HKPOLYU-CEE Title 1. 2. 3. 4. 5. THE HONG KONG POLYTECHNIC UNIVERSITY Appendix A Appendix B Appendix C Department of Civil & Environmental Engineering BEng (Hons) in Civil Engineering CSE48404

Design Project (Session 2023-2024) Scope of Work Requirements Presentations Others References Content Scopes of the Tasks Detailed Requirements to the Interim Design and Final Design Reports Building Plan and Relevant Information 1/4 Page 3 3 CSE48404 HKPOLYU-CEE 1. Scope of work A developer in Hong Kong has engaged to your company to prepare the design of a residential development in Hong Kong. The usage of different floors is generally shown in the below table Floor B1/F - B2/F G/F 1/F - 9/F MR/F UR/F TR/F b) Usage E&M rooms Loading/unloading + Shops + Circulation Domestic + Circulation Flat Roof for E&M usage Lift machine room Flat Roof cover for lift machine room CSE48404 Layout plans of the proposed building and relevant information, including borehole records, are shown in Appendix C. Your group acts as a consultant firm, with duties assigned in Appendix A to prepare the follows: a) Interim Design Report: to work with your group members to prepare two viable schemes (superstructure, foundation and ELS) and present your recommendation to the Client for their decision; Remark: Group marks will be given as a whole on each task based on details of sketch/framing, workability of the schemes, problem identified, suggested solutions, construction sequences etc. The group members should distribute workloads among themselves. Design Report and Presen on: to prepare your own in-depth presentation with the assigned duties of individual group member on one of the recommended scheme. In the Final report, your team as a whole need to address the following scenario: "During the construction of the foundation, the Client wants to adopt Modular Integrated Construction (MiC), and 10% Gross Floor Area (GFA) may be exempted. (Students should consider the effect of having one additional domestic floor being added on top of the existing layout) Your team is required to carry out a feasibility study and prepare a report (not more than 2 single- sided A4 pages) to the Client to describe the implication on the superstructure, foundation and ELS design. "" Preparation of Building Information Model (BIM) is also required. 2. Requirements For the Interim Design Report, potential risk, favorable or unfavorable conditions, site constrains, construction difficulties encountered, suggested solution(s) and likely long-term maintenance requirements, etc, should be highlighted. For the Final Design Report, relevant drawings/documents, with supportive detailed structural calculations 2/4 HKPOLYU-CEE for the recommended scheme should be provided. Detailed requirements of the interim design and final design reports are listed in Appendix B. Information required to be shown on the drawings is listed in Appendix B. Essential information of the building plan and relevant information is attached in Appendix C. CSE48404 3. Presentations Final Design Presentation (Week 4 of 2nd semester) Each group will spend NOT more than 20 minutes # for the presentation of final design report. Then, each group will have 10 minutes for Q&A session. Marks will be given to individual person and group. # In order to avoid affecting performance of later groups, the presentation will be terminated immediately, if time is up. 4. Others In order to avoid delaying design of Foundation and ELS works, the Superstructure Team should deliver preliminary loading schedules for both schemes to the Foundation Team by the end of Week 7. 3/4 HKPOLYU-CEE 5. References Laws of Hong Kong Cap 123 Buildings Ordinance and its sub-legislations Code of Practices Buildings Department, ➤ Buildings Department, Buildings Department, Buildings Department, Buildings Department, ➤ Buildings Department, Buildings Department, Buildings Department, ➤ Buildings Department, Consideration of shelter and topographic effects is not required. Related Website www.bd.gov.hk Code of Practice for Dead and Imposed Loads 2011 Code of Practice for Structural Use of Concrete 2013 Code of Practice for the Structural Use of Steel 2011 Code of Practice on Wind Effects in Hong Kong 2019 * Explanatory Notes to the Code of Practice on Wind Effects in Hong Kong 2019 Code of Practice for Foundation 2017 Code of Practice for Fire Safety in Buildings 2011 Code of Practice for Building Works for Lifts and Escalators 2011 Practice Notes for Authorized Persons, Registered Structural Engineers and Registered Geotechnical Engineer CSE48404 Other Publications and References Charles E Reynolds and James C Steedman, Reinforced Concrete Designer's Handbook, E & FN; The Institution of Structural Engineers & The Institution of Civil Engineers, The Manual for the Design of Reinforced Concrete Building Structures, The Institution of Structural Engineers; The Institution of Structural Engineers/Concrete Society, Standard Method of Detailing Structural Concrete, The Institution of Structural Engineers; Hong Kong Foundation Handbook, HKIE, 2015/2017; Housing Department, Manual for Design and Detailing of Reinforced Concrete to the Code of Practice for Structural Use of Concrete 2013; Geotechnical Engineering Office, CEDD, GEOGUI GUIDE 1, 2, 3 & 5. Geotechnical Engineering Office, CEDD, Review of Design Methods for Excavations (1990), GCO Publication No. 1/90 Geotechnical Engineering Office, CEDD, Foundation Design and Construction, GEO Publication No. 1/2006 - END - 4/4 HKPOLYU-CEE Tasks A to D: (Superstructure Team) Superstructure Schemes A and B (Analysis, Design and Detailing of Superstructures) Appendix A Scopes of the Tasks Scheming on the structural frame taking lateral wind/soil and gravity loads for both Schemes A and B Loading run-down on wind/soil and gravity loads for both Schemes A and B Preliminary design of superstructures and transfer structures Preparation of general notes, framing plans, sections, structural details drawings, and column/wall loading schedule Preparation of scheme of construction method of superstructure Remarks:- In the Final Design Report, students assigned for Tasks A to D (Superstructure) will be working together on the recommended superstructure scheme. Tasks E and F: (Foundation Team) Pile Cap(s) and Foundation Schemes A and B (Analysis, Design and Foundation Drawings) CSE48404 Scheming on foundation (Schemes A and B) taking superstructure / sub-structure structural loads and other superimposed loads. Detailed design of the foundation system Preparation of general notes, foundation plans, sections, structural details drawings, and piling schedule Remarks:- In the Final Design Report, students assigned for both Tasks E and F will be working together on the recommended scheme. Tasks G and H: (ELS Team) Excavation and Lateral Support ("ELS") Works Schemes A and B (Analysis, Design and ELS Drawings) Scheming on ELS works (Schemes A and B) Preliminary design of ELS system Preparation of ELS plan with construction sequence Monitoring scheme Remarks: - In the Final Design Report, students assigned for both Tasks G and H (ELS) will be working together on the recommended scheme.