The document provides an overview of the scope of services for engineering consultancy on an infrastructure project involving housing, commercial, and industrial developments. The services include master planning, preliminary and detailed engineering design for earthworks, roads, drainage, water supply, and sewerage. The scope also involves construction supervision, completion certificates, and defect liability periods. The master planning stage will provide technical inputs and cost estimates. The detailed design phase will include civil engineering works for earthworks, roads, detention ponds, water tanks, sewerage treatment plants, and power/telecom utilities.

1. Consulting Engineers, Project Managers,
Transport & Town Planners and
Environmentalists
3 DECEMBER 2022 | Ir. ZARINA MOHAMAD ALI
UiTM FKA TALK ON ECC584 – INTEGRATED DESIGN
PROJECT (IDP):
CONCEPTUAL PLANNING, DETAILED DESIGN,
CONSTRUCTION AND CCC FOR MAIN
INFRASTRUCTURE WORKS

2. CONTENTS
1. Introduction
2. Scope of Services
• Part 1 – Masterplan
• Part 2 – Implementation Works

3. INTRODUCTION
The general scope of engineering consultancy services, for development of
Housing, Commercial, Industrial properties involving earthworks, roads,
drainage, sewerage and water supply, include:
• Pre-feasibility and Feasibility Studies
• Master Planning Stage Inputs and Cost Estimation
• Preliminary Engineering Design
• Detailed Engineering Design
• Preparation of Project Specification and Bill of Quantities
• Tendering and Tender Management
[cont]

4. SCOPE OF SERVICES
• Construction Supervision
• Certificate of Practical Completion (CPC) & Certificate of Compliance &
Completion (CCC)
• Defect Liability Period (DLP)

5. SCOPE OF SERVICES
Main infrastructure works undertake where required the planning stage and detailed engineering
submissions for earthworks, drainage, water supply, sewerage, power supply, telecommunication system
to the relevant agencies or utility providers.
PART 1 - MASTERPLAN
PART 2- IMPLEMETATION STAGE
ESCP
INGRESS/ EGRESS
DETENTIONPOND WATER TANK
SEWERAGE
TREATMENT
PLANT
POWER SUPPLY &
TELCO

6. PART 1 : MASTERPLAN

7. MASTERPLAN – PLANNING SUBMISSION
• The scope of services to be provided by Consultant for C&S and M&E
inputs to enable the appointed Planner to prepare a Masterplan for the
entire development.
• To provide technical & land requirements for internal road, building
platform, drainage, water supply, sewerage and power supply.
• To study on the proposed access route to the project site. However, the
technical advice and guidance on capacity and the adequacy of such
accesses to serve the proposed development shall be provided by TIA
Consultant.
• Preliminary Layout Plan – proposed suitable location for STP, Water
Supply facilities, power supply ( PMU/PPU) and Detention Pond for
planning submission.
• Estimated Cost & Work Programme

8. MASTERPLAN – PLANNING SUBMISSION
• The scope of Consultant’s Services during Master Planning Stage shall
be excluded the following:
1. Traffic Impact Assessment (TIA) Study
2. Road Safety Audit (RSA)
3. Environmental Impact Assessment (EIA)
4. Services normally performed by a Planner or Architect including
preparing the development proposal and other planning submission
documents for project planning approval.

9. SAMPLE PLANNING APPROVAL
been approved on 14th July 2022
Kelulusan Kebenaran Merancang (KM) that has
(MPSJ.JPB.BP1.600-1/2/12 Jilid 2 (33)

10. PART 2 : IMPLEMENTATION WORKS

11. DETAILED DESIGN WORKS
 Civil 3D Software
 Earthworks
 Road Design
 Utilities (Drainage, Water Supply & Sewer Line)

12. EARTHWORKS

13. ENGINEERING DESIGN – EARTHWORKS
- Based on S.I data - Ground Improvement
- Establish proposed platform levels best suited with the adjacent
surrounding levels and the 100 years Flood Level.
- To provide cut/fill volume
- Retaining structures (if required)
Input Data:
o Topographical Survey Drawings byApproved Licensed Surveyor
o Underground Utilities Detection(UUD)
o Planning /Architectural Layout Plan
o Soil Investigation Works
o JPS – 100years Flood Level
o As-Built drawings of existing development (if any)

14. SAMPLE EARTHWORK

15. SAMPLE EARTHWORK

16. SAMPLE RETAINING WALL

17. ROADWORK

18. ENGINEERING DESIGN – ROADWORKS
- Design preliminary road formation levels taking into consideration the
adjacent earthwork platforms.
- Establish carriageway widths for different categories of roads to suit
the requirements of the relevant Authorities and the project.
- Design of New Pavement includes:
- The design of flexible pavement shall be based on the following
documents:

19. ENGINEERING DESIGN – ROADWORKS
- Arahan Teknik (Jalan) 5/85 (Pindaan 2013), Manual for the Structure Design of Flexib
Pavement, published by JKR.
- JKR Standard Specifications for Road Works (Section 4: Flexible Pavement),
JKR/SPJ/2008-S4.
- Arahan Teknik (Jalan) ATJ 2A-85 (2019) - Standard Traffic Sign.
- Arahan Teknik (Jalan) ATJ 2B-85 (2019) - Standard Traffic Sign & Application
- Arahan Teknik (Jalan) ATJ 2D-85 - Road Marking & Delineation.
- Arahan Teknik (Jalan) ATJ 2E-85 - Guide Signs Design & Application

20. ENGINEERING DESIGN – ROADWORKS
- Arahan Teknik (Jalan) ATJ 8-86 - Geometric Design
- Arahan Teknik (Jalan) ATJ 11-87 Design at grade intersection

21. SAMPLE OVERALL ROAD LAYOUT PLAN

22. SAMPLE ROADWARKS

23. DETENTION POND
STORMWATER DRAINAGE

24. ENGINEERING DESIGN – STORMWATER DRAINAGE
- Review the existing drainage system and identify the main outlet for
discharge point.
- Prepare preliminary layout of the proposed drainage system based on
requirements set by MSMA 2nd Edition & the relevant Authorities.
- Identify the outlet discharge point and detention pond location based
on strategic location at development area for easy maintenance
purposes.

25. ENGINEERING DESIGN – STORMWATER DRAINAGE
- Design Standard:
1. Urban Stormwater Management Manual (MSMA) 2nd
Edition by JPS
2. Garis Panduan JPS – Pembangunan Yang Melibatkan
Sungai dan Rizab Sungai
3. Guidelines for Road Drainage Design – by Road
Engineering Association of Malaysia (REAM)

26. SAMPLE POND & DRAINAGE

27. SAMPLE ROAD AND DRAINAGE DESIGN

28. WATER TANK &
EXTERNAL WATER
SUPPLY

29. ENGINEERING DESIGN – WATER TANK & WATER SUPPLY
- Review all available data and collection of any additional data from
field inspection and authority.
- Estimate water demand based on proposed development needs /
population.
- Identify the incoming water pipe route.
- Confirm source of supply, tapping point/s and available pressure upon
obtaining Development Order (DO) approval from Water Authority.

30. ENGINEERING DESIGN – WATER TANK & WATER SUPPLY
- Design Standard and Guidelines includes:
The design adopted shall conform to the following requirement and
standard:
1. Uniform Technical Guidelines Water Reticulation and Plumbing, 2018
issued by Suruhanjaya Perkhidmatan Air Negara (SPAN), Malaysia.
2. MWA Design Criteria & Standards for Water Supply

31. GUIDELINES OF WATER SOURCE APPLICATION
Pre-consultation with local authorities to get further assistant and relevant information for the
Master Plan approval:

32. DESIGN CRITERIA

33. DESIGN CRITERIA

34. CAPITAL CONTRIBUTION (SKP)
7,506,552.27 1,351,179.41

35. SAMPLE TAPPING WORKS

36. SAMPLE BULK METER

37. FINAL INSPECTION BY AUTHORITIES

38. COMPLETED
WORKS

39. COMPLETED WORKS – Housing Development at Kota Puteri

40. COMPLETED WORKS – Petronas Leadership Centre, Bangi

41. Engineering Excellence
Minconsult Sdn Bhd @minconsult
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