COURSES AT IIT BOMBAY

 

Spring 2003

ME 408 Industrial Engineering and Operations Research II

HS 454 Principles of Management

ME 478 Management Principles and Practice

ME 666 Design of Heat-Exchange Equipment

ME 414 Advanced Automotive Engines - I

Fall 2002

ME 407 Industrial Engineering and Operations Research I

EN 601 Nonconventional Energy Sources

ME 663 Advanced Heat Transfer

HS 440 Industrial Economics

ME 495 Engineering Design Project

Spring 2002

ME 360 Power Plant Engineering

ME 352 Design Methodology

ME 348 Computer Aided Solutions

ME 338 Manufacturing Processes II

ME 326 Dynamics of Machines

ME 325 Kinematics of Machinery

ME 334 Experimental Engineering II

Fall 2001

ME 320 Refrigeration and Airconditioning

ME 309 Automatic Control

ME 331 Design of Machine Elements

ME 333 Manufacturing Processes I

ME 335 Introduction of Thermal Machines

ME 346 Heat Transfer II

EE 004 Introduction to Electircal Engineering II

EE 003 Electrical Lab

EE 005 Electronics Lab

Spring 2001

HS 202 Introduction to Philosophy

ME 214 Fluid Mechanics Lab

ME 212 Measurements Lab

ME 210 Heat Transfer

ME 204 Fluid Mechanics II

ME 202 Strength of Materials

MM 206 Introduction to Metallurgy

EE 002 Introduction to Electircal Engineering I

Fall 2000

HS 203 Introduction to Psychology

MA 203 Mathematics III

ME 201 Solid Mechanics

ME 203 Fluid Mechanics I

ME 215 Basic Thermodynamics

ME 208 Measurements

MM 211 Machine Drawing

ME 213 Manufacturing Practice Lab

 

 

RESEARCH AT IIT BOMBAY

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B. Tech Project (Senior Thesis)

    Design of Plastic Cooling Coils for Air Conditioning Applications: The project consisted of design, simulation, fabrication and testing of a novel low cost plastic heat exchanger using extremely thin plastic coils of 3 mm diameter for use in chilled water fan coil unit. Objectives of my work were improvement in heat transfer coefficients and reduction in pressure drop, cost and size of the heat exchanger by the use of very small diameter polypropylene tubes. The design, simulation and fabrication of the same was done with good results.

Seminar (Junior Thesis)

    Thermoelectric Refrigeration: In this project, extensive literature survey was done on the working and applications of Thermoelectric cooling technology. Based on this, various methods were suggested to improve the efficiency and performance of Thermoelectric refrigerators. Advantages and disadvantages of the same were compared with conventional refrigerators based on vapor compression cycles.