Objective

Courses 

IIT Delhi                   2001-Dec2002                                                New Delhi, INDIA

•  First in the program consisting of 16 students.

• CGPA         8.723/10

^{Bachelor of Engineering in Mechanical Engineering}

Kakatiya University      1997-2001           Warangal, AP, India

• Third in the class of 60 in number.

• Percentage         77.47

M. Tech

• Computer Aided Design, Computer Aided Manufacturing, Computer Numerical Control, Finite Element Analysis
• Metal cutting, Metal Forming, Plastics and Composites, Foundry technology, Welding Technology, Industrial Inspection, Industrial Automation.

B. Tech

•  Tool Design, Machine Design, Thermal Science, Heat & Mass Transfer, Fluid Mechanics, Fluid Machinery, Engineering Mechanics, Strength Of Materials, Metallurgy, Material Science 

Application Packages

• U-Soft & Pro/E (Modeling, Machining, Mould Design and CMM)

• Catia (Solid Modeling, Surface Modeling, and Machining)

• I-DEAS (Modeling) & Ansys(Structural Analysis)

• NISA (Modeling and Static Analysis for Linear Problems)

• AutoCAD & Inventor

• C/C++, VC/C++ (elementary)

• VB 

·         Windows NT 4.0, Windows 2000

Projects done at Post graduate Level

June  2003 –Till Date        Vest Inc                            New Delhi, India

Project : Pressure-Flow Calculation in Hydraulic Manifolds

Team Size : 1

·         Pressure loss in the manifold due to friction, Bends, change in area of cross section, loss in vavles are considered using theoretical equations.

·         User will enter the input variable by directly clicking over the drawing. 

·         User interface will be made through Inventor API using Visual Basic.

April  2003 – May 2003          Vest Inc.                            New Delhi, India

Project : Quality Connection Check between cavities of Manifold

Client : PARKER, USA

Team Size : 1

·         Manifold Cavity details will be extracted from the data base.

·         Intersection between the cavities will be found by triangulating cavities and net list was prepared. 

·         By finding area of intersection between cavities, quality of connection was decided.

·         Programming was done using Visual Basic through Inventor API.

February 2003 – March 2003          Vest Inc.                            New Delhi, India

Project : Auto Dimensioning of Manifolds

Client : PARKER, USA

Team Size : 1

·         Manifold Cavity details will be extracted from the data base.

·         Depending on the face location of cavity center will be determined and the same will be automatically dimensioned.

·         Programming Has been done using Visual Basic through AutoDesk Inventor API.

AUTOMATIC INSPECTION PATH PLANNING FOR INSPECTING SIMPLE FEATURES ON CMM

• CAD drawings of a product, whose inspection has to be done, are the primary source of a planning system.

• The geometric features of the drawings are extracted to a file, which is useful for further processing by the automatic inspection path generator.

• A program in C is developed, to generate the inspection path.

• This program is capable of generating the probing points along with the probing vectors and the near optimum collision free probe path in a text file.

• This file is fed to the CMM, so that the features of the component are automatically inspected in the near optimum probe path.

• Finally these results are successfully compared with the traditional methods of measurement.

Minor Projects as part of Curriculum

• Injection Mould design for A/C regulating knob using Pro/E

• Static analysis for Gear in NISA

• Graphical Simulation of CNC program (G&M codes) using C program

BI-DIRECTIONAL SCHEDULING APPROACH IN SUPPLY CHAIN

• Bi-directional scheduling approach is integration of forward scheduling and backward scheduling.

• It considers due dates into consideration as well as shortest processing time as its criterion.

• This has been implied in the supply chain to show the effect of the scheduling in the supply chain. First, forward scheduling was implemented afterwards backward scheduling and finally bi-directional scheduling was implemented.

• Bi-directional scheduling gave minimum makespan.

• First in Essay writing during Intermediate Education

• Topped Second in Caroms during High-school education

• Runner-up in Ball Badminton intramurals during graduation

Dr. P. V. M. Rao

Assistant Professor,

Mechanical Engg. Dept,

IIT Delhi –110016

email: pvmrao@mech.iitd.ernet.in

Dr. D. Ravi Kumar

Assistant Professor,

Mechanical Engg. Dept,

IIT Delhi –110016.

email: dravi@mech.iitd.ernet.in

Dr. P.V.Rao

Associate Professor,

Mechanical Engg. Dept,

IIT Delhi-110016.

email: pvrao@mech.iitd.ernet.in