Cat 2 Non Experimental Research Projects Day Competition 2009.

Slides:



Advertisements
Similar presentations
The Robert Gordon University School of Engineering Dr. Mohamed Amish
Advertisements

Carrying Out an Investigation in Science
Chapter 1 What is Science
Observation Notes Cornell Notes.
The phases of research Dimitra Hartas. The phases of research Identify a research topic Formulate the research questions (rationale) Review relevant studies.
Literature Review and Parts of Proposal
Introduction to Experimental Design
CRITICAL APPRAISAL OF SCIENTIFIC LITERATURE
RESEARCH IN MATH EDUCATION-3
A Science Fair Project Guide
Science & Technology: Chapter 1 Section 2
Literature Web - Full Form
What is Science? Observing Inferring Predicting Testing.
What is Science?. Observing Using one or more of your senses to gather information. –Senses: sight, hearing, touch, taste, and smell.
What Is Science? Think Like a Scientist Scientists use many different skills to learn more about the world. Observing Inferring PredictingClassifying Making.
SCIENTIFIC INQUIRY Cornell Notes.
LEVEL 3 I can identify differences and similarities or changes in different scientific ideas. I can suggest solutions to problems and build models to.
Unit: Science & Technology Lesson #3 Scientific Inquiry Essential Question: What is scientific inquiry? How do you design and conduct an experiment? What.
Jeopardy Vocab 1Scientific Method GraphsExperi- ment Vocab 2 Q $100 Q $200 Q $300 Q $400 Q $500 Q $100 Q $200 Q $300 Q $400 Q $500 Final Jeopardy.
Science Process Skills. Observe- using our senses to find out about objects, events, or living things. Classify- arranging or sorting objects, events,
 There isn’t a single scientific method, but there is a style of investigation that can be called scientific methodology.  There are 5 main parts that.
Scientific Methods and Terminology. Scientific methods are The most reliable means to ensure that experiments produce reliable information in response.
Science Process Skills Vocabulary 8/17/15. Predicting Forming an idea of an expected result. Based on inferences.
SCIENCE THE STUDY OF LIVING THINGS!. GROWTH VS DEVELOPMENT Growth is the process by which an organism becomes larger. Development is the process of change.
Copyright © Allyn & Bacon 2008 Intelligent Consumer Chapter 14 This multimedia product and its contents are protected under copyright law. The following.
Scientific Inquiry. SCIENTIFIC INQUIRY Refers to the diverse ways in which scientists investigate the natural world and propose explanations based on.
Characteristics of an Issue for Research Real world Multiple points of view Researchable and substantial information available Worthy topic and personal.
The Nature of Science and Technology Chapter 1: What is Science?
Scientific Cents. Making Observations Work with your partner Read the procedure carefully. Make a data table and a data chart to record your observations.
1.3 Scientific Thinking and Processes KEY CONCEPT Scientific Method Science is a way of thinking, questioning, and gathering evidence.
The Scientific Method ♫ A Way to Solve a Problem ♫ Created by Ms. Williams July, 2009.
Scientific Method Graphic Organizer Flip your YELLOW PACKET to PAGE 3.
Conducting Research in the Social Sciences (From: Individuals and Families: A Diverse Perspective (2010))
Scientific Method Review. Scientific Method Ask a Question: –state the purpose of what you are trying to figure out Form a Hypothesis: –a tentative explanation.
The population in a statistical study is the entire group of individuals about which we want information The population is the group we want to study.
To think like a Scientist… You must observe; using all 5 senses to describe the problem. Tools you can use are: microscopes, night vision goggles, telescopes,
+ EXPERIMENTAL INVESTIGATIONS An experimental investigation is one in which a control is identified. The variables are measured in an effort to gather.
Helpful hints for planning your Wednesday investigation.
The Scientific Method. The scientific method is the only scientific way accepted to back up a theory or idea. This is the method on which all research.
Scientific Inquiry. The Scientific Process Scientific Process = Scientific Inquiry.
Class Notes 2 The Scientific Method. I. The Scientific Method -an organized set of procedures that help scientists answer questions and solve problems.
Lesson 3 Scientific Inquiry.
Unit : Scientific inquiry Unit : Scientific inquiry.
Ask Question Begins with a question or problem about an observation. A Scientific question can be answered by making observations and gathering evidence.
Scientific Inquiry A Look at the processes that tell how Science is Done.
A Science Fair Project Guide
A method by which natural phenomena are explained
AN INTRODUCTION TO EDUCATIONAL RESEARCH.
INTRODUCTION TO RESEARCH PROJECT
Unit 12 Specialist study in creative media production
Experimental Design.
A Science Fair Project Guide
Introduction to Scientific Inquiry
SCIENTIFIC INQUIRY Life Science 1.3 Mrs. Senese.
Introduction to Scientific Inquiry
SCIENCE AND ENGINEERING PRACTICES
Like all science, biology is a process of inquiry.
The Scientific Method ♫A Way to Solve a Problem♫
A Science Fair Project Guide
Life Science Chapter 1 Review
Scientific Method DR. HERC.
A Science Fair Project Guide
Scientific Inquiry Ch1: Lesson 3
Designing an Experiment
Introduction State your research question, problem leading to the study and purpose for the study. Identify the research approach, participants and research.
1.1 Scientific Method.
Designing an Experiment
Part 1: Designing the Experiment My Question:
Thinking Like A Scientist
The Scientific Method involves a series of steps that are used to investigate or conduct an experiment.
Presentation transcript:

Cat 2 Non Experimental Research Projects Day Competition 2009

Quantitative Research STATEMENT OF PURPOSE AND HYPOTHESIS STATEMENT OF PURPOSE AND HYPOTHESIS –Briefly describe or define your topic. What do you want to find out? –State what you think will happen in a hypothesis. METHODOLOGY METHODOLOGY –How will you test your hypothesis? –Identify your samples, variables, design a questionnaire and/ or conduct interviews to collect data, code the data and decide the scope of measurement you think is appropriate for your study. –Identify your samples, variables, design a questionnaire and/ or conduct interviews to collect data, code the data and decide the scope of measurement you think is appropriate for your study.

ANALYSIS OF DATA AND IMPLICATION ANALYSIS OF DATA AND IMPLICATION –What did the data you collect indicate about what happened in your research project? –Include all data here in a simple text chart. –What did your chart and statistical analysis show? This is especially important with regard to your hypothesis. –What did your chart and statistical analysis show? This is especially important with regard to your hypothesis. SUMMARY AND CONCLUSION SUMMARY AND CONCLUSION –What did you find out? What does your analysis of data say in brief? –State whether you accepted or rejected your hypothesis. Why? –State whether you accepted or rejected your hypothesis. Why? APPLICATION APPLICATION –Utilize what you learned from your research in the world outside of the classroom. –How will your research findings help people solve problems or make your world a better place to live? –Or how could your findings be used to further explore your topic?

Qualitative Research Identify the issue or problem Identify the issue or problem –What is the issue or problem? –Who are the stakeholders and what are their positions? – What is your initial position on this issue? – What is your initial position on this issue? Read about the issue and identify points of view or arguments through information sources Read about the issue and identify points of view or arguments through information sources –What are your print sources? – What are your media sources? –What are your people sources? –What are your preliminary findings based on a review of existing sources? –What are your preliminary findings based on a review of existing sources?

Form a set of questions that can be answered by a specific set of data. Form a set of questions that can be answered by a specific set of data. There is no fixed number of research questions that you need to pose, although the questions posed will determine the kind of data that you need, hence influencing your data collection method(s). There is no fixed number of research questions that you need to pose, although the questions posed will determine the kind of data that you need, hence influencing your data collection method(s). –Examples: What would be the results of ___________? –Who would benefit and by how much? –Who would be harmed and by how much? –How does the phenomenon happen? –Why does the phenomenon happen? –Why does the phenomenon happen?

Gather evidence through research techniques such as interviews, observations, case studies Gather evidence through research techniques such as interviews, observations, case studies –Which research technique is most suitable for exploring this set of data? –What interview questions should you ask? – What observations should you make? –Which cases should you study? –Which cases should you study?

Manipulate and transform data (coding) so that it can be interpreted Manipulate and transform data (coding) so that it can be interpreted –How can you summarize what you found out? –Should you develop charts, diagrams or graphs to represent your data? –Can you classify the data into themes/categories? –Can you classify the data into themes/categories? Draw conclusions and make inferences Draw conclusions and make inferences –What do the data mean? –How can you interpret what you found out? –How do the data support your original point of view? –Do you need to modify your original point of view? –Are you able to use academic theories to explain the data? –How does it support other points of view? –What conclusion(s) can you make about the issue? –What conclusion(s) can you make about the issue?

Determine implications and consequences Determine implications and consequences –What are the consequences of following the point of view that you support? –Do you know enough or are there now new questions to be answered? –What new conclusion (s) can you form from further investigation? –What new conclusion (s) can you form from further investigation? Communicate the findings Communicate the findings –What are your purpose, issue and point of view and how will you explain them to your intended audience? –What data will you use to support your point of view? – How will you conclude your presentation?

Timeline

ORAL PRESENTATION DELIVERY / EYE CONTACT ORGANISATION OF CONTENT QUESTION & ANSWER

RESEARCH PROCESS ADDRESSES TOPIC Purpose of the study. Research statement, problem and/or question. Originality and creativity of the research idea Appropriateness of scale of study. Methodology Literature review Bibliography What is new this year? Prelim round requirements

Rubrics Semi Final Semi Final Semi Final Semi Final Final Final Final