The Investigative

Project

CONTENTS

1. Definition

2. Types

3. Steps

4. Time Table

5. Samples

DEFINITION

A planned undertaking in a particular field of science (biology, chemistry, physics, mathematics) or technology involving and calling for creative and critical thought and action

*Holographic Pattern Recognition

CONTENTS

DEFINITION

• An undertaking to apply certain scientific principles or ideas

* Electrical Power from Nuclear Fission / Fusion

* Energy from Hydrogen

CONTENTS

DEFINITION

• A research activity that aims to develop one’s ability to identify and determine possible solutions to a particular problem in one’s community or possible explanations of a particular phenomenon

*Anatomical Study of Oil Cells in Jatropha

* Oil Extraction from Janitor Fish

CONTENTS

TYPES

Three types1. Experimental Research

2. Observation Type

3. Survey Type

CONTENTS

TYPES

• Experimental Research– a method of research wherein the variable

can be controlled so that experimental factor is separated for measurement of its change

* Effect of Sunlight on the Growth of Molds

CONTENTS

TYPES

• Observation Type– A systematic and direct means of gathering

data by watching and recording various situations and conditions in conducting the study

* Height Changes of a Person in a 24-Hour Period

CONTENTS

TYPES

• Survey Type– A study attempt to interpret, analyze and

report the present condition of a thing or place

* Perception of Fourth Year Regular High School Students on the Effect of Wi-Fi Technology on their Studies

CONTENTS

STEPS

1. Identifying the Subject Area for Investigation

2. Selecting a Topic

3. Defining the Research Problems and Objectives

4. Formulating the Hypothesis

5. Conducting Experiments

6. Collecting and Recording Data

CONTENTS

STEPS

7. Analyzing and Interpreting Data

8. Drawing Conclusions

9. Giving Recommendations

CONTENTS

STEPS

1. Identifying the Subject Area for Investigation

a. Survey of Community Problems Interaction/interview with community officials,

residents Interview an ecologist about ecological problems

CONTENTSSTEPS

STEPS

1. Identifying the Subject Area for Investigation

b. Library Research• books, periodicals, magazines and newspapers can

provide problems for study as well as information on a particular subject of interest

CONTENTSSTEPS

STEPS

1. Identifying the Subject Area for Investigation

c. Use of Available Research Studies the listed recommendations of a study can provide

new research problems Experimental factors that were not well studied due to

lack of controls or variables Experimental procedure that needs some modification

CONTENTSSTEPS

STEPS

1. Identifying the Subject Area for Investigation

d. Other Sources Private corporations, government agencies, social and

professional organizations AV materials (maps, films, slides and recordings Internet

STEPS

2. Selecting a TopicConsider the following

1. your own interests and abilities

2. relevance of the topic to socio-economic growth or developmental needs of the country

3. your familiarity of the topic/personal interest in the topic

4. Topic is within your scope or level of knowledge

5. Time required to complete the project is reasonable

6. Expenses involved must be commensurate to the benefits of the expected results

7. Safety measures

CONTENTSSTEPS

STEPS

3. Defining the Research problem and Objectives

• Focus on a particular aspect of the topic in order to make a definite conclusion possible

• May be stated in the form of a question or a declarative statement

• Objective should be Specific, Measurable Attainable, Relevant & Time-bound

CONTENTSSTEPS

STEPS

4. Formulating the Hypothesis• Educated guess / an inference to explain

observed facts• The groundwork upon which the experiment is

based• Should mention the subject of the experiment,

the variable to be changed, the variable to be measured, and the expected results

CONTENTSSTEPS

STEPS

5. Conducting Experiments• Observation under controlled conditions• Involves controlling variables and determining

their effect• The main material used is called the

experimental unit. It may be subjected to different treatments according to the objectives

• Repetitions or replications of experimental procedure should be done to avoid error

CONTENTSSTEPS

STEPS

6. Collecting and Recording Data

CONTENTSSTEPS

STEPS

7. Analyzing and Interpreting Data

CONTENTSSTEPS

STEPS

8. Drawing Conclusions

CONTENTSSTEPS

STEPS

9. Giving Recommendations

CONTENTSSTEPS

TIME TABLE

Week No. Dates Requirement

1 July 17-21 Topic Proposals (3-5 topics per group)

2 July 24–28 Problem, Objectives (3-5) and Hypotheses(3-5)

3 July 31 – August 4

Related Literature (5-10) and Studies(3-5)

4 August 7 – 11

Methodology (Materials, Design, Construction, Testing

5 August 14 – 18

Phase 1 Report (Introduction, Related Literature, Methodology

CONTENTS

STATEMENT OF THE PROBLEM (States the main question being answered by the research and the sub questions that will also be answered in order to generate data or information that will to answer the main question.)

The purpose of this study is to design and construct a balloon-powered car that works on

the principle of Newton’s laws of motions and would run fast and cover a long distance.

In this study, the researchers sought the answers to the following questions:

What factors affect the maximum speed and displacement of a moving object?

What laws of motion must be considered in the design and construction of the

car?

What materials can be used in the construction of the balloon-powered car that

would run fast and cover a long distance?

• OBJECTIVES (It is constructed in consonance with the formulated problem.)

• With the desire to design and construct a balloon-powered car that works on the principles of Newton’s laws of motion and would run fast and cover long distance, the researchers will:

• identify the factors that would affect the speed and the maximum distance covered by the balloon-powered car.

• explain how Newton’s laws of motion are applied in the operation of the balloon-powered car.