SUBJECT NAME |
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GIS APPLICATION IN REAL ESTATE |
SUBJECT CODE |
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SGP5923 |
CREDIT |
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3 |
LECTURER |
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ASSOC. PROF. DR. ABDUL HAMID HJ. MAR IMAN |
CONTACT NUMBER |
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07-5530621, 019-7894547 |
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SYNOPSIS
Geograpahic information system (GIS) is part of the study of real estate as a larger discipline. It deals with some specific aspects of the use of information technology in real estate analyses, particularly the use of computer for information management to facilitate better decision-making, which can potentially influence the property business.
There are so many elements of the real estate analyses that are involved in real estate decision-making pertaining to property development, appraisal or valuation, real estate marketing, property management, and real estate investment. These elements are so complex and need an integrated analysis tool that can simultaneously deal with spatial and non-spatial elements. GIS is the appropriate tool can fulfill this function.
The knowledge gained from this course should be able to be applied to the property market especially on how information system is used to help decision-making pertaining to certain real estate problems. In this context, students are required to submit compulsory assignments whereby they will be provided with the background of some selected problems and work out the solutions individually or in group.
It is hoped that this course will be able to broaden students' knowledge in the real estate information system. I am more than happy to share ideas with you to improve the content of this course.
Objectives
This subject has the following objectives:
▪ To provide a subject curriculum that can give students the basic understanding of some fundamental
aspects of Geographic Information System (GIS) and its application in real estate.
▪ To provide teaching and learning process that enables development of skills and technical
competence in the use of GIS for real estate problem-solving critically, logically, creatively and
analytically based on sound facts and ideas.
▪ To develop student's communication skills in imparting knowledge and information among peers
with respect to the use of GIS as a decision-making tool in real estate analysis.
▪ To instil responsibility and accountability among students with respect to their duties through
lectures and coursework activities.
Subject Learning Outcomes
Intended Learning Outcomes |
Teaching and Learning Methods |
Assessment |
(a)Technical Knowledge and Competencies |
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LO1. Knowledge in the principles of GIS |
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Understand the principles of GIS
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Lectures, directed reading, group presentation |
Examination, group assignment, seminar presentation
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LO2. Ability to use techniques and demonstrate skills in using GIS for real estate analyses |
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Be able to apply GIS to appropriate real estate issues |
Lectures, assignments |
Examination, assignment reports
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LO3. Ability to identify, formulate, plan, analyse and solve real estate related problems |
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Be able to carry out research activities related to some defined real estate problems and evaluate the use of GIS for solving the problems |
Group projects, problem-based learning |
Written reports of group projects, individual assignments. |
(b) Generic Skills |
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LO4. Ability to communicate effectively |
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Excellent communication skills |
Class discussions, group presentation |
Oral presentations
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Ability to utilise communication tools effectively |
Lectures, group projects, independent research |
Written assignments, oral presentations
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LO5. Ability to show ethics related skill cautiousness |
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Ability to practice good ethics and positive values in the day-to-day work of GIS use in real estate analyses
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Group projects, individual assignments |
Merit and demerit in oral presentations, written assignments
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LO6. Ability to function effectively in a team |
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Ability to work collaboratively as part of a team undertaking a range of different team roles |
Tutorials, group assignments |
Group reports |
LO7. Ability to perpetually seek and acquire contemporary knowledge |
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Ability to learn independently and understand new concepts of GIS use in real estate problems |
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Ability to develop and implement personal plan of work to meet a deadline as well as able to work in a multidiscipline environment. |
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Mapping of Subject Learning Outcomes
Code |
Course |
LO1 |
LO2 |
LO3 |
LO4 |
LO5 |
LO6 |
LO7 |
SGP5923 |
GIS Application in Real Estate |
a |
a |
a |
1 |
2 |
1 |
- |
Key: Technical Skills: a = major contribution to outcome; b = moderate contribution to outcome; c = minor contribution to outcome. Generic Skills: 1 = Substantial (with assessment); 2 = not substantial (introduce); - = not relevant
Assessment of Subject's Learning Outcomes
The assessment of this subject comprises final examination, test, tutorial activities, and student's presentation.
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The long assignment should be developed from a selected topic of your own. Student can choose various GIS applications in real estate such as database development, data integration, and spatial analyses. The topic you choose should have a focus indicating what you want to address, why, and how. The problem must be addressed using empirical evidence, which means, collection and analysis of real world data. Students may be required to give a presentation of their assignments towards the end of the semester.
Examples of GIS application in real estate:
1. Combining JPPH's property and sales information with parcel's cadastral information
2. Creating GIS-based information of location plan and site plan for a particular property development
project
3. Using GIS to analyse site suitability of a particular property project
Students are expected to consult the lecturer before commencing their tasks. This is to ensure that they clearly understand the nature of the selected problem, the method of investigation including the data to use, and the method of analysis. At the end of the analysis, students are expected to derive relevant conclusions of their studies. An offer for solutions to the problem being investigated will be an advantage in terms of marks. Submission bearing the essential features of a technical report is compulsory, BUT...BEWARE, the assignment is not a thesis and, therefore, no student should submit a bulky report and feels being burdened with another final year thesis!
The long assignment MUST BE submitted one week before the final examination. A penalty system is used to mark late submission. No submission will be accepted after the final day of examination week. The short assignment MUST BE submitted during the first week of the second part of semester break. A two-or three-day late submission after the last day of that week is accepted. However, again a penalty system is used to mark submission later than that.
The final examination will be a two-part paper. Part A contains multi-structured questions and students are required to answer ALL 20 questions in no more than 40 minutes. Part B contains calculation-based and short essay questions. From this part, students are required to attempt FOUR out of normally eight questions. Each question in this part is allocated 20 minutes.
LECTURE PLAN
lecture |
topic |
remarks |
Lecture 1
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1 introduction to GIS
What is GIS The Need for GIS GIS and Other Information Systems Some GIS Applications Benefits of GIS |
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Lecture 2 |
2 gis components & functions
Basic Components GIS Sub-Systems
Other Views of GIS Components/Functions
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Lecture 3
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3 introduction to spatial analysis
The Four Fundamentals Functions - Reclassification - Overlay operation - Distance & connectivity measurement - Neighbourhood characterisation Other View of GIS Functions - Selection - Manipulation - Exploration - Confirmation |
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Lecture 4 |
4 attribute data component
Concept of database Structured Query Language Benefits of a database |
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Lecture 5
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5 spatial data component
Categories of data format Raster data model Vector data model Pros and cons of data model |
MID-TERM TEST |
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Lecture 6
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6 gis data and sources
Nature of Geographic Data Concept of spatial data GIS Data Sources Query of Database and Graphics Spatial Components from Maps and Plans Data Acquisition Data Quality |
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Lecture 7
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7 data integration
Concept Purpose of Data Integration Integration Option and Procedure Database Updating |
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Lecture 8
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8 using gis software
Types of GIS Software Some Considerations in Selection Introduction to ArcView |
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Lecture 9 |
9 starting your gis projecT |
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Lecture 10
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10 case studies OF GIS APPLICATION
Site Suitability Analysis Parking Supply and Demand Analysis Spatial Prediction of Property Prices |
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references
Wyatt, P. and Ralphs, M. (2003). GIS in Land and Property Management. London & New York: Spon Press.
Anon (1999). GIS Guidelines for Assessors, 2nd. ed. Chicago: URISA and IAAO.
ESRI (2005). ArcInfo User's Guide. Redlands: Californina. ESRI Publication.