BFC 43303 Integrated Design Project (IDP)
description
Transcript of BFC 43303 Integrated Design Project (IDP)
HB Koh, 20 February 2012
BFC 43303Integrated Design Project
(IDP)
Faculty of Civil and Environmental Engineering
Semester 1, Session 2013/2014
HB Koh, 20 February 2012
Outline
• Introduction to IDP• Why IDP? / Aims & Objectives/Learning
Outcomes of IDP• Lecture plan (RPP) & Method of Implementation/
assessments• Types of project development & local
authorities/departments • Tasks of design engineer in the C&S consulting
firm• Professional engineer• Schedule of work/project
HB Koh, 20 February 2012
Introduction To IDP
• It has been conducted since Semester 1 Session 2009/2010.
• IDP is a core course for Civil Engineering Program
• It offered for the student on the fourth year 1st semester.
• Currently is 6 hours practical. In the coming semester it has suggested change to 1 hour lecture plus 4 hours practical.
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Why IDP?
Aims/GoalsTo provide students with practical experience in order to develop and expand their understanding of the nature of the civil engineering design process, through a simulation of design activities of professional engineer in professional consultancy environment.
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Lecture Plan – Course Content
• Students are required to complete infrastructure design and building structure design projects.
• Students will be working in team of maximum 5 persons from the beginning until end of the semester to complete the projects.
• For the infrastructure design, students are required to carry two types of infrastructure design such as:- Earthwork- Water reticulation- Sewerage reticulation- Road & drainage
• The earthwork planning and design is compulsory.
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Lecture Plan – Course Content
• For the building structure design, students are required to conduct minimum one building structure planning and design.
• Cost estimation of the infrastructure and structural design output is required to include in the final report.
• Fundamental of Civil Engineering Exam (FCEE) is included in IDP as part of the evaluation.
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Assessment
1. CLO 1 – 85% (markah = 66/80)- Preliminary report r/b struktur bangunan = 6%- Final report r/b infrastruktur = 30%- Final report r/b struktur bangunan = 30%
2. CLO 2 – 7.5% (markah = 8/80)- Preliminary report r/b infrastruktur = 8%
3. CLO 3 – 7.5% (markah = 6/80)- Presentation / interview = 6%
4. FCEE (markah = 20)
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Types of Project Development
• Residential / Housing• Commercial• Industry• Education (School / Higher learning Institution)• Etc.Some questions to be answered:1. What is the size of the development?2. How many local authorities/departments involved?3. What are the guidelines to be followed?4. What are the documents and drawings to be
submitted?
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Tasks of Civil Engineer in C&S Consulting Firm
Main tasks• Infrastructure planning & design
- Urban drainage design, earthwork, road & drainage, water reticulation and sewerage reticulation.
• Structural planning & design - Reinforced concrete structure, steel structure, prestressed concrete, bridges, water tank, retaining wall.
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Tasks of Civil Engineer in C&S Consulting Firm (Cont’..)
• Site inspection/ supervision
• Structural assessment & rehabilitation
• Drafting
• **EIA / TIA report
• **Costing & tender document
** Usually done by others professional firm
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Professional Engineer (PE)
• A Professional Engineer (PE) is an engineer who is registered or licensed within certain jurisdictions to offer professional services directly to the public.
• The professional status and the actual practice of professional engineering is legally defined and protected by a government body. In some jurisdictions only registered or licensed engineers are permitted to use the title, or to practice professional engineering. The earmark that distinguishes a licensed or registered engineer is the authority to sign and seal or "stamp" engineering documents (reports, drawings, and calculations) for a study, estimate, design or analysis, thus taking legal responsibility for it.
• The title of Ir is used in Malaysia for PE.
Source: Wikipedia
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Work ScheduleWeek Activity Facilitator
1 Briefing & Grouping Facilitator A/B/C
2 - 4 Structural Planning & Design – Part 1 or
Infrastructure Planning & Design – Part 1
Facilitator A or
Facilitator B
5 - 7 Structural Planning & Design – Part 2 or
Infrastructure Planning & Design – Part 2
Facilitator A or
Facilitator B
8 Fundamental of Civil Engineering Exam All Facilitators, Coordinator & OBE Committee
9 Mid-Term Break -
10 - 13 Structural Planning & Design – Part 3 or
Infrastructure Planning & Design – Part 3
Facilitator A or
Facilitator B
14 & 15 Final report presentation/ interview
Structural Planning & Design
Infrastructure Planning & Design
Facilitator A, B,
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Student’s Tasks For Week 1
1. To form the team. The list of team members need to be submitted latest by week 2.
2. To discuss with their team members.3. To obtain/search for a development layout and
architectural building drawings. 4. To review some of the previous courses
lecture notes such as open channel design, urban drainage design, fluid mechanic (loop), cut & fill of earthwork, reinforced concrete & structural steel design.
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Assessment Rubrics
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