Presented by: Dr. R. Senthilkumar
Department: Biotechnology, School of Applied Sciences
Established under Section 2(f) of the UGC Act, 1956; approved by AICTE, COA, and BCI, New Delhi
Definition and Purpose of Research
Types of Research
Steps in the Research Process
Criteria for Good Research
Research Ethics:
Importance and Guidelines
Major Ethical Issues
Ethics Committees
Publication Ethics
Academic Integrity
Avoiding Plagiarism and Plagiarism Detection Tools
Intellectual Property Rights and Copyright Issues
Identification and Formulation of Research Problems
Defined as a careful investigation aimed at discovering new facts in any branch of knowledge.
Redman and Mory: "Research is a systematic effort to gain new knowledge."
Reasons for conducting research include:
Pursuit of a research degree with related benefits
Facing challenges in solving unresolved problems
Gaining intellectual joy from creative work
Serving society and gaining respectability
Meeting governmental directives and employment conditions
Validating intuition and improving methods
Responding to job demands and opportunities for publication or patenting.
Based on an innovative idea
Influenced by personal experience
Backed by extensive reading
Emphasis on originality
A comprehensive plan outlining:
Information sources relevant to the research problem
Strategies for data gathering and analysis
Time and budget constraints, as these influence research feasibility.
Systematic: All steps are interrelated.
Logical: Consistent with logic principles.
Empirical: Based on observable evidence.
Objective: Addresses research questions accurately.
Replicable: Capable of being reproduced.
Transmittable: Easily communicated.
Involves Quality Control: Focused on accurate measurements.
Keep objectives simple; complexity adds difficulty.
Utilize resources such as senior colleagues and experienced researchers for guidance.
Validate originality by investigating existing literature
Analyze articles and references
Identify gaps and obsolete measurements
Formulate study objectives.
Choose a subject
Conduct a literature survey
Define and formulate specific objectives
Prepare a synopsis
Procure suitable materials/applications
Design experimental setup
Conduct preliminary experiments
Execute the project with accurate data collection
Analyze data and address errors
Hypothesis testing
Present results and discussion
Generalize, interpret, and draw conclusions
Prepare the project report or thesis.
Identify a general problem/question
Conduct a literature review
Specify questions/hypotheses
Determine methodology/design
Collect data
Analyze/present data
Interpret findings.
Identify suitable journals and obtain author instructions
Structure the article with appropriate sections (Title, Abstract, Introduction, etc.) ensuring clarity and cohesiveness.
Ensure all authors contributed significantly to the study.
Avoid plagiarism, adhere to ethical research practices.
Include:
Introduction and statement of the problem
Review of relevant literature
Statement of hypothesis/objectives
Description of research design and methods
Error analysis
Results with presentations and discussions
Conclusions and implications
Future research suggestions and acknowledgments.
Application:
Pure Research: General theory formation
Applied Research: Problem-solving in real-world contexts
Inquiry Mode:
Quantitative: Numerical measurements
Qualitative: Understanding perceptions and experiences
Qualitative vs. Quantitative:
Qualitative focuses on understanding phenomena through participants' perspectives and involves researcher immersion.
Quantitative relies on measurement and statistical analysis, favoring detached observation and logic.
Mixed methods can offer a comprehensive approach leveraging both perspectives.
Plagiarism defined: Presenting someone else's work as one’s own.
Common forms include complete, copy-paste, word switch, and self-plagiarism.
Strategies to prevent plagiarism:
Proper citations and references
Use of paraphrasing
Employ anti-plagiarism software (e.g., Turnitin).
IPR encompasses rights related to creations of the mind.
Key types include copyright, patents, trademarks, and trade secrets.
Awareness of IPR laws and relevant treaties is crucial for compliance
Individual laws govern different intellectual protections in India.
Training in research ethics is vital for identifying potential misconduct and ethical dilemmas.
Continuous evaluation by Research Ethics Committees (RECs) is necessary for maintaining adherence to ethical standards.
Ensuring transparency aligns with the ethical responsibility towards all stakeholders in research.