Underground and related structures are of great significance to the local construction industry. Many structures have to be built below ground and their design and construction are of importance to those in the civil engineering profession.Resident Engineers and Resident Technical Officers need to be familiar with the construction and supervision of underground and associated structures, as such foundations, basements, tunnels and earth-retaining structures.

This course covers topics rarely covered to any great extent at undergraduate level. The emphasis is on hand-based methods. They can be used directly for design or for the checking of computer-based designs. However, rather than just providing an alternate design method of equal difficulty to conventional procedures, it will be found that many problems can be tackled surprisingly easily using these powerful methods. The methods are an aid to understanding. Many worked examples are presented showing how the various methods can be used. The emphasis is on the use of the methods for practical problem solving, so little theory is presented. Appropriate reference will also be made to SS EN 1992 series on Design of Concrete Structures

This particular module will discuss the background of this Court of Appeal case and its direct impact on site supervisors as well as their employers. The course will also provide participants with an up-to-date essential knowledge of Singapores laws on negligence and the common law duty of RTO & RE (as well as engineers and other technical professional s) which are relevant to the engineering building construction (ECB) industries and are faced by or connected with ECB projects.

This course aims to highlight the key environmental concerns relating to air and water pollution from construction sites. The scope of the course will cover sources and activities on worksites that generate pollution, as well as the impact of this pollution on our environment. Regulations, management and control measures to address these pollution concerns will also be discussed.

he success of a development project depends largely on the effectiveness of the project manager and the-project team members who are involved in the project. Being a key member of the project team, it is important for the engineer to acquire the knowledge and skills of project management, so that they will be able to work closely with the project manager and contribute positively to the success of the projects.To achieve good quality construction works, it is important for the engineer to be able to manage the design process and supervise the construction work on site effectively. This course will also cover the effective management of design process by the engineers and effective supervision of construction works by the engineers and RTOs.This course will also cover the risk assessment and safety management of construction works, to provide a safe environment for all personnel working on site.In addition, this course will also touch on the skill sets required for managing projects overseas, particularly in China.

The objective of the course is to impart knowledge to the participant on the causes, prevention, inspection and rectification of cracks in concrete. In particular, cracking in concrete is explained and the allowance of its formation in design is covered. Cracks formed arising from workmanship issues are also covered. Appropriate references will be made to the Singapore Standard SS EN 1992 series on Eurocode 2 Design of concrete structures that allow cracks to form and possible ways of preventing cracking is also covered. Emphasis on how to assess the severity of the crack through a methodological approach is covered. Finally, various methods of rectification of the crack lines are covered including the appropriateness of the method to the type and nature of the crack being considered.

The construction industry is important to Singapores economic growth, contributing nearly 5% of GDP in 2015. During construction, however, projects could pose a significant risk to environmental health, potentially causing noise pollution or the spread of infectious vector-borne diseases such as dengue and malaria. Construction practices that inadequately address these issues can have damaging implications, such as adversely affecting the health and well-being of workers on-site and neighbouring communities. A balance between operational and environmental concerns is therefore crucial to ensure that timely completion of projects does not come at the cost of endangering our health and environment. The scope of this course will cover foundational concepts relating to noise and vector-borne diseases, as well as key sources and health impacts relating to noise pollution and vector-borne diseases from construction sites. Management and control measures to address these concerns will also be discussed.

In August 2019, Singapore will host the World Engineers Summit 2019 Engineering Future Cities Harnessing and Managing Technologies to Improve Quality of Life. The fourth biennial conference will continue to champion engineering-led discussions on sustainable urban development harnessing and managing today modern world technologies to improve quality of life, to deliver depth and breadth to conference delegates. PDU: 14 confirmed STU: Pending

Whilst the ideal of adopting a zero-waste approach, on grounds of sustainable construction, is well understood, to achieve it in practice can be challenging. A great deal of research has been undertaken worldwide on recycled aggregates and their use in construction and the standards/codes are slowly becoming more receptive.However, just as in the case of natural aggregates, it is important to understand how best to develop the use of recycled aggregates. Based on the vast amount of information, collated from over 1400 publications originating globally from over 65 countries, analysed and evaluated, and presented in over 600 print pages in a book form, this workshop aims to discuss the production, characteristics and use of recycled aggregates in mortar, concrete, geotechnics and road pavements. In addition, environmental impact arising from the use of the materials will be addressed.References will be made to the related standards and codes, as well as case studies undertaken using recycled aggregates. The book, used as course notes, is structured in an incisive and easy to digest manner and is particularly suited for aggregate suppliers, ready-mixed concrete producers, design engineers, specifiers, contractors, as well as academics and researchers.

The specific objective of Module 1 on Piling & Foundations is to familiarize participants with piling methods adopted in Singapore and the region and how to supervise the installation of piles. The sub-topic on foundations will provide participants with knowledge on various types of foundations and their construction and supervision.