Thesis Project Work:
The thesis project involved development of a relationship between Design for Manufacturing/Assembly (DFMA) and Design for Disassembly (DFD) rules, and end-of-life recovery options and conditions. These relationships were incorporated into a computational tool. Further, the use of this tool was demonstrated by implementing on consumer products.

Client Project Work:
As a part of a work at CEDAR Lab, I worked with fellow researchers on a client project in order to develop design guidelines for attachment of various ballasts on different surface conditions. The scope of the project involved building a set up for conducting the tests sustaining the ballast load up to 1000 pounds. The tests were carried out for different surface combinations. A total of 900 tests were conducted to develop guidelines and draw conclusions about the attachments of ballasts on different locations and different surfaces.

The responsibilities involved grading assignments for undergraduate course, ME 312
(Manufacturing Processes and Their Application)

The work involved design and development of sheet metal cabinets and components, creating detailed CAD drawings and BOMs required for the manufacturing and assembly of the product. For the other two projects, the job responsibilities involved modifying designs to improve functionality, bring cost reduction, improve quality and meet client requirements.

The responsibilities involved supervising ninety one workers on the vehicle chassis assembly shop, identifying the quality issues observed during chassis assembly, coordinating the maintenance of machines with maintenance department.

As a intern I studied the manufacturing of various fuel injectors and functions of various departments. Wrote a detailed report on manufacturing of the injector and working of organization

 Develop design capabilities for North American, South American and European markets
 Work with German counterparts to develop sustainable design practices to implement in USA
 Implemented design standards and procedures to obtain ISO 9001/ TS 16949 certification for the production facility in Mexico
 Work closely with customers to design products with various application requirements and to improve manufacturability
 Review and enhance bearing designs to improve quality and cost effectiveness of a manufacturing facility
 5- phase project management for new product launches
 Conduct design reviews with sales, application engineers and current and potential customers

Masters in Mechanical Engineering, specializing in design and manufacturing.

Bachelors in the field of Mechanical Engineering.