Fees	Before 15 Nov (RM) Incl. of 6% GST	After 15 Nov (RM) Incl. of 6% GST
PAM	FOC	53
Others	53	106

Closing date : 20 November 2017
TWO (2) LAM CPD Points
TWO (2) GBI CPD Points 


This seminar is made possible by:




Presenter’s biography
 
Ar. Dr. Lim Chin Haw is a Senior Research Fellow at the Solar Energy Research Institute (SERI), University Kebangsaan Malaysia and a professional registered Architect with the Malaysia Board of Architects. He has 15 years of professional architectural practice experience and more than 13 years as an avid researcher covering a variety of projects both local and international. He is actively involved in many solar energy researches and demonstration projects with industries and international collaboration with renowned research institute such as Fraunhofer Solar Energy Research Institute, Germany.  His area of expertise encompasses Passive and Low Energy Architecture, Building Integrated PV System (BIPV), Energy Efficiency in Buildings, Solar Assisted Air-Conditioning system, Building Performance Simulation and Natural Ventilation. He has also received several awards namely the Asean Energy Awards 2004 and 2014, Silver Medal Award for Building Integrated PV Thermal Solar Collectors at International Exposition of Research and Invention (PECIPTA) 2009, Silver Medal Award for Ultra Low Energy House at the Malaysia Technology Expo (MTE) 2010 and Gold Medal Award for Inverted Air Foil Wind Driven Ventilation Tower at the International Ibn Al-Haytham’s Al-Manazir Innovation and Invention Exhibition 2011.
 
 
 
Presenter’s biography
 
Mr Olivier Rober from the University of California (Berkeley) with a Master of Science in Civil and Geotechnical Engineering, he worked for 3 years as an engineer for Soletanche Bachy (Civil Engineering Industry) – 2 years in Malaysia. With extensive experience and knowledge in building envelope design and green building envelope, Mr Olivier Rober has been a consultant for a Management Consulting firm: Mars and Co for two years and another 2 years as the e-business Director of St Gobain Building Distribution.
 
 


Synopsis
1)        SMART Building Envelope

1. Introduction to the ventilated façade system concept
2. Benefits in terms of thermal efficiency and light shading (OTTV) and fire resistance
3. Green building consideration when designing a smart building envelope
4. How to design a smart building envelop in terms of materials, fixing systems, singular points (windows, corners, top and bottom of building façade)
5. Consideration on installation

2)        Regulatory compliance to MS 1525

1. Code of practice on energy efficiency and use of renewable energy for non-residential buildings.
2. Mandatory for new buildings to achieve a U-value less than 0.4
3. With the amended of Uniform Building By-Law (UBBL), the Overall Thermal Transfer Value (OTTV) of a building is said in such a way that it should not exceed 50 W/m2. When the OTTV is higher, the thermal efficiency will become lower and the building will become hotter.

Take for example, all roofing system should be installed with insulation, or it would not comply with this standard.

1. How the calculations of U-value will take place? What aspects do we need to take into consideration in obtaining the correct U-value? All of this will be explained during the seminar.

3)        Regulatory compliance to MS 2095

1. Global warming is the crisis of our time
2. The temperature on earth is constantly rising which causes massive climate disruptions
3. Radiant barrier and reflective insulation on building materials
4. Enforcement of MS2095 by CIDB.
5. What is a radiant barrier? – layer of metallic foil, with low emittance, that significantly reduces the transfer of heat energy radiated from hotter surfaces to colder surfaces
6. The radiant barrier works in such a way where it reduces radiated heat transfer rate by the combination of the low emittance/ high reflectance properties of the foil.

 
 

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