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20 CCB by CIDB

08 CDP by ST

12 CPD by MBOT

12 CPD by BEM

SMART BUILDING CONFERENCE 3.0

CHALLENGE | OPPORTUNITY | SUSTAINABILITY

18 - 19 October 2022

  • Wondering if you have what it takes to run a truly SMART Building?

  • Looking for actual applicable solutions for Energy Efficiency?

  • Concerned about the environment and want to make a real impact?

  • Zero-Carbon a realistic solution or a pipe dream?

  • Can all the new technologies be implemented sustainably?

  • Want to ensure your building occupants have a safe working environment?

Are you ready to GO SMART?
Begin your discovery here
  • Today, buildings consume up to 40% of the total global energy.

  • By the year 2030, 50% of the world’s total energy will be used by buildings.

  • In major urban centers, buildings contribute more than 60% of emissions.

  • Mismanaged indoor air can be up to 7 times more polluted than outdoor air.

  • Buildings cost USD$30,000 per year to operate, just on energy costs alone.

  • Indoor Cooling accounts for up to 40% of utility costs in a building.

  • In the past year, buildings introduced over 9.95Gt of CO2 into the environment.

  • Smart Buildings sector will account for over USD$120 Billion by the year 2026 with an annual growth rate of 11% Are you a part of this growing industry?

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The modern city will be populated with smart buildings, designed with green initiatives in mind, utilizing cutting-edge cooling sensors to reduce overheads and energy consumption. These new generation of buildings are powered by IoT smart monitoring systems, including cloud monitoring and data analysis for energy usage trends. 5G is a fast-growing sector that is seeing adoption in fields such as machine learning, smart devices, construction drones, and architectural prototyping and design.

 

Green and smart buildings will shape the future, not just out of efficiency, but also for the necessary preservation of the environment. This conference will help you discover new tools and innovations that are profitable and green-friendly. From decarbonization, emission benchmarks, energy saving, and the use of big data to engineer sustainable cooling systems, this is a journey you won’t want to miss.

 

Don’t get left behind with yesterday’s standards, embrace a greener and smarter tomorrow.

Networking opportunities with:
  • Building Owners / Building Contractors / Building Services

  • Maintenance / Facility Personnel

  • Building Designer / Building Research

  • Architectural Practitioner

  • Engineering Practitioner

  • Chief Technology Officer (CTO)

  • Hotel Practitioner

  • Hospital Facility Personnel

  • Housing / Property Managers

  • Energy Management Service Companies

  • Data Science / Machine Learning

  • IoT / Network / Tele @ Communication Consultant and provider

  • Low Voltage Electrical Contractors

  • Building Solution Integrator

  • Project Consultant

  • University / Academician

  • Government Representatives

NET ZERO BY 2050

In the year 2015, the United Nations began the “Net Zero” initiative. This was started in response to an alarming rise in global temperatures. To be precise, the world is already 1.1 degrees Celsius warmer than it was in the 1800s. In order to stop this from becoming 1.5 degrees Celsius, the UN called on nations to cut emissions by 45% in 2030 and reach net zero emissions by 2050.

 

What does this have to do with you? Well buildings are responsible for about 60% of those emissions in urban areas. If we’re going to want to preserve the environment and the climate for future generations, the change has to start with us. We should transform the way we design, build, and operate buildings, making them SMART.

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Are your buildings SMART enough to be SUSTAINABLE?

When people talk about SMART building developments in the present, you will hear mentions of keywords such as the Internet of Things, Zero-Carbon, Energy Efficiency, Towards Zero-Consumption, 5G Networking for sensor technology, and innovations for indoor cooling and air quality. These are all factors that important for the modernization of buildings as we move towards the operation of more tech-savvy facility operations.

 

BUT…

 

Have we really considered the reality of the situation? SMART buildings are driven by new processes, innovations, and technologies. They are regulated by increasingly strict emission protocols by international climate control initiatives. The operation of these buildings require individuals with specialized knowledge about how to effectively implement and maintain the complex systems that make a building SMART.

 

SO?

 

What about the cost sustainability of all these things? Can we really plan for the FUTURE without first addressing how we can practically and sustainably apply these costly endeavours?

 

HOW?

 

Innovation leads to Adoption Costs. Knowledge leads to Training Costs. Research & Development leads to Opportunity Costs, and Deployment ends with Maintenance Overheads. Zero-Carbon shouldn’t mean Zero-Profits. We can show you how.

 

 

That process has to start TODAY in order for a Smarter, Greener and more Cost-Efficient TOMORROW.

Topics Covered
  1. The Emergence of Emicient Buildings and What This Means For the Future
    by Bruce Rowse

     

  2. 5G Technologies and Smart Applications For Built Environment
    by Dr. Shah Kwok Wei

     

  3. Distributed Pumping System – Smarter Way to Chilled Water Distribution
    by Lee Siew Wee

     

  4. Healthy Indoor Air Quality
    by Kyle Lan

     

  5. Smarter and Sustainable Cooling for Buildings
    by Ir. Bernard Sagaiyaraj

     

  6. Carbon Accreditation For Energy Efficiency in Smart Building
    by Sakayong Pattanavekin

     

  7. Energy Efficiency of Smart Buildings - Towards Zero Consumption and Beyond
    by Anwar Shaikh

     

  8. Building of the Future
    by Brian Chan Wei Shong

     

  9. What roles do ESG, cyber security and health and well-being play in smart buildings?
    by Bob Sharon

     

  10. Envisaging a plan for Smart Building: What can be our first steps?
    by Gene Ong

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Are SMART Buildings SMART Money?

Oftentimes a Building is viewed as an asset, a place where your team can come together to be productive and generate revenue for the organization. Yet how much do you know about the building that you have been working from? Without energy-efficient HVAC systems for indoor cooling, your business could be a victim of high energy overheads.

 

Studies have also shown that poor indoor air quality could result in pollutants indoor being many times worse than in the outdoors. This results in absenteeism and employee illness – costing your organization in precious time, manpower, and resources. Ignoring these factors doesn’t seem like the smart choice, so…

 

IS THE SOLUTION TO THIS: SMART BUILDINGS?

 

If so, how do you make your building a truly SMART building? We all envision operating a facility with state-of-the-art automated systems, temperature and air quality sensors that utilize big data analysis, and the latest in high-bandwidth wireless connections. Yes, it seems like the future is here at our fingertips – but is this where the SMART money is?

Join us to find out…

Our Panels
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Bruce Rowse

Principle Consultant, 8020Green

Srikanth Krishnan

CMRP S CUBE RELIABLE SOLUTIONS PTE LTD, SINGAPORE

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Bob Sharon

Founder & Chief Innovation Officer, Blue IoT

Sakayong.jpeg
Sakayong Pattanavekin

MD, VEKIN (Thailand) Co., Ltd

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Lee Siew Wee

Sales Development Specialist

– Commercial Building Services

Grundfos Pumps Sdn Bhd

Kyla Lan.png
Kyle Lan

Regional Application Consultant at Belimo

anwar.png
Anwar Shaikh

Director, EnvoCure

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Gene Ong

Engineering Director,

Cobler Sdn Bhd

photo dr shah kwok wei.jpg
Dr. Shah Kwok Wei

Assistant Professor

Department of Built Environment Smart Materials Laboratory

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Ir. Bernard Sagaiyaraj

Director, Blue Snow Consulting and Engineering

Brian.jpeg
Brian Chan Wei Shong

Head of Digital Building, East Asia and Japan Zone

Schneider Electric

Testimonials

INFORMATIVE

It is very informative & easy to understand
even you came from different background

—  Wan Mohd Fazrul bin Wan Ismail

     Business Analyst - TNB

This event very informative for participant.
Extremely useful for FM

—  Woon Kun Kuan

    Technical Lead - Titi Maju Sdn Bhd

Save more when you plan ahead. The earlier you book, the more discounts you will enjoy!
Early Bird

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Who should Attend
 

  • Project

  • Executives/Leaders/Analysts/Managers/Directors

  • GM

  • Engineers

  • Architects

  • IT Professionals

  • Contractors

  • QS

  • Consultants

  • Scientists

  • Product Managers

  • Program Managers

  • Event Organisers

  • Business Execs and any person involved in managing any type of project in any industry

    *Soft copy material will be provided before/during the course. E-certificate will be awarded after completion of the online course*

Training Module
 

Fundamental & Applied Project Management
(Day 1 - 2)

Module 1: Introduction & Key Concepts

​Module 2: Project Initiation

Module 3: Project Planning

Module 4: Project Execution

Module 5: Project Control

Module 6: Project Closing

Module 7: Summary

- Demonstration of Microsoft Project Software

- Group Discussion / Exercise/ Assessment / Case Studies/ Role Plays

 

Applied Project Management
(Day 3 - Practical Day)

Module 8: Basic Microsoft Project 2013 Software Practice 

Hello

Glad to hear from you! Please help us to fill up the form below, both training brochure will share to you at soonest. Have a great day ahead!

Thanks for submitting!

Course Overview

Where traditional maintenance management programs rely on routine servicing of all machinery and fast response to unexpected failures, a predictive maintenance program schedules specific maintenance tasks as they are actually preventing and extending equipment life usefulness.
 

To understand a predictive maintenance management program, traditional management techniques should first be considered in order to understand machine failures

When a machine breaks down, fix it. The “If it ain’t broke, don’t fix it” method of maintaining plant machinery has been a major part of plant maintenance operations.

Course Objectives

  • To provide the insight of why equipment breakdown

  • To understand the real objective of maintenance

  • Define why equipment deteriorate

  • How to use the time base schedule maintenance

  • How to use the condition base predictive maintenance

  • Strategize for zero unplanned equipment failures

Course Benefits

  • Participant will be exposed how to approach the zero-breakdown strategy

  • Gained proper strategy to achieve zero failure

  • Increase the productive, reduce the breakdown

Who Should Attend

  • Quality Assurance, Quality Control, Production, Process,

  • Managers, Executives, Engineers

  • Supervisors, Technicians and anyone who would like to improve their knowledge in Maintenance.
     

Also, for those who are in operations would like to acquire an understanding of how the quality of the maintenance activities affects their equipment functions if wrong type of elements used.

 

Course Content

​Module 1: Objectives of Equipment Maintenance
Module 2: Types of Maintenance Strategies
Module 3: Maintain Basic Equipment Condition
Module 4: Systematic Preventive Maintenance
Module 5: Step by Step Implementing Schedule Maintenance
Module 6: Predictive Maintenance
Module 7: Predictive Maintenance Technique
 

Hello

Glad to hear from you! Please help us to fill up the form below, brochure with complete details will share to you at soonest. Have a great day ahead!

Thanks for submitting!

Course Overview

Where traditional maintenance management programs rely on routine servicing of all machinery and fast response to unexpected failures, a predictive maintenance program schedules specific maintenance tasks as they are actually preventing and extending equipment life usefulness.
 

To understand a predictive maintenance management program, traditional management techniques should first be considered in order to understand machine failures

When a machine breaks down, fix it. The “If it ain’t broke, don’t fix it” method of maintaining plant machinery has been a major part of plant maintenance operations.

Course Objectives

  • To provide the insight of why equipment breakdown

  • To understand the real objective of maintenance

  • Define why equipment deteriorate

  • How to use the time base schedule maintenance

  • How to use the condition base predictive maintenance

  • Strategize for zero unplanned equipment failures

Course Benefits

  • Participant will be exposed how to approach the zero-breakdown strategy

  • Gained proper strategy to achieve zero failure

  • Increase the productive, reduce the breakdown

Who Should Attend

  • Quality Assurance, Quality Control, Production, Process,

  • Managers, Executives, Engineers

  • Supervisors, Technicians and anyone who would like to improve their knowledge in Maintenance.
     

Also, for those who are in operations would like to acquire an understanding of how the quality of the maintenance activities affects their equipment functions if wrong type of elements used.

 

Course Content

​Module 1: Objectives of Equipment Maintenance
Module 2: Types of Maintenance Strategies
Module 3: Maintain Basic Equipment Condition
Module 4: Systematic Preventive Maintenance
Module 5: Step by Step Implementing Schedule Maintenance
Module 6: Predictive Maintenance
Module 7: Predictive Maintenance Technique
 

Hello

Glad to hear from you! Please help us to fill up the form below, brochure with complete details will share to you at soonest. Have a great day ahead!

Thanks for submitting!

Course Overview

Where traditional maintenance management programs rely on routine servicing of all machinery and fast response to unexpected failures, a predictive maintenance program schedules specific maintenance tasks as they are actually preventing and extending equipment life usefulness.
 

To understand a predictive maintenance management program, traditional management techniques should first be considered in order to understand machine failures

When a machine breaks down, fix it. The “If it ain’t broke, don’t fix it” method of maintaining plant machinery has been a major part of plant maintenance operations.

Course Objectives

  • To provide the insight of why equipment breakdown

  • To understand the real objective of maintenance

  • Define why equipment deteriorate

  • How to use the time base schedule maintenance

  • How to use the condition base predictive maintenance

  • Strategize for zero unplanned equipment failures

Course Benefits

  • Participant will be exposed how to approach the zero-breakdown strategy

  • Gained proper strategy to achieve zero failure

  • Increase the productive, reduce the breakdown

Who Should Attend

  • Quality Assurance, Quality Control, Production, Process,

  • Managers, Executives, Engineers

  • Supervisors, Technicians and anyone who would like to improve their knowledge in Maintenance.
     

Also, for those who are in operations would like to acquire an understanding of how the quality of the maintenance activities affects their equipment functions if wrong type of elements used.

 

Course Content

​Module 1: Objectives of Equipment Maintenance
Module 2: Types of Maintenance Strategies
Module 3: Maintain Basic Equipment Condition
Module 4: Systematic Preventive Maintenance
Module 5: Step by Step Implementing Schedule Maintenance
Module 6: Predictive Maintenance
Module 7: Predictive Maintenance Technique
 

Hello

Glad to hear from you! Please help us to fill up the form below, brochure with complete details will share to you at soonest. Have a great day ahead!

Thanks for submitting!

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