The document discusses plans for designing and planning the town of Kajang, Selangor, Malaysia in a sustainable way. It outlines principles for transportation, limiting parking, urban design, safety, landscaping and renewable energy. The goal is to guide the orderly development of Kajang while meeting current needs and preserving resources for future generations. Sustainable strategies include promoting public transit, cycling, green spaces and renewable resources to enhance quality of life while protecting the environment.

1. TASK 9

2. INTRODUCTION
 Urban planning is process concerned with
the control of the use of land and design
of the urban environment, including
transportation networks, to guide and
ensure the orderly development of
settlements and communities.
 A sustainable society meets the needs of
the present without sacrificing the ability
of future generations to meet their own
needs.

3.  Assigned to design and plan the town of
Kajang, Selangor. Kajang, is a town in the
eastern part of Selangor, Malaysia. It is the
district capital of Hulu Langat. The current
locational gravity of growth in Kajang
would be Sungai Chua. Kajang is
governed by the Majlis Perbandaran
Kajang

4. Quality development

5. Transportation
 Public transportation - enhance connective
network
 Integrated ticketing

6.  Promote cycling & walking - provide
pleasant and useful shortcuts routes to
local facilities

7.  Real time information – apps or gps
system

8. Environmental impact

10. Development access

13. E. Parking
 Limit car parking ≤ standard
 Provides parking for disabled persons
 Secure cycle parking
 lorry and motor cycle parking

14. Parking Design
i. Interlocking parking design
 maximize the size of openings at the surface to
maximize infiltration
 trees are incorporated in tree grates, rotated 45
degrees which able to gather rainwater at the
grates.

15. Vegetated parking system

16. ii. Automated parking design
 about 75 percent of the footprint than a
conventional parking structure
 significant amount of emissions are eliminated
 automated parking structures is structural steel
which has a high recycled materials content.

17. iii. Green roof parking system
 reduced storm water
control measures
 decreased maintenance/
restoration costs and the
opportunity for additional
uses

18. F. Urban Design Principles
 create green, sustainable places
 Compact, walkable places are the most
sustainable form of living.

19.  Designing away the need for cars has the triple
effect
-lowering our energy use
-reducing global warming emissions
-raising our quality of life in cities by increasing mobility
and convenience.

20. i. Links through spaces

21. ii. Wrapping the box

22. iii. Mixed building uses and car parking
 Access to facilities is more convenient.
 Travel-to-work congestion is minimised as this allows
potentially more journeys by bike or on foot.
 There is greater opportunity for social interaction
 Streets are generally more active at different times
of the day, bringing with it a greater feeling of
safety

23. iv. Public and private space
Legibility – A place that has a clear image and is easy
to understand. The main entrances to public and
other major buildings should be emphasised through
carefully designed streets, lighting, signage and
paving.

24. G. Context
 The design, location and function of buildings can
help reinforce the identity of routes and spaces
within the public
 Well-designed public spaces can help people find
their way around the city and provide informal
recreational space

26. Open space parks design
Residential open space

27. Central business district green spaces

28. H. Safety and Security
 shall provide sufficient
police stations, police posts,
police patrols
 Place the closed-circuit
television (CCTV)

29. Design or redesign principles
i. Lighting
To ensure the appropriate placement of
lighting to avoid shadows and glare which
might put pedestrians at risk
ii. Natural surveillance and sightlines;
To provide unimpeded sightlines
To encourage natural surveillance from
surrounding buildings and land uses.

30. iii. Signage;
 To provide adequate, easily legible signage to assist
pedestrians, particularly older people and people
with disabilities, to find their way safely.

31. iv. Building design;
 To reduce the risk of public buildings contributing to
crime or safety problems.
 For example, provide windows overlooking public
areas, avoid locating toilets, service areas and
ramps in isolated areas and avoid designing
features that create entrapment spaces.

32. vi. Management and maintenance.
 Promptly repair damage to public spaces to ensure
safety for all users and to reduce the risk of crime.
 Use imaginative solutions to overcome vandalism
problems, such as wallmurals painted by local street
artists and formalising informal pathways subject to
vandalism.

33. Landscape and
Biodiversity

34.  Do not develop the reserved forests like area in UKM

35.  Rebuild . Replant . Recover

36.  Green landscape in Kajang

37.  Garden for those have big yard at home

38. Renewable Energy

39.  Solar panel roof

40.  Wind Power at hilly area

41.  Wind Power collected in city.

42.  Hydro Power in small stream

43. Air Quality

44.  Increase usage of public transport

45.  Planting in City

46. Water Quality and Drainage

47.  Water treatment plant

48.  Rainwater harvesting system

49.  Drainage System (Tunnel)

50. Conclusion Authorities need to come up with sustainable plans
to make use of the resources available in the highly
populated areas
 Help to promote development in an area as well as
solve some of the problems that face urban areas
such as high population and sanitation problems.

51.  Enable correction of mistakes that had earlier being
made in the design of urban areas
 Environmental protection
 Sustainable infrastructure
 Health of a population
 Enough land to carry out agricultural activities