Cross Laminated Timber (CLT) and Glued Laminated Timber (Glulam) are engineered wood systems which have been identified as innovative products that can raise construction productivity. Such systems offer greater design flexibility, rapid installation, and waste and weight reduction as seen in many construction projects overseas. In the local scene, the industry has become more aware of the benefits of such technology, with a number of CLT/Glulam projects in the pipeline. In order to gain real traction for its adoption, the various considerations such as humidity, performance, termite protection, building envelope design and fire safety regulations have to be addressed. This 2-day workshop aims to elevate the knowledge and skill of the participants in the design and construction of CLT and Glulam structures. It will address the various considerations which may have caused reservations in its adoption.

The new Certification Course for Green Mark Facilities Professional (GMFP) is tailored for Facilities Management (FM) practitioners and other stakeholders working on existing buildings to advance their technical knowledge and skills in green building solutions so as to manage, maintain, retrofit and operate a building at optimal efficiency.

Architectural and engineering entrants in our local construction industry are required to be familiarised with basic knowledge on requirements and responsibilities under the Building Control Act and Regulations.

Timber doors, wardrobes and kitchen cabinets are important components to residential homeowners. However, these components are often seen as problematic areas with defect complaints. The Good Industry Practices - Timber Doors and Good Industry Practices - Wardrobes & Kitchen Cabinets were developed to share with the industry good work practices adopted by practitioners and contractors who have consistently delivered high quality work.This course complements the guidebook by providing practical tips on how good quality timber doors, wardrobes and kitchen cabinets can be achieved on site.

SS EN 1994 (Eurocode 4) is the new standard for design of composite structures. It covers many forms of composite structural design and provides the most comprehensive and up-to-date set of design guidance currently available. This course aims to provide civil and structural engineers an introduction to the Eurocode provisions for the design of steel-concrete composite building structures. The course will cover primary design issues and design procedures for composite beams and slabs as used in modern building construction. It also covers shear connections, column design and the interaction between Eurocode 4 and other Eurocode parts. Cross references will be made to the other Eurocode parts which are needed to develop design solutions, for example, SS EN 1991 (Eurocode 1 - Actions on structures), SS EN 1992 (Eurocode 2 - Design of concrete structures) and SS EN 1993 (Eurocode 3 - Design of steel structures) and their respective Singapore National Annexes. Practical examples with direct reference to the code clauses will be used to illustrate the application of the code requirements.

The Good Industry Practices - Painting was developed to highlight good painting practices adopted by practitioners and to raise awareness of the different paint systems, the selection criteria and application processes. This course complements the guidebook, by providing practical suggestions on how good quality painting can be achieved on site. Common defects associated with paints, their causes and preventive measures are also covered in this course.

Connections form a very important part of any steel structure and integrity of the structure depends on them. Accurate details and specifications are required for fabrication to ensure trouble-free erection. The workshop will focus on connection design specifications as per the new SS EN 1993 (Eurocode 3): Part 1-8: Design of joints. Results of recent research on steel connections detailing and fabrication will also be introduced. The course will be taught with practical examples of connection designs which are reliable as well as economical.

The built environment sector has seen significant transformation from 2D drafting to 3D modelling in recent years. While the Civil and Structural (C&S) BIM e-submission is gaining traction, structural calculations are still generated in PDF to justify the sizes of load bearing elements. There is disconnect between analytical models used in design and physical models used to document design intent. There is indeed a need to push for the integration of physical and analytical models to maximize the benefits of BIM for structural engineers.

Under the Fire Safety Act 1993 and Fire Safety (Fire Safety Manager) Regulations 1994, it is mandatory for owners of designated buildings to appoint a Fire Safety Manager. Through the Fire Safety Manager, fire safety activities and fire prevention measures are also implemented to promote fire safety awareness among the building occupants.The aim of the course is to provide knowledge on fire safety, fire protection and fire-fighting facilities in order to perform the roles as a Fire Safety Manager.

This course complements the basic course on Eurocode 2 (EC2), Design of Concrete Structures-Eurocode vs British Standard to give a comprehensive coverage of the more advanced topics in EC2. It covers the design of prestressed concrete structures, slender columns, strut and tie of concrete regions that do not conform to flexure, core walls, foundations, retaining walls, progressive collapse, as well as both prescriptive and performance-based design of fire resistance of concrete structures. In addition, this course will equip participants with fundamental understanding of structural behaviours. It also contains worked examples, where appropriate, to enable participants to grasp the full details of the design procedures. As cross reference will be made to the basic course on EC2, participants are encouraged to attend the basic course on EC2 before attending this advanced course. This course is jointly organised by BCA Academy and Protective Technology Research Centre (PTRC) of Nanyang Technological University (NTU).