v11.0

Pro-E Wildfire v4.0

AutoCAD 11

Matlab

Maple 9

C, C++

CNC Simulator

Adobe Photoshop CS3 v10.0

PROJECTS:

1) Study Oriented Project I (BITSC323) - Finite Element Method to solve Elliptic problems.

Skill set used- Matlab coding, ability to tackle higher order differential equations from different angles, ability to grasp new ideas in Mathematics and Classical mechanics.

The project was aimed at developing a matlab code to plot the solution curve for differential equations of different order. Finite element method was used to generalise the code and to reduce its size and processor requirement.

2) Study Oriented Project II (BITSC324) - Non-linear dynamics and Chaos.

Skill set used- Matlab coding, Maple coding, good understanding of- the working of mechanical systems, classical mechanics and route to chaos.

The project was aimed at earning a good understanding of how Chaos works in a basic mechanical system ( vehicle suspension) . The dynamical analysis of a thin plate was considered and the normal forms of non-linear differential equations were derived for general n-dimensional systems. Maple was used to develop symbolic computer programs for calculating the averaged and normal forms for these equations.

3)Practice School I (BITS C221)- 

A comprehensive study on the distribution of ground water in an around a river basin was carried out. Water was collected from different marked spots around  the basin and few variables like ground water levels, proximity to water bodies, salinity and conductivity of water were measured. The data collected was used to draw a map featuring all these variables. Mapping gave a deep understanding of how each of these variables were interdependent. The project was completed within 2 months.

4)Design of Machine Elements-

Structural Analysis of a bicycle shock absorber. Using standard modelling softwares (PROE and ANSYS) the structural integrity analysis of the spring and shaft of the shock absorber of a bicycle was carried out on a theoretical basis.

5) Design Assignments-

Designed roller type and needle bearing CAM as a part of Kinematics course. Designed and solved for different types and orientations of crank shaft mechanisms using PROE as a part of Dynamics of Machines and Vibrations Course.

EXTRACURRICULAR:

Travelling

Reading

Football

Chess

Represented the college Chess team for two simultaneous years (2006,2007), represented the college in two national level inter-college sports fests (Spree 06 , Spree07) during the period.

CAREER INTERESTS:

Computational fluid dynamics

Combustion system and air handling system modelling

Design and development of automobile parts

Through Practice School-II my main aim to get more practical exposure in the industrial level engineering. PS2 would give me an opportunity to witness the technological creativity and advancement  from the professional experts in the respective field. I have prepared to absorb all new ideas and thus to enrich my knowledge to achieve greater heights. I am trying to keep track of the latest softwares that would help me in this endeavour.