Coursework


Precision Engineering

  • Precision Machining and Micro Manufacturing*
  • Nanofabrication*
  • Compliant Mechanisms (M.I.T)*
  • Precision Engineering (M.I.T)*
  • Tribology- Principles and Applications*
  • Fabrication of Bulk Heterojunction Solar Cells*
  • Nanoscience & Nanotechnology*
  • Analytical/Numerical Modeling of Material Removal in Ceramics*
  • The Use of Acoustic Emission in the Machining of Ceramics*

Machine Design and Analysis 

  • Dynamics
  • Fluid Mechanics
  • Mechanism Analysis
  • Machine Design I
  • Machine Design II

Thermal and Thermodynamics

  • Thermodynamics I
  • Heat Transfer
  • Advance Thermal Design*
  • Advance Heat Transfer I-Conduction*
  • Advance Thermodynamics*
  • Design of Thermal Systems*


Engines & Automotive

  • Engine Design
  • Vehicle Structural Design
  • Internal Combustion Engines

Materials and Structures

  • Material Science 
  • Statics
  • Mechanics of Materials
  • Processes and Materials in Manufacturing
  • Engineering Fracture Mechanics*
  • Engineering Materials*
  • Fatigue of Engineering Materials*

* indicate graduate level courses



Sciences

  • Physics – Electricity and Light
  • General Physics
  • Physics – Mechanics and Heat
  • General Chemistry
  • Organic Chemistry

 

Mathematics

  • Differential Equation and Linear Algebra
  • Calculus I
  • Calculus II
  • Vector/Multivariate Calculus
  • Applied Numerical Methods*
  • Finite Element Method*

Computers, Electronics & Instrumentation

  • Control Systems
  • Instrumentation
  • Visual Basic
  • Circuit Analysis
  • Machines and Electronic Circuits

Economics & Statistics

  • Microeconomics
  • Macroeconomics
  • Engineering Economics for Mechanical Engineers
  • Design of Experiments and Regression Analysis*
  • Theory of Engineering Experiments*

General Education

  • Basic Writing Skills
  • World Religion
  • Theater
  • Drug Abuse
  • Personal Vocabulary Development
  • American History
  • Philosophy
  • Psychology
  • Sociology
  • Japanese Religion
  • Health and Wellness-Running



Related Coursework Practical Projects/Innovations


 Tribology; A Precision Engineering Approach – Analysis of Acoustic Emission (AE) signal to predict fracture/brittle behavior in ceramics (Spring ‘2009)


Tribology; A Precision Engineering Approach – Relationship between feed rate, depth of cut, surface roughness and tool wear in nanomanufacturing of ceramics (Spring ‘2009)


 Ductile Regime Machining of Ceramics- A Fracture Mechanics Point of View (Fall ‘2008) View Literature


Design of Thermal Systems – Designing of Heatsink for Printed Circuit Boards (PCB’s) using natural convection analytical model (MathCAD), CAD (SolidWorks) and CFD (Gambit & FLUENT) (Fall ‘2008) View Literature


Design of Thermal Systems – High Precision Picomotor Cooling Design with analytical model (MathCAD), CAD (SolidWorks) and CFD (Gambit & FLUENT) (Fall ‘2008) View Literature


Design and Fabrication of a Precision Lathe (Massachusetts Institute of Technology ‘2008)


Compliant suspension/flexure design – to eliminate vibration on a precision machining equipment         (Spring ‘2008) View Literature

Precision Engineering (Massachusetts Institute of Technology ‘2007)  View Literature

Design of Flexures and Compliant Mechanisms (Massachusetts Institute of Technology ‘2007)

 Micro/Nano-machining of ceramics (Silicon Carbide and Quartz) (Fall ‘2007)


 Lab-On-Chip – exploring the bottom-up approach in nanofabrication (Spring ‘2007) View Literature


Confocal Microscopy – exploring laser scanning microscopy techniques to characterize Nanocuts/nano-scratches (Spring 2007)View Literature


Vehicle Structures - redesigned and analyzed a suspension system for a Mitsubishi 3000GT (Fall ‘2005). View Literature View Literature


Senior Design Project - team member of a two-person team on electroforming of microstructures and software interfacing of an electroforming setup. Designed and fabricated the entire jig for an electroplating process (Fall ‘2005). View Literature


Engine Design - worked as a leader to modify a Mitsubishi 3000GT-VR4 road car to a race car. This project was completed in one year and I held responsibility over the entire technical section. Detail report available (Spring ‘2005).


Thermal Behavior of Electrical Wire Harness – creating analytical solution (MathCAD), modeling (Gambit) & Computational Fluid Dynamics (FLUENT) (Spring ‘2005)

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