Dr Calvin Kam
PhD, AIA, PE, LEED AP
Director of Industry Programs, Center for Integrated, Facility Engineering (CIFE), Stanford University
BIM & FM - Global Trends

Dr. Calvin Kam is the Director of Industry Programs at Stanford University's Center for Integrated Facility Engineering (CIFE), where he partners with CIFE industry members and researchers on strategic innovation in areas such as Building Information Modeling (BIM), Virtual Design and Construction (VDC) and sustainable developments. Dr. Kam teaches graduate and undergraduate courses as a Consulting Assistant Professor with the School of Engineering at Stanford University. Appointed by the President of AIA (American Institute of Architects), Calvin is the 2011 Co-Chairman of the Center for Integrated Practice Leadership Group with AIA National, as well as the 2010 Co-Chairman and 2011 Chairman of the its TAP (Technology in Architectural Practice) National Knowledge Community, which is supported by over 11,000 AIA members.

Since 1996, Dr. Kam has implemented strategic and innovative technologies on a number of commercial, residential, university, museum, biotechnology, hospital, and public projects. Calvin had assessed stateof-the-art BIM technologies and open standards for public and private organizations in Finland and served as a 3D/4D consultant on biotechnology projects for Genentech, Inc. Since 2000, he has represented Stanford-CIFE to integrate VDC, BIM, sustainable developments and other strategic initiatives with member organizations including DPR, GSA, Glodon, Hong Kong Mass Transit Railway, London Infotech, Microsoft, Mortenson, Optima, Parsons Brinckerhoff, Skanska, Swinerton/HMH, TEKES/Finland, Veidekke, Walt Disney Imagineering, and Webcor, etc.

From 2003-05, Calvin became the first Stanford University Visiting Fellow to the United States General Services Administration (GSA), where he contributed to the award-winning pilot program in Building Information Modeling for GSA's Public Buildings Service. Between 2006 and 2008, Calvin served as GSA's first ever National 3D-4D-BIM Program Manager with the Office of the Chief Architect. Under Calvin's management, GSA has required BIM submission in its $20 billion capital program; published
the GSA BIM Guide Series; established a network of GSA BIM Champions across the nation; successfully influenced multiple BIM software vendors to incorporate open standards according to GSA business rules; formalized international partnerships with Finland, Norway, and Denmark; while earning a number of national and international awards from AIA, BuildingSMART, CoreNet Global, FIATECH, IAI, NIBS, and the U.S. government. Today, Dr. Kam continues to advise GSA as a Senior Program
Expert, responsible for managing its National BIM Program and fostering collaboration with international public owners.

Dr. Kam is the Vice President for Strategic Innovation with Optima-an award-winning real estate developer with architectural design, construction, and property management expertise integrated under one company. Founded by David C. Hovey FAIA in 1978, Optima directs and manages every aspect of the real estate development process. With close to 50 U.S. and international design and environmental excellence awards spanning thirty-six development projects, Optima is currently delivering over one thousand residential units and retail spaces, totaling over 3 million square feet and valued at nearly $1billion.

Calvin is a registered Architect in the State of California, a Professional Engineer in the District of Columbia, and a LEED Accredited Professional. A recipient of the AIA National, California Council, and local chapter scholarships, ASCE National scholarships, China Synergy Program for Outstanding Youths, and SOM Foundation Traveling Fellowship among other honors and awards, Calvin received his Master's, Engineer Degree, and Ph.D. from Stanford University. At age 21, Calvin was the first and the youngest to receive dual bachelor degrees in Architecture and Civil Engineering from the University of Southern California (with the highest honor bestowed on a graduating senior for distinguished leadership and excellent scholarship). He was born in New York and grew up in Hong Kong where he attended St. Paul's Co-Educational College.

Dr. Calvin Kam has given tens of keynote and plenary speeches, published a number of journal and conference papers, and presented at over one hundred industry events, conferences and universities across the United States, in Australia, Canada, China, Finland, Hong Kong, Japan, South Korea and the United Kingdom. Dr. Kam has organized USC-AGC symposiums, a number of GSA Conferences across the U.S. and a Global Summit on the Sustainable Built Environment "Better Building - Better World" during the 2010 World Exposition in Shanghai, which was participated by over 200 government leaders, experts and professionals from 11 countries and regions. Calvin is one of the five Executive Committee members on the BuildingSMART Alliance's National BIM Standards in North America. He has served on the 2009 AIA BIM Award Jury, the 2009 and 2010 AIA National Convention Education Advisory Committee; 2009 AIA Changing Times Conference Steering Committee, and as an Expert Advisor of the Hong Kong AIAB BIM Award since 2008.


Abstract

In the session "BIM & FM - Global Trends," Dr. Calvin Kam will analyze the business cases of leveraging Building Information Modeling in support of Facility Management. Dr. Kam will present case examples drawing from his global practice and collaboration with a variety of public owners and private developers. Recent trends and advances in BIM will be presented, while current and emerging BIM technology visions and challenges for facility management will be featured. The presentation will lay out the near and long term opportunities for owners and facility managers to integrate BIM not only for reactive, preventive, and sustainable maintenance, but also for more intelligent responses to property owners, occupants, scenarios, and the environment.

Mr David Shue-kin Fung
HKIA, RAIA, MHKIBIM, Registered Architect
Board Member, HKIBIM
BIM Work Flow: Design, Construction to FM

David Fung is a Hong Kong Registered Architect. BIM has been the main design and documentation tools for his works for over 13 years. BIM projects include residential towers, houses, offices, shopping centres, churches, universities, logistic centre, MTR and train stations. His BIM team won the Hong Kong BIM and International Revit Experience Award in 2007 and HK BIM Award 2009.He teaches BIM technology in different universities in Hong Kong, China and overseas such as Chuhai College, HKU, PolyU, HKUSPACE, Tianjin and TsingHua University. He led internal BIM training to architects and designers. He was also speakers for various BIM forums and conferences to different professional institutions in Hong Kong, Shanghai, Tianjin, Beijing, Tokyo and Seoul. He is also the current Chairman of Autodesk Industry Advisory Board aiming also at promoting the BIM technology.

Recently David been carrying out studies and implementation of BIM into the Facility Management Area.


Abstract

Building Information Modeling (BIM) is the process of generating and managing building data during its life cycle - vague and undefined, generic or product-specific, solid shaped or void-space oriented - that carry their geometry, relations, and attributes. BIM design tools allow for the extraction of different views from a building model for drawing production and other uses. These different views are automatically consistent in the sense that the objects are all of a consistent size, location, specification - since each object is defined only once, just as in reality (source from Wikipedia).

The BIM wave has commandeered the attention of building design professionals and contractors. Vast amounts of data have been inputted and conflicts rectified during the design and construction stages. Upon completion of the construction stage, the client is handed the building, as well the data-rich BIM model, after which the FM stage commences.

Whereas FM is a profession that encompasses multiple disciplines to ensure the functionality of the built environment by integrating people, places, processes, and technology, we traditionally manage the facilities by means of as-built drawings and spreadsheet data, in which case neither may be coordinated. Worst of all, the continuous modifications and improvements to facilities, live management of assets, and enhancement of the environment are complicated issues for all FM participants. With BIM as a centralized and coordinated database, locational and informational data effectively become the same thing and FM can benefit by adopting BIM.

With further advancements in information technology and with everybody holding a powerful portable device such as iPad/iPhone that is hooked up with the internet, the speaker will share his views on the way BIM technology can be utilized by FM professionals in their work.

Mr Welie Wan-chuen Ng
BIM Manager, Gammon Construction Ltd
The use of BIM and Possbilities in FM application

Welie, Wan-chuen Ng had been practicing in the construction industry for more than 13 years. He was practicing as an architect after graduated from his master studies and researched and pioneered the use of 3D related technologies during the same time. He joined Gammon in 2006 where he found the arena was most challenging and diverse for BIM application in the industry. Up till 2011 Welie and Gammon had gained experience of implementing BIM for more than 10 major construction projects, including One Island East, iSquare and HK Airport North Satellite Concourse.


Abstract

The Building Information Model (BIM), in essence, is a technology platform upon which professionals from the AEC (architecture, engineering, and construction) industry could work and share data collaboratively and efficiently.

Dispensing with the legacy concept of 2D paper drawings, designers shall no longer "draw" plans and elevations, but will build up 3D models straight away using computers and BIM softwares. In addition to the geometry that the model provides, BIM can report the dimensional, volumetric, and physical properties (weight, center of mass, and moment of inertia) of their real-life counterparts without manual calculations. Additional information on the fabricator, date of commissioning and maintenance history, design, and operational parameters can also be incorporated into the virtual objects and detail as BIM is built up.

You can imagine a magical drawing rack that will give you the precise information on anything for a building upon your verbal request.

It has been noted for some time that BIM benefits the design and construction industry, while FM software benefits managers of the built environment. Values were generated by streamlining the manual and tedious coordination work using intelligent and handy software or, in general, information technology.

Further synergy is considered possible by merging the advanced technology from both sides so that property owners, in addition to being able to enjoy their physical environments, can run and maintain their buildings in a systematic and efficient way with a handy and powerful tool.

The speaker will share his experience in BIM applications with an emphasis on the possibility of FM integration. Special insights for some market-available and affordable geometrical platforms will also be briefly covered and compared with interfaces for customizable development.

Ms Ada Yin-suen Fung, JP
Deputy Director (Development and Construction), Housing Authority
Application of BIM at the Hong Kong Housing Authority

Ms. Ada FUNG, JP is an Architect by profession. She is an active member in the Architectural field as well as in the construction industry in Hong Kong.

In her career as Deputy Director of Housing, she supervises the Development & Construction Division of the Housing Department, the executive arm of the Hong Kong Housing Authority. She has been overseeing all facets of work covering project management, planning, design and contract management, as well as establishing operational policies on procurement, design, construction, quality, performance assessment, dispute resolution, research and development, safety and the environment for public housing development in Hong Kong. She also promotes partnering, value management, risk management, ethical integrity, corporate social responsibility, sustainable development, green building and BIM in the industry.

She is also an accredited mediator on the Hong Kong International Arbitration Centre's Panel of Mediators. She is the Chairman of the Architects Registration Board, and Vice President of the Hong Kong Institute of Architects.

Abstract

The Hong Kong Housing Authority (HA) develops and implements a public housing program that straddles all development stages from planning, design, construction, and facility operation to facility management and maintenance. Building Information Modeling (BIM) is one of the enabling tools that help enhance smart living, safety, and sustainability for a building's entire life cycle. We apply BIM to 'assemble' "site-specific" domestic building blocks using standard modular flats so as to maximize a site's potential for green, safe, and healthy living. With BIM, we can conduct various environmental studies, such as solar/lighting and shadowing, airflow and ventilation, traffic and acoustic analysis, and visual impact assessments to compare the performance of various design options. Moreover, BIM can assist us in the planning of the demolition of older estates and the subsequent planning of construction works and site safety measures by way of walk-throughs with 4D simulation. Upon the completion of a building, the as-built record in the BIM database will provide accurate spatial and facilities information to help estate managers plan and execute their daily maintenance and facilities management tasks effectively and efficiently.

Mr Yat-mun Leung
Senior Project Manager, Swire Properties Limited
BIM for Building Projects and Facility Management

Mr. Y.M. Leung is the Senior Project Manager of Swire Properties. Mr. Leung is responsible for project management of construction works and demolition works covering project inception stage, design, construction and handover stage to facility management or residential property owners. Mr Leung was previously responsible for One Island East project in Taikoo Place and he is now leading project management teams for Mid level West residential development projects and commercial development projects in Wanchai.

Mr. Leung has been working for Swire Properties for more than 16 years in Hong Kong. He joined Swire Properties in 1994.

Abstract

BIM is a 3D model-based building lifecycle information management technology utilizing one database for all design and construction elements and processes used throughout the design, construction, operation, and deconstruction of a building. The new technologies and working methods are sometimes referred to as "building life cycle management" (BLM). Due to the increased accuracy and level of detail of a project's BLM information, construction risk and material wastage are reduced and cost accuracy increases. Building maintenance efficiency is enhanced through direct, internet-based, real time feedback from the actual building to BLM managers through advanced information management technology.

Mr M. K. Sunil
Senior Industry Sales Manager for AEC, Autodesk Asia Pacific
Extending BIM to FM

Sunil M. K. is the Senior Industry Sales Manager for AEC, Autodesk Asia Pacific (E). Autodesk, the world's leading design software company, serves industries where design is critical to success - building, manufacturing, infrastructure, and digital media. Autodesk provides solutions for sustainable design, digital prototyping, and the creation of visual media. Sunil is responsible for enhancing Autodesk's business with strategic programs in Architecture, Construction and Engineering division to develop market presence in the Asia Pacific and enhance profitable growth.

Mr. Sunil is a Chartered Architect with degree in Architecture from School of Planning and Architecture, New Delhi and a Corporate Member of Royal Institute of British Architects ( RIBA )

Sunil has held a variety of business development, sales dev- elopment, strategy and technical positions at Autodesk and Revit Technologies. He is a frequent public speaker. Mr. Sunil represents Autodesk on different Architecture, Engineering and Construction Industry forums.

Mr. Sunil is a Chartered Architect with degree in Architecture from School of Planning and Architecture, New Delhi and a Corporate Member of Royal Institute of British Architects (RIBA)

Abstract

In 2002, we coined the term, Building Information Modeling. In 2003, we presented the BIM vision in which BIM is not restricted to the design phase, its anticipated benefits when it is extended to construction, and the operational and maintenance phases that position it as a cornerstone of the building life cycle management process. Over the past three years, BIM has emerged as a revolutionary new technology in the building industry. It provides accurate, timely, and relevant information that is centralized, giving everyone access to the same data and greatly improving communication and collaboration for all stakeholders. BIM can now support the facility management phase of the building life cycle, during which we can benefit from improved space management, efficient use of energy, streamlined preventive maintenance, economical retrofits and renovation, and enhanced life cycle management.

Mr Hon-wah Low
Division Head (Contracts Management and Cost Assurance), Campus Development Office, The Hong Kong Polytechnic University
BIM for FM - a client's perspective

Mr. Low is a Quantity Surveyor by profession. He is a fellow member of the Hong Kong Institute of Facility Management, Hong Kong Institute of Surveyors, and Royal Institution of Chartered Surveyors. Mr Low has over 30 years of experience in the construction field, mostly in a client organisation. The service coverage includes all round development stages from early proposals, selection of consultants and contractors, and tender procurements up to project accounts finalisation for new developments and major alterations and improvement works. He has also served as a visiting lecturer at the Hong Kong Polytechnic University and the Construction Industry Training Authority in the areas of quantity surveying, contracts administration, services level agreements, and facility management-related subjects, and has organised talks/courses regarding the use of BIM in FM.

In this conference, Mr Low will share his views on the problems likely to be encountered and criteria to be considered in the application of BIM from a client's perspective.


Abstract

Information could be explained as "knowledge communicated or received concerning a particular fact or circumstance". In this regard, "People" is the essential entity that must exist to communicate or receive the knowledge. Similarly, this would also apply to "Building Information Modeling (BIM)," as the model itself alone would be useless if "People" is not in existence.

This phenomenon would be more important when applying BIM to FM, as in the latter, "People" is the dominant entity that would influence substantially, if not entirely, the overall success of a model's implementation. The more important aspect is that there are various kinds of "People" involved in FM, each with different objectives, resource limitations, capabilities, etc., in providing and receiving information at different stages of a facility's life cycle. Their level of commitment would also be different and all this may be summarized by the "affordability" of the parties involved.

It is believed that BIM is a major evolution of FM Technology that would much increase the "affordability" of all parties in the built environment life cycle. Coupled with real life examples of systems implementation in the past, the speaker will share his views on the importance and rationale behind the possible increase of the affordability through the application of BIM and the consequential effects of this action. Also, the likely problems that may be encountered and the criteria to be considered in the application of BIM, from a client's perspective, shall be addressed.