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Research Methodology - Introduction by Dr. S.N. Sridhara, Principal/Director, KSSEM, Bangalore [email protected] Research Methodology - Introduction 1

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  1. 1. Research Methodology - Introduction by Dr. S.N. Sridhara, Principal/Director, KSSEM, Bangalore [email protected] Research Methodology - Introduction 1
  2. 2. Objectives of this FDP To motivate faculty to take up research and inculcate the research attitude in them To train faculty to carry out research in scientific and systematic manner To expose the faculty to the finer details of research methodology tools Research Methodology - Introduction 2
  3. 3. Topics Research Motivation and Planning Literature Survey and defining the problem Technical Writing skills Research Ethics Research Methodology - Introduction 3
  4. 4. Why a Faculty should take up Research Opportunity to widen the knowledge base Sharpening of learning skills Opportunity to publish research papers Opportunity to take financial grant for research projects Earn more through consultancy projects Research Methodology - Introduction 4
  5. 5. Research Research is a structured systematic study carried out through acceptable Scientific Methodology to solve problems that results in verifiable, valuable and valid proposals Research may lead to new Theory, Proposal, Correlation, Design or Method or even a new Product Research Methodology - Introduction 5
  6. 6. What is the Research Methodology Research Methodology is a process of defining means and ways of carrying out research by following scientific methods Research may lead to new Theory, Proposal, Correlation, Design or Method or even a new Product Research Methodology - Introduction 6
  7. 7. Why follow Research Methodology? Research does not begin with the results!!! Identification of needs Creation of ideas Formalization of ideas Testing Dissemination Refinement Research Methodology - Introduction 7
  8. 8. Classification of Research in Engineering Field Research Methodology - Introduction 8 Based on Application: 1. Pure (Basic)Research, 2. Applied Research Pure Research involves developing and/or testing new theories, models, designs and correlation that may or may not have immediate application but of immense importance from the point of view of development of knowledge base in fundamental aspects. Examples: New theory annex added to electromagnetic wave theory, Development of analytical procedure to solve a highly complex mathematical model, Contribution to number theory etc.,
  9. 9. Classification of Research in Engineering Field Research Methodology - Introduction 9 Applied Research refers to research carried out to derive a methodology, model, design or analysis for problems that have immediate application. In case of applied research, the the immediate application of anticipated solution dictates the problem for the research. Examples: 1.Improvising the atomizer performance for application in a combustor, 2.Developing a new efficient and compact instrumentation / model for wireless communication. 3. Developing a new methodology for a manufacturing process, Inventing new tools of management, 4. Analysing a process or event in the light of physics to explain the phenomena reported etc.,
  10. 10. Classification of Research in Engineering Field Research Methodology - Introduction 10 Based on Methodology: 1. Experimental, 2. Analytical 3. Numerical Experimental Research is associated with experimental investigation of a process or theme using appropriate tools. Examples: 1.Investigation of flow behaviour of a magnetic fluid in a magnetically resonated duct using appropriate instrumentation, 2. The performance evaluation of an internal combustion engine with different catalytic converters using required instrumentation, 3. Evolution and testing of a new strategy for product design as applied to specific class of products using the current trends in the market, etc.,
  11. 11. Classification of Research in Engineering Field Research Methodology - Introduction 11 Analytical Research is associated with the developments of models or solution to the problems using analytical tools. Examples: 1. Solution to a set of partial differential equations using error functions or any such new methods. 2. Development of an analytical tool to collect and analyse data during adoption of a new management strategy. 3. Evolution of new standards and practices for efficient product design procedure.
  12. 12. Classification of Research in Engineering Field Research Methodology - Introduction 12 Numerical Research is associated with the solution obtained for a practical problem using numerical tools. New numerical tools and procedures may be evolved during this process or the available commercial numerical analysis based software may be used to solve the problem. Examples: 1. Numerical investigation of flow of a non-newtonian fluid through a pin-hole orifice using a commercial software. 2. Development of a numerical tool to predict the fluid flow behaviour in a hypersonic flow regime. 3. Evolution of a new tool for grading the customer satisfaction using mathematical, statistical and numerical methods.
  13. 13. Research Methodology - Mandatory Steps Research Methodology - Introduction 13 Finding a topic Problem specification State-of-the-art (literature review) Proposed approaches and their justification Tools and methods used Expected results and their significance Plan of activities, time table
  14. 14. Research methodology mandatory steps Finding a topic Worthwhile problem/question still unsolved Be able to solve it Not a toy problem, but not too big to finish Problem specification (literature review) State-of-the-art Proposed approaches and their justification Tools and methods used Expected results and their significance Plan of activities, time table Research Methodology - Introduction 14
  15. 15. Research methodology mandatory steps Finding a topic Problem specification Concise & unambiguous description of the problem to solve Requirements specification State-of-the-art (literature review) Proposed approaches and their justification Tools and methods used Expected results and their significance Plan of activities, time table Research Methodology - Introduction 15
  16. 16. Begin with broad questions Narrow Down, Focus in Focus on highly narrowed down questions Analyse in the focused arena Generalise the results using broad testing methodology 16 Research Methodology Research Methodology: Introduction : Dr. S.N. Sridhara
  17. 17. Research methodology mandatory steps Finding a topic Problem specification State-of-the-art (literature review) A MUST for proving the originality and value of your work Know whats already done Know who you should talk to Proposed approaches and their justification Tools and methods used Expected results and their significance Plan of activities, time table Research Methodology - Introduction 17
  18. 18. Research methodology mandatory steps Finding a topic Problem specification State-of-the-art (literature review) Proposed approaches and their justification How do you solve the problem Design phase: modeling, architecture, interfaces... Tools and methods used Expected results and their significance Plan of activities, time table Research Methodology - Introduction 18
  19. 19. Research methodology mandatory steps Finding a topic Problem specification State-of-the-art (literature review) Proposed approaches and their justification Tools and methods used What are you using for solving the problem Implementation phase: algorithms, data structure... Expected results and their significance Plan of activities, time table Research Methodology - Introduction 19
  20. 20. Research methodology mandatory steps Finding a topic Problem specification State-of-the-art (literature review) Proposed approaches and their justification Tools and methods used Expected results and their significance Addressed in the context of already existing work Evaluate your results (functional and non-functional points of view) Indicate the criteria Plan of activities, time table Research Methodology - Introduction 20
  21. 21. Research methodology mandatory steps Finding a topic Problem specification State-of-the-art (literature review) Proposed approaches and their justification Tools and methods used Expected results and their significance Plan of activities, time table Research Methodology - Introduction 21
  22. 22. 22Research Methodology - Introduction
  23. 23. Research Methodology - Introduction 23 Become a Champion
  24. 24. Research Methodology - Introduction 24 Thank You