International BIM Competition 2016

Agenda 1. Objectives of the Competition 2. About the Competition 3. Target Participants 4. Prizes 5. Overall Planning 6. Detail Schedule 7. Recommended Roles and Area of Considerations 8. Topic 9. Design Challenges 10. Design Brief 11. Location Plan 12. Site Plan 13. Competition Progress Guide and Submissions 14. Computational BIM (Creativity and Innovation) 15. DfMA Considerations (Construction and Planning) 16. Judging Criteria 17. Judging Panel 18. Online Submissions 19. IBC 2016 Project Reference - Future of US 20. Information Management 21. Trainings

• Open Sharing Sessions • Online Sharing Sessions • Hands-on Sessions

Objectives of the Competition

To raise awareness and built competency

in using Computational design and

BIM (Building Information Modelling)

innovatively for

Design for Manufacture and Assembly (DfMA)

About the Competition

• Open to all full-time students from a registered tertiary institution in their respective countries.

• Members need not be from the same school.

• 1 interim Submission (Local Only) - 7 September 2016

• 1 Submission (Local and International) - 9 September 2016

• 1 Final Presentation for shortlisted participants*

(Local and International) - 23 September 2016

*Shortlisted participants will be notified by email on the 16 September 2016, 5pm Singapore Time

Target Participants

Institute of Higher Learnings (IHLs) • Local and overseas Universities

• Local and overseas Polytechnics

• Local and overseas Institutes

Prizes Prize Cash Rewards (SGD) Plaque & Certificate

First Prize $ 5000.00 • One Plaque per group* • One certificate per member Second Prize $ 3000.00

Third Prize $ 2000.00

Merit (max. 6nos) $ 800.00

Other participants - • Certification of Participation

*Note: • Final Results will be notified by email soonest by the 30 September 2016. • Top three winners are invited to attend the Awards Ceremony during Singapore

Construction Productivity week, dated on the 18 Oct 2016, Singapore Time • All fees to attend the Awards Ceremony will be required to self-borne

Overall Planning

Months Tasks

June • Pre-enrolment • Enrolment and Teaming

July • Enrolment and Teaming • Training

August • Training • Preparation

September • Submission • Final Presentation

October 18 Oct 2016 Award Distribution @ Expo, Singapore Construction Productivity Week (SCPW)

International BIM Competition 2016 - Computational BIM for DfMA

Tasks Dates

Teaser – Group Forming / Preparation 1 – 12 Jun

Registration Starts / Preparation 13 Jun - 31 Jul Extended till 28Aug

Topic Released (PM Session) 29 Aug

Preparation by Students 1 Aug – 6 Sep

Competition Submissions (2 dates) 7 Sep & 9 Sep

Shortlisting & informing Final Presentation 12 - 16 Sep

Final Presentation & results finalisation 23 Sep

BCA International BIM Competition 2016 Detail Schedule Sunday Monday Tuesday Wednesday Thursday Friday Saturday

June 2016

1 Teaser 2 3 4

5 6 7 8 9 10 11

12 13 Reg. 14 15 16 17 18

19 20 21 22 23 24 25

26 27 28 29 30

July 2016

1 2

3 4 5 6 7 8 9

10 11 12 13 14 15 16

17 18 19 20 21 22 23

24 25 26 27 28 29 30

31

August 2016

1 Prep 2 3 4 5 6

7 8 9 10 11 12 13

14 15 16 17 18 19 20

21 22 23 24 25 26 27

28 29 Topic release 30 Prep. 31 Prep.

September 2016

1 Prep. 2 Prep. 3 Prep.

4 Prep.

5 Prep 6 Prep 7 Interim Submission

8 Prep. 9 Final Submission

10

11 12 BCA Shortlisting

13 BCA Shortlisting

14 BCA Shortlisting

15 BCA Shortlisting

16 Inform shortlisted Participants for Final Presentation

17

18 19 20 21 22 23 30mins Presentation (inclu. 10mins Q&A)

24

25 26 27 28 29 30

October 2016

1

2 3 4 5 6 7 8

9 10 11 12 13 14 15

16 17 18 SCPW 19 SCPW 20 SCPW 21 22

Notes: • Local registered participants will be

Informed to join the sharing sessions arranged by BCA

• International registered participants can refer to BIMSG.ORG and BIMWIZ.BIMSG.ORG

• Topic release at BIMSG.ORG and BIMWIZ.BIMSG.ORG • There will be a briefing on 29 Aug 2016 in Singapore

Polytechnic with recordings released online with details below:

Day : 29 August 2016 Time:

2:30 pm to 4:30 pm Venue:

SINGAPORE POLYTECHNIC 500 Dover Road Singapore 139651 Lecture Theatre (LT) 4A, located at T4A

SP Contacts: Lim Chun Keat , lim_chun_keat@sp.edu.sg

Recommended Roles and Area of Considerations

Notes: • Min. 3 students and max 8 students to form a team • Self-grouping to the above arrangement • Only one submission per team

Team Leader / Project Manager

Architect

Mechanical Engineer & Electrical Engineer

Civil & Structural Engineer

Quantity Surveyor

Builder

Specialist (DfMA, Etc.)

Production personnel (Multimedia/Power point slides/Etc.)

Topic

Design of an Exhibition Pavilion with Computational Design and Building Information Modeling (BIM) towards

Design for Manufacture and Assembly (DfMA)

Design Challenges

Sustainability Resource Efficiency Environmental Impact Social Impact

Constructability

Modularity Prefabrication Rapid Assembly

Productivity

Maximizing Value Minimizing Waste

Design Brief

•Program • A temporary pavilion for international exhibits

•Requirements: Form

oInnovative design & structure (any proposed materials) oClimate responsive (heat, rain, sun, etc) oMax. 12m high including structural and all architectural components.

Space oTotal area (min. 400sqsm)

Reception area Main Exhibition Space

Exhibit items (max. size 3m x 6mx9m, transportation) Lighting requirements (artificial and natural lighting) Flexibility in Internal partition where necessary

Toilets Universal friendly

o Natural ventilated o Consideration for air-conditioned area

Access oBicycle and Pedestrian connectivity

The key is to the digital approach, generating design options through computational approach that captures the design challenges and using BIM for production and collaboration.

Location

N

Padang, Singapore https://www.google.com.sg/maps/place/Raffles+Place/@1.2902752,103.8524117,644m/data=!3m1!1e3!4m13!1m7!3m6!1s0x31da190eb1b2d71b:0x731110650698ac8c!2sRaffles+Place!3b1!8m2!3d1.283933!4d103.8514545!3m4!1s0x31da190eb1b2d71b:0x731110650698ac8c!8m2!3d1.283933!4d103.8514545

Key Plan (Google Map)

N Proposed Location @ Padang Singapore

Location

Location Plan (Google Map)

N

Padang, Singapore https://www.google.com.sg/maps/place/Raffles+Place/@1.2902752,103.8524117,644m/data=!3m1!1e3!4m13!1m7!3m6!1s0x31da190eb1b2d71b:0x731110650698ac8c!2sRaffles+Place!3b1!8m2!3d1.283933!4d103.8514545!3m4!1s0x31da190eb1b2d71b:0x731110650698ac8c!8m2!3d1.283933!4d103.8514545

Site Plan

N 100m 0m 50m

Cad Reference Plan - Pavilion Sample Setback.dwg

N

Location Plan (Pavilion Sample Setback.dwg)

Pavilion Sample Setback.dwg is reference drawing for the building setback for the exhibition pavilion.

Progress (Guide) Stage 1 Tasks - Analysis, Proposal, Collaboration, Concept Model, Day 1 Summary Report

• Analysis diagrams • Summary Reports • Conceptual presentation sketches, models or scripts

1) Research, Analysis and Studies 2) Site, Function, Space, Sustainability, Form and Constructability 3) Collaboration, Discussion and Conclusion

• 2nos of A1 Panels

4) Strategic Computational Design approach and innovation uses with Dynamo/Grasshopper & BIM platform including:

i. Attributes setting, ii. relationship building iii. data interoperability iv. parametric design – Conceptual Design

(Modularity, Flexibility, Adaptability & Multiplicity)

Stage 1 Target Progress

• Analysis diagrams • Summary Reports • Conceptual presentation sketches, models or scripts • 2nos of A1 Panels

*Software preferences are self determined *Above suggested file formats are common software used in Singapore

Interim Submission (Local) Stage 2 Tasks – Design Development, Coordination, Design Documentation, Day 2 Summary Report

• Architectural Drawings (Plans, Sections, Elevations, Isometric and other 3D Views) (Suggested Scale 1:1000; 1:500; 1:200; 1:150; 1:100; 1:50)

• Construction Details (Suggested Scale 1:20; 1:10; 1:5; 1:2)

1. Design Development i. Detailed design documentation for typical modules including services ii. Connection Details iii. Module configurations (Materials, Sizes, Modules for Adaptability, Flexibility and Multiplicity, Data

Extraction) 2. Collaboration, Discussion and Conclusion

(Data Interoperability and Monitoring)

• A4 Summary Report

3. Coordinated Model and integrated design documentation for 3 disciplines 4. Summary Report

Interim Submissions (Locals)

All items completed in Stage 1 and Stage 2 to be submitted by 9pm (Recommended)

• 2nos A1 Panels, (300dpi) • Panel 1: Analysis, Proposal, Collaboration, Concept, etc • Panel 2: Design Development, Details & Design Integration, etc

• A4 Summary Report (max. 5pages)

Progress (Guide) Stage 3 Tasks - Construction planning, Site Management, Cost Estimation, Consideration of Facility Management, Day 3 Summary Report

• Excel, diagrams, etc. 1. Construction / assembly planning and scheduling 2. Site Management 3. Module delivery, storage and hoisting logistics 4. Sequencing of module installation until completion

• A4 Summary Report

1. Data extraction and Management 2. Cost estimation ($/sqm) 3. Consideration of Facility Management (nos of light fittings, equipment, performance attributes, etc)

Stage 3 Progress

• A4 Summary Report (Excel, diagrams, etc.)

Final Submission (Compulsory) Stage 4 Tasks – Presentation Panels, Presentation Slides, Simulation video of building installation,

Multimedia video documentation, Final Consolidated Report

• Multimedia, 4nos of refined A1 Presentation Panels in jpeg format (300 dpi)

• PPT Slides for Final Presentation

1. Presentation Panels showing all stages of project output 2. Presentation slides

• 1 Video AVI format (max. 2.5mins) • Max. 10 Pages A4 Reports*

1. Simulation video of building installation (max. 3mins) 2. Documentation of pre-competition research, collaboration strategy, learning points,

etc.

Final Submissions

All items to be submitted by 9September 2016, 9pm (Compulsory submission timeline)

• Multimedia, 4nos of refined A1 Presentation Panels in jpeg format (300 dpi)* • Panel 1: Design Quality: Analysis, Proposal, Collaboration, Concept, etc • Panel 2: Design for DfMA: Design Development, Details & Design Integration, etc • Panel 3: Project Delivery: Construction sequence and site planning • Panel 4: Summary and Conclusion

• PPT Slides for Final Presentation* • 1 Video AVI format (max. 2.5mins for Part 1 and Part 2)* • Max. 10 Pages consolidated A4 Report (Day 1 to Day 3)*

*All items to be submitted online by 9September 2016, 9pm (Singapore time) *Multimedia to showcase

Part 1 Documentation of overall competition process Part 2 Documentation of computational approach (Design, Analysis, Collaboration/Integration & Documentation)

*PPT Slides Structured according to Judging Criteria

*A4 Report - Font: Calibri, size 10 - Exclude content page - Additional information to be attached as appendix (max. 5 pages)

*Only shortlisted teams will be notified by 16 Sep 2016, for 23 Sep 2016 presentation

Computational BIM (Creativity and Innovation)

1. Pre-design • Target and objectives (Architects, C&S, M&E)

• Attributes setup

(Sustainability – lux level, building openings, ventilation, solar, lights;

LEAN - time, resources factors, Structural System, M&E system )

• Collaborated and Multi-directional communication

2. Conceptual / Design Development • Strategic Form Modelling

• Modularity

• Flexibility

• Adaptability

• Multiplicity

• Rule Base design

• Procedural design

3. Design Documentation/Tender • Automated information modelling

• Production Management (Modelling for production instead of drafting)

• Script Library (Reusable and can be further modified and developed)

• Data consistency and Interoperability (analysis & simulation)

4. Construction Phase • Time, Resources and Task management (Relationship setup with attributes )

• Quantity/Material takeoff (data extraction and managemetnt)

• Visualized with graphs

5. Operation & Management Phase • Data Extraction

• Consistency in data from design to hand over

• For maintenance prediction (performance)

Consideration Pointers

Design for Manufacture and Assembly (Construction & Planning)

1. Construction planning (Scheduling) • Hoisting time of one module: __minutes

• Production rate of factory: ___modules/day

• Storage capacity of factory: __modules

• Project timeline ___months (max)

• Sequence of works

2. Site planning (logistic & storage allocation) • Access and deliveries

• Traffic routing and accessibility into site

• Delivery and loading area

• Equipment: __Number of cranes of __ loading capacity (if any)

• Tower crane coverage

• Storage provision of modules on site: Enough for ___days worth of installation

3. Design Pre-fabrication • Connection details and treatment of joints

• Standardization, modularization and adaptation

4. Costing • Data Extraction (Area, Number and type of components)

• Estimation by Area, Materials, Resources, Equipment, facilities and etc.

• Integrated M&E Services consideration

• MEP main lines to fit circulation areas: number and size per service type

Consideration Pointers

Judging Criteria

Criteria Scorings

Design Quality Team effort in overall planning, research, design and presentation

(30%)

Design for DfMA The ability to demonstrate multiple design options using computational BIM and other design tools to arrive a optimum solution to meet sustainability, productivity and DfMA considerations. (modularity, flexibility, adaptability, multiplicity, etc.)

(40%)

Project Delivery The ability to demonstrate the design can be constructed easily using standard and modular yet flexible components in the shortest possible erecting time, least costs and manpower.

(30%)

*Computational BIM to be incorporated throughout

Judging Panel

Nos Assessment Panel Member Background 1 Cheng Tai Fatt BCA Academy, Deputy Managing Director 2 Daniels Chandra ONG&ONG, BIM Director 3 Michael O'Connell Gammon Construction Limited Singapore Branch, Head of Architecture/BIM 4 Puay Khoon YEO Surbana Jurong Consultants Pte Ltd, Executive Architect (BIM & Research) 5 Stylianos Dritsas SUTD, Assistant Professor 6 Thomas Wortmann Parametric Design Workshop , Co-Founder

Online Submission

Online Submission

Please self-created a google account and store the requested deliverables in the google drive, and send shared the google drive link by the stipulated time to

• bca.bimwiz01@gmail.com (All participants)

• bca.bimwiz02@gmail.com (All participants) Please be noted : • For countries that cannot access google, please create alternative link and

send to the above email address

• Each participating team shall have tested the self-created folders and links for the accessibility before sending to the organizer

Submission day and time • 7 September 2016, 9pm (Local IHLs Only) • 9 September 2016, 9pm (Compulsory for all) • Singapore time zone, UTC+08:00

Information Management

Common Shared Items

Contain all necessary competition information and references including:

• Design Brief

• Presentation Templates and etc.

All information shall be downloaded from

• bimsg.org

Project Name : Future of US Location : Singapore

Architect : Advanced Architecture Laboratory (AAL) Year of Completion: 2015

Exhibition Period : 1 December 2015 to 8 March 2016 Website : http://aal.sutd.edu.sg/

IBC 2016 - Project Reference

Project Name : Future of US Location : Singapore

Architect : Advanced Architecture Laboratory (AAL) Year of Completion: 2015

Exhibition Period : 1 December 2015 to 8 March 2016 Website : http://aal.sutd.edu.sg/

IBC 2016 - Project Reference

Project Name : Future of US Location : Singapore

Architect : Advanced Architecture Laboratory (AAL) Year of Completion: 2015

Exhibition Period : 1 December 2015 to 8 March 2016 Website : http://aal.sutd.edu.sg/

IBC 2016 - Project Reference

Project Name : Future of US Location : Singapore

Architect : Advanced Architecture Laboratory (AAL) Year of Completion: 2015

Exhibition Period : 1 December 2015 to 8 March 2016 Website : http://aal.sutd.edu.sg/

IBC 2016 - Project Reference

Project Name : Future of US Location : Singapore

Architect : Advanced Architecture Laboratory (AAL) Year of Completion: 2015

Exhibition Period : 1 December 2015 to 8 March 2016 Website : http://aal.sutd.edu.sg/

IBC 2016 - Project Reference

Project Name : Future of US Location : Singapore

Architect : Advanced Architecture Laboratory (AAL) Year of Completion: 2015

Exhibition Period : 1 December 2015 to 8 March 2016 Website : http://aal.sutd.edu.sg/

IBC 2016 - Project Reference

IBC 2016 - Project Reference Project Name : Future of US

Location : Singapore Architect : Advanced Architecture Laboratory (AAL)

Year of Completion: 2015 Exhibition Period : 1 December 2015 to 8 March 2016

Website : http://aal.sutd.edu.sg/

IBC 2016 - Project Reference (SIA – 2013 Idea Competition Winner)

Trainings - Open Sharing sessions Nos Topic Name Companry

1 Computational Design - Grasshopper & Rhino on Exhibition Space Mr. Yeo Puay Khoon Surbana Jurong Consultants Pte Ltd

2 Computational Design – Automation and Documentation Mr. Daniels Chandra ONG&ONG Group Pte Ltd

3 Computational Design - Automation and Documentation Ms. Ivana Sadikin ONG&ONG Group Pte Ltd

4 Computational Design - Automation and Documentation Mr. Laurenzo Federico ONG&ONG Group Pte Ltd

5 Computational Design - Construction Documentation Dynamo/Revit Mr. Michael O’Connell Gammon Pte Ltd

6 Computational Design - Construction Documentation Dynamo/Revit Mr. Sadiq Hussain Gammon Pte Ltd

7 Computational Design - Construction Documentation Dynamo/Revit Mr. Jeffrey De Lemos Gammon Pte Ltd

8 DfMA Mr. Jugal Makwana Aecom Singapore Pte Ltd

9 Computational Design - International Projects Prof. Stylianos Dritsas SUTD

10 Computational Design - International Projects Prof. Carlos Banon SUTD

11 Computational Design – Parameric Design Prof. Patrick Janssen NUS

12 Computational Design - flux Mr. Tom Alcorn Flux.io

13 Python for Computational Design – SIA Award Winning Project Mr. Thomas Wortmann PDW

14 Python for Computational Design – Future of Us Mr. Aloysius Lian PDW

15 Computational Design – Autodesk – Form Creation with Dynamo Mr. Beng-lin Goh Autodesk

16 Computational Design – Autodesk – Automation with Dynamo Mr. Ritesh Chandawar Autodesk

17 Computational Design – Autodesk – Automation with Dynamo Mr. Aparajit Pratap Autodesk

18 Computational Design – Autodesk – Auditorium Setting up with Dynamo Mr. Yu Ke Autodesk

19 Computational Design – Bentley Solutions and Projects Mr. Jakub Wachocki Bentley

20 Computational Design – Bentley – GC-AecoSIM Mr. Orven Fajardo Bentley

21 Computational Design – GraphiSOFT – ArchiCAD Mr. Chidambaram GraphiSOFT

22 Computational Design – GraphiSOFT – Grasshopper Mr. Marcelo Morim GraphiSOFT

Software Vendors

Experts & Professionals

IHL Professors

Industry Practitioners

http://bimsg.org/bim-events-2/scpw-2016/international-bim-competition-2016/

Trainings - Open Online Sharing

http://bimwiz.bimsg.org

http://bimsg.org/bim-events-2/scpw-2016/ibc-sharing-sessions/

Trainings - Hands-on sessions

Trainings Date Time Venue

Graphisoft (Grasshopper + ArchiCAD)

26Aug2016 9:30am- 5pm BCAA, T5-4

Professional (Grasshopper + Flux + ArchiCAD)

30Aug2016 9am – 5pm BCAA, T5-4

Autodesk (Dynamo + Revit)

31Aug2016 9am – 5pm BCAA, T5-4

Bentley (Generative Component + AecoSIM)

1 Sep2016 & 2 Sep 2016

9am – 5pm BCAA, T5-4