AY1516 T2 Team CommuteThere Overview

From Analytics Practicum
Revision as of 01:16, 22 February 2016 by Jaclyn.lim.2012 (talk | contribs) (Created page with "<center> 500px </center> <!------- Main Navigation Bar----> <center> {| style="background-color:#ffffff ; margin: 3px 10px 3px 10px; width="80%"...")
(diff) ← Older revision | Latest revision (diff) | Newer revision → (diff)
Jump to navigation Jump to search

Commutetherelogo.png

HOME

PROJECT OVERVIEW

PROJECT MANAGEMENT

DOCUMENTATION

ANALYSIS & FINDINGS

Overview

Review of Previous Work

About Stakeholders

Data

Methodology

About the Project

The concept of new towns dates back to the late 1800s where the cities in UK became more crowded with poor living conditions. In 1898, Ebenezer Howard provide ideas on how we can improve our quality of life by imagining “garden cities” being surrounded by a “country belt” which was known as the “new towns movement” (Little, 1990)


In Singapore, new town planning is done by the Housing and Development Board (HDB). Queenstown was the first new town to be built when the new town concept was first introduced in Singapore. Currently, there are a total of 22 new towns in Singapore. These new towns have three key features which include high accessibility to public transportation, mixed land use and lots of greenery within the town.


Out of these new towns, Tampines is known to be the most outstanding and well-planned new town in Singapore. Built in the 1970s, Tampines new town has since developed into an institutional, social, recreational and commercial hub of the eastern part of Singapore. Its new town model has even won an award for its outstanding housing design and contribution to human settlement development. Now, it is home to over 200,000 people with a population density of 47,000 people/km.


As the population size grows, transportation improves incredibly to accommodate the growing number of ridership. However, it is questionable whether the convenience of readily available transportation is being taken advantage of, thereby compromising walkability within the town. Walkability reflects on the liveability of the town where people can walk on the streets feeling safe; where the ambience is soothing to the eyes of the people; where the safety of the pedestrians are not compromised with the traffic conditions.


Some may argue that the hot and humid weather conditions in Singapore influence the decision to take the public transport than to walk. However, taking walkability from another perspective, is the great availability of transportation influencing decisions to walk where people are getting more complacent and lazier? With the amalgamation of ez-link data provided by LARC and various geographic shapefiles available online, we will analyze the commuters’ behaviour and justify if the hypothesis holds true.


After which, a particular neighbourhood in Tampines will be selected based on the results of the ez-link data analysis. We would then conduct a more in-depth walkability analysis on the neighbourhood and provide recommendations on how we can transform the neighbourhood into a more walkable area. Thus, the main aim of this project is to assess the walkability in Tampines.

Aim & Objectives

The main aim of this project is to assess the walkability of a neighbourhood in Tampines. There are two parts to this project. The first part of the project involves analyzing the commuting patterns in Tampines using ez-link data. From there, we will identify a particular neighbourhood in Tampines to do a more in-depth walkability analysis on it which will form the second part of this project.

The objectives of our project are:

Part 1: Identify Commuter Patterns

  • To understand the demographics of the residents in Tampines
  • To analyze the commuting patterns in Tampines
  • To highlight areas where the time taken to travel by bus is longer than walking
  • To identify a particular area in Tampines for further analysis in the second part of the project
  • Part 2: Identify Gaps in Infrastructure
  • To understand if the current physical infrastructures cater to the needs of the residents (based on demographics)
  • To analyze the connectivity of the selected residential area to the points of interests
  • To highlight areas in the selected residential area that are less accessible and propose recommendations to improve walkability