ORMC administration
The Office of Risk Management and Compliance administers the programme and provides directives, standards, forms and checklists for general laboratory safety.

NUS laboratory safety programme
Policies, directives, standards, forms and practical guidance to help NUS staff, students and visitors manage the hazards associated with laboratory operations.
Programme overview
NUS is committed to adopting laboratory best practices and making reasonable efforts to protect the safety and health of staff, students and visitors on campus.
The Office of Risk Management and Compliance administers the programme and provides directives, standards, forms and checklists for general laboratory safety.
Supervisors identify training and supervision needs, authorise access, induct new users and make arrangements appropriate to each person's work and experience.
Laboratories are designed, commissioned, operated, maintained and decommissioned with hazards, shared work, contractors and changes properly controlled.
Laboratory lifecycle
Work through these stages when establishing, operating, changing or closing a laboratory. The activity-based risk assessment remains central throughout.
Identify the intended work and hazards early. Apply the Laboratory Design Standard and design checklist to new construction, additions and alterations.
Outcome: design requirements are addressed before fit-out.Break the work into activities, identify hazards and consequences, and establish controls using the activity-based risk-assessment process.
Outcome: risks and required controls are documented before work starts.Verify that the completed laboratory, its safety provisions and operating arrangements are ready for the proposed work.
Outcome: the laboratory is commissioned before research begins.Control access, induct new users, provide suitable supervision and training, manage contractors, and coordinate work in shared laboratories.
Outcome: users understand the hazards, controls and local arrangements.When the project, equipment, process or location changes, return to Step 2 to reassess the work. For relocation, complete Step 3 for the destination laboratory before work resumes.
Outcome: changes are reassessed and the destination is ready for the proposed work.Before vacating, closing or handing over a laboratory, remove hazardous materials and complete the formal decommissioning process.
Outcome: the vacated space is confirmed free of hazardous materials and ready for handover.Programme library
Items below retain the destinations published on the source page. SharePoint resources may require an NUS sign-in.
Digital services
Use the NUS services linked below for laboratory signs and safety-and-health management.
Access the integrated information system used to manage campus safety and health.
Learn about and access EHS360 →Create a standard NUS laboratory sign for display at the laboratory entrance.
Common questions
Refer to the NUS Laboratory Design Standard for the applicable design requirements.
Refer to “Contractor Management” in section 8.12 of the General Laboratory Safety and Health Manual. It sets out roles and responsibilities, the briefing checklist and the documents required from contractors.
Refer to “Safe Use of Shared Equipment” and “Safety Guidelines for Bench-Work in Shared Laboratories” in sections 8.7 and 8.8 of the General Laboratory Safety and Health Manual. They address risks arising from shared equipment and the hazards of different laboratory groups working in the same space.
Decommission the vacated laboratory so it is free of hazardous materials, following “Laboratory Decommissioning” in section 8.11 of the General Laboratory Safety and Health Manual. The relevant Safety & Health Coordinator / Business Partner should commission the destination laboratory before research work begins.
Programme support
For enquiries about the General Laboratory Safety and Health Manual, contact Joel Swee. For enquiries about the Laboratory Design Standard, contact Danny Toh.