Project Title:
Optimization of Additive Manufacturing Process for minimum build time and surface roughness
Description:
The thesis involves developing an algorithm and MATLAB program for optimizing build orientation and best slice thickness for getting minimum build time and average surface roughness in Additive Manufacturing Process.
Role: Research, Coding, Solid Modelling and Simulation
Skills: Solid modelling, MATLAB. Duration: August 2014 to June 2015
Project Title:
Mechanical Design & Fabrication of Autonomous Robot
Description:
The goal of the project was to fabricate an autonomous mobile robot with 3 degree of freedom able to pick an irregular shape object. The target and initial locations and the location of obstacle having given, it would reach target avoiding obstacle.
Role: Designing and Fabrication of the Robot Duration: June 2011 – April 2012.
Skills: Abstract Drawings, Mechanism Design, Manual Machining, Manual Drilling.
Project Title:
Analysis of an aircraft wing in Computational Fluid Dynamics (CFD)
Description:
Project included modeling, discretisation and simulation of aircraft wing and determining lift values for subsonic and supersonic airflow speeds
Role: Meshing and Analysis of Modelled Wing in ANSYS Duration: June 2011 – April 2012 (B. Tech IV yr)
Skills: CATIA, Ansys ICEM CFD, Ansys Fluent,
Project Name:
Development of Airlines Reservation System in C++
Description: The project was the development of a software application in C++ for management of database of an airline company and carry out reservation, cancellation, and enquiries. It involved concepts of Classes, File handling, Inheritance etc.
Role: Program Developer Duration: June 2006- April 2007
Skill: C++
M. Tech Seminars:
Dynamic Path Planning Algorithm
Description: The seminar presentation was on “Follow the Gap Method”, a real time path planning algorithm for an autonomous mobile robot/vehicle for obstacle avoidance.
Seven Eleven Japan - Supply Chain Management.
Description: The seminar included the explanation for the high success and efficiency of the supply chain of Seven Eleven Japan.
B. Tech Seminar:
Composite Materials
Description:
The seminar included a presentation on introduction of Composite Materials as a solution to efficiency, cost and energy crisis problems and description of their present share in world.