Design of safety management systems
We support the safety of your resources, including setting safety requirements, identifying hazards, assessing risks, ensuring compliance, and providing assurance through the production of safety case artefacts.
We support the safety of your resources, including setting safety requirements, identifying hazards, assessing risks, ensuring compliance, and providing assurance through the production of safety case artefacts.
We develop and apply safety management approaches under a range of safety regulations, policies, and guidance, across high-hazard domains. Our approach to safety management follows the four-stage cycle. We can ensure cost-effective and pragmatic compliance to rules, standards, and legislation.
The importance of safety is recognised by all but the sheer complexity of a platform or other resources, the number of stakeholders involved, and complex regulatory regimes and underpinning processes can all undermine your confidence in the safety of a design or a design change to a platform.
Developing safety policy, standards and regulations for the organisation, direction, and implementation of safety management in teams, organisations, projects, or programmes.
Providing safety audit planning, strategy, audit scope, and analysis of audit provision for teams and projects, including conducting audit visits, documentation assessments and functional safety analysis against defined Standards.
Defining, scoping, supporting, and recording the activities and techniques necessary to identify and analyse safety hazards and the associated risks.
Conducting safety activities for the procurement, transportation, storage, handling, preparation and use of WOME items to meet pan domain policy and regulation.
Management of programmable elements used in safety systems, where software is a contributing factor in the overall functional safety of a system and assuring its adequacy.
An arc flash hazard is a dangerous release of energy caused by an electric arc. These hazards exist when employees are exposed to live electrical conductors or perform routine tasks where electrical equipment is not correctly installed or adequately maintained.
An arc flash hazard analysis is used to determine the risk of personal injury due to exposure to incident energy from an electrical arc flash.
We help you take every reasonable precaution to protect workers in a maritime environment from electrical hazards following workplace health and safety regulations.
We offer unique maritime arc-flash hazard analysis to ensure the risk is assessed and mitigated by recommending solutions that improve safety.
We also design and analyse maritime electrical systems for government and commercial customers.
We specialise in the mathematical modelling and simulation of engineering problems, which helps you safely and accurately assess operational issues before implementation.
In the event of a fire, the impact is often very significant; an in-depth investigation into the origin and cause as well as swift handling of the case is therefore imperative for all parties involved.
We evaluate the suitability or interaction of materials to support design, maintenance, and investigations.
We are world leaders in managing reliability and retaining or restoring your technical assets to the necessary condition when carrying out maintenance.
Ports, marinas, harbours, and shipyards face many challenges regarding the risks associated with climate change and extreme weather.
Singapore's port has historically been a critical driver of Singapore's connectivity and competitiveness and will continue to be one.
The pandemic has accelerated the adoption of technologies for the shipping industry. The use of innovative tools and technologies can overcome border restrictions; for instance, with remote surveys and inspections, surveyors do not have to be physically present on-site or on board a vessel; instead, surveyors can now provide support, anytime, anywhere, with the use of the online connection, video streaming and other digital tools. But is a small survey the answer for every situation?
Ports and harbours are a critical part of global trade-led development for the ‘Blue Economy' and provide access to international markets and supply chains.
Singapore is transforming rapidly to position itself as a regional leader in new energy and speciality chemical and pharmaceutical sectors. Safety is paramount in these industries, particularly considering local land use challenges and process facilities located in urban settings or near congested ports. Process safety recommendations directly impact optimum land use and project economics. Therefore experience and expertise in these areas become critical to the success of new energy ventures.
There is no prescribed methodology for demonstrating the necessary control measures that will continue to reduce risks to ‘As Low as Reasonably Practicable’ (ALARP). However, several basic approaches may be used to support the provision of evidence and justification.
