Reference
Monitoring Standards
A plain-language guide to the Australian and international standards that govern structural monitoring, construction vibration, and environmental noise measurement.
Explosives: Storage and Use, Part 2: Use of Explosives
Standards Australia
Scope
Sets guideline vibration limits (peak particle velocity) and airblast overpressure limits for blasting operations near buildings and structures. Defines measurement methods and frequency-dependent limit curves for different building types.
How Oculus Applies It
Referenced by SARA, council, and TMR approval conditions for any project involving rock breaking, blasting, or controlled demolition. Oculus deploys geophone and microphone arrays calibrated to AS 2187.2 limits.
Vibrations in Buildings: Effects on Structures
Deutsches Institut fur Normung (DIN)
Scope
Provides guideline vibration values for evaluating the effects of short-term, transient, and continuous vibration on building structures. Covers foundation vibration from construction equipment including piling, compaction, and demolition. Widely adopted in Australia as the primary reference for non-blast construction vibration.
How Oculus Applies It
Commonly referenced for continuous and transient vibration from construction equipment (piling, compaction, demolition) on building structures. Oculus monitoring management plans specify DIN 4150-3 limits when approval conditions call for it, with sensor placement and trigger levels set per building class.
Evaluation and Measurement for Vibration in Buildings: Guide to Damage Levels from Groundborne Vibration
British Standards Institution (BSI)
Scope
Provides guidance on vibration levels at which cosmetic, minor, and major structural damage may occur in residential, commercial, and industrial buildings. Supplements DIN 4150-3 with additional damage threshold data.
How Oculus Applies It
Used by Oculus engineers as a secondary reference when assessing risk to heritage or structurally sensitive buildings. Particularly useful for dilapidation assessments where DIN 4150-3 limits alone may not adequately protect fragile structures.
Acoustics: Description and Measurement of Environmental Noise
Standards Australia
Scope
Defines methods for measuring and describing environmental noise, including the selection of measurement positions, duration, and statistical descriptors (LAeq, LA10, LA90, LAmax). Covers both continuous and intermittent noise sources.
How Oculus Applies It
All Oculus environmental noise monitoring follows AS 1055 methodology. Noise loggers are configured to record the full statistical suite (LAeq, LA10, LA90, LAmax) at intervals specified by the monitoring management plan, producing data suitable for EPA and council compliance reporting.
Condition Monitoring and Diagnostics of Machines: Data Processing, Communication and Presentation
International Organization for Standardization (ISO)
Scope
Establishes a framework for condition monitoring data acquisition, processing, and presentation across six functional blocks: data acquisition, data manipulation, state detection, health assessment, prognostic assessment, and advisory generation.
How Oculus Applies It
Written for rotating machinery, but the block model is a useful reference when structuring civil structural health monitoring workflows (ingest, state checks, alerts, reporting). Oculus uses it as organisational guidance only. Project compliance still follows the civil, noise, vibration, and environmental instruments named in each approval.
Methods for Sampling and Analysis of Ambient Air (selected methods)
Standards Australia
Scope
A family of standards covering site selection, equipment requirements, and methods for sampling and analysis of ambient air pollutants, including suspended particulate matter. Individual parts describe gravimetric or continuous approaches depending on the parameter.
How Oculus Applies It
When dust or PM10/PM2.5 monitoring must be defensible against ambient air methodology, approvals or environmental planners may reference AS 3580 methods alongside EPA guidance. Oculus programmes follow the measurement approach set out in the monitoring management plan and the controlling approval conditions.
Environmental Protection (Noise) Policy 2019
Queensland Government
Scope
Sets acoustic quality objectives for sensitive receiving environments in Queensland. Defines acceptable noise levels by receiver type (residential, commercial, sensitive) and time period (day, evening, night). Applies to construction, industrial, and commercial noise sources.
How Oculus Applies It
Queensland-specific noise compliance requirements are referenced in SARA and BCC approval conditions. Oculus noise monitoring programmes are designed to demonstrate compliance with EP(N)P 2019 objectives, with threshold alerts set to the applicable day/evening/night limits.
Guide to Noise and Vibration Control on Construction, Demolition and Maintenance Sites
Standards Australia
Scope
Provides practical guidance on noise and vibration management for construction sites, including source control measures, screening, work scheduling, community notification, and monitoring requirements. Covers both occupied and unoccupied sites.
How Oculus Applies It
Referenced in construction noise management plans. Oculus uses AS 2436 guidance to recommend sensor placement, monitoring duration, and community notification thresholds within monitoring management plans.
Quick Reference
Which standards apply?
Real projects usually invoke more than one document. Treat this table as a starting point and always follow the approval conditions for your site.
| Scenario | Typical standards | Notes |
|---|---|---|
| Blasting near buildings | AS 2187.2 (primary for blast vibration and airblast); often supported by AS 2436 for site noise and vibration management | Approval conditions may also reference DIN 4150-3 or project-specific structural limits for adjacent buildings |
| Piling, compaction, demolition vibration | DIN 4150-3 (often cited for building vibration from construction equipment); BS 7385-2 often used as a supplementary damage-risk reference | Blast events on the same project may still require AS 2187.2; always follow the approval document hierarchy |
| Heritage or fragile buildings (damage risk) | BS 7385-2 (damage threshold guidance); usually read together with DIN 4150-3 operational limits and project-specific conditions | Pre-works structural records and monitoring thresholds should align; fragile fabric may need tighter controls than generic classes |
| Construction noise measurement | AS 1055 (measurement methodology); EP(N)P 2019 or state EPA policy (limits and assessment context) | Council or SARA conditions may add extra reporting rules on top of the base policy set |
| Dust, PM10 or PM2.5 monitoring | AS 3580 series methods where cited for ambient particulate sampling or analysis; state EPA policy and project-specific limits for assessment context | Fence-line construction dust programmes often pair continuous nephelometer-style indicators with reference methods required by the approval |
| Structural monitoring system architecture | ISO 13374 (optional reference for data-flow structure only); project-specific structural, rail, and geotechnical requirements for limits and acceptance | ISO 13374 targets industrial machinery; use it for workflow design, not as a substitute for Australian construction or environmental compliance standards |
| Construction site noise and vibration management planning | AS 2436 (practical guidance on controls and monitoring); read with AS 1055 and the applicable vibration standard for the source | A management plan should name which limits apply for each receiver line and each work stage |
Need Help?
Not sure which standard applies to your project?
Our engineers can review your approval conditions and recommend the right monitoring approach. Get in touch for a no-obligation discussion.
Talk to an Engineer