Building engineering practitioner registration - New

Application for building engineer practitioner registration.

Building engineering practitioners are registered under the Building Services (Registration) Regulations 2011 by both area (civil, structural, mechanical, fire safety) and level (professional, technologist, associate). Each level has different experience, qualification, and competence requirements, as well as different scope of work.

Scope of work

The type and size of buildings that building engineering professionals, technologists and associates can work on are:

Professionals – professional and technical engineering work for unlimited size and type of buildings.

Technologists – technical engineering work for low and medium rise buildings, which are:

  • Class 1 and 10 buildings; and
  • Class 2-9 buildings up to a maximum of 3 storeys above a class 7a storey, but not Type A construction except for class 2, 3 and 9 buildings.

Associates – technical engineering work for low rise buildings, which are:

  • Class 1 and 10 buildings; and
  • Class 2-9 buildings up to 2000m2, of Type C construction only.

For fire systems technologists and associates the scope of work is different.

Fire systems technologists – technical fire systems engineering work for unlimited size and type of buildings.

Fire systems associates – technical fire systems engineering work for low and medium rise buildings, which are:

  • Class 1 and 10 buildings; and
  • Class 2-9 buildings up to a maximum of 3 storeys above a class 7a storey, but not Type A construction except for class 2, 3 and 9 buildings.

Specific activities – by area

The types of work captured under each area of building engineering prescribed for registration are described below.

The descriptions are a guide to what is covered under each area of building engineering for the purposes of the Regulations. It is the responsibility of each individual practitioner and contractor to consider how the Act and Regulations apply to the building engineering services they intend to undertake to determine whether, and in which area(s) and level(s) of building engineering, they need to be registered to provide those services.

Where building engineering work falls in the intersection of two or more areas, the engineer providing the services need only be registered in the most appropriate area. However, some work may expand across two or more areas of engineering. In that case the person must be registered in both or all areas of engineering. Alternatively, multiple engineers may be required to carry out the work.

Registration is currently only required for engineering work in the building industry. The descriptions in this guide therefore focus on the work within each area of engineering as it relates to buildings, as defined under the NCC. The full scope of work undertaken within the prescribed areas of engineering includes work in other industries, such as infrastructure and mining. However, registration is not required to do this work in WA.

Civil

Civil engineering deals with the research, design, construction and maintenance of the human-made environment. Civil engineering has many different areas of focus or specialty areas. The main areas of focus that relate to buildings are: structural, geotechnical, and hydraulic engineering.

Civil engineers working in the building industry can work with foundations and footing systems, construction materials, structural systems, and hydraulic supply and waste systems.

Building engineers providing professional or technical engineering services in any of the above areas must be registered in the area of civil engineering.

However, design of water supply, sanitary and drainage plumbing is excluded from the definition of building engineering work. People contracting for or doing plumbing design work are not required to be registered as building engineers.

Structural

Structural engineering primarily deals with the research, design, construction, monitoring, maintenance, rehabilitation and demolition of buildings and incidental structures, both permanent and temporary.

Structural engineers working in the building industry can work with foundations and footings systems, construction materials and structural systems.

Building engineers providing professional or technical engineering services in any of the above types of work must be registered. As structural engineering is an area of focus of civil engineering, a practitioner may be registered as either a civil engineer or a structural engineer or may apply for dual registration.

Mechanical

Mechanical engineering involves the research, design, construction, analysis, manufacture and maintenance of devices, machines, and mechanical structures and systems.

Mechanical engineers working in the building industry work with mechanical systems for heating, ventilation, air conditioning and refrigeration (HVAC-R); smoke control; vertical transport; thermal and environmental systems; and systems to aid people with disabilities.

Building engineers providing professional or technical engineering services in any of the above types of work must be registered in the area of mechanical engineering.

Fire safety

Fire safety engineering involves the application of scientific and engineering principles, rules, and expert judgement based on an appreciation of the fire phenomenon, the effects of fire and the reaction and behaviour of people and materials to:

  • save life, protect property and preserve the environment and heritage from destructive fire.
  • assess the hazards and risk of fire and its effects.
  • mitigate fire damage by proper design, construction, arrangement and use of buildings, materials, structures, industrial processes, and transportation systems; and
  • evaluate analytically the optimum protective and preventive measures, including high-level fire safety design and strategies, necessary to limit, within prescribed levels, the consequences of fire.

Fire safety engineers develop holistic fire safety strategies and an integrated fire safety design which identifies all the fire safety measures required to meet the relevant performance requirements of the NCC to save life, protect property and preserve the built environment from destructive fire, through proper design, construction arrangements, and use of building materials.

Fire safety engineering is multidisciplinary in nature, having substantial relationships with building services, mechanical, electrical, electronics, chemical, structural and civil engineering, and embracing an understanding of human behaviour. However, a fire safety engineer who provides professional engineering services for buildings that span multidisciplinary areas is only required to be registered in the area of fire safety engineering.

Fire systems

Unlike the other areas of building engineering, fire safety engineers may only be registered at the professional level. The related technologist and associate levels, in the area of fire engineering, are fire systems engineers.

Fire systems technologists and associates may do technical engineering work for prescribed fire systems, including hydrant, hose reel and sprinkler systems; fire detection and alarm systems; and smoke control systems.

Fire systems technologists may design fire systems in buildings of any class and size. Fire systems associates may design fire systems in medium rise buildings. These scopes of work vary from those prescribed for engineering technologists and associates in other areas, being medium and low-rise buildings respectively. This is because low rise buildings do not tend to have fire safety systems.

Specific activities – by level

Professional

Professional building engineering contractors may do both professional and technical engineering work, for any size or class of building. This means applying engineering principles and data to a design, or construction or production activity, both in accordance with a prescriptive standard and otherwise.

Registered professional building engineers are professional engineers in accordance with the NCC definition and may provide a certificate or report as evidence of suitability in accordance with the NCC Part A5.2, and undertake any other work that the NCC states may or must be done by a professional engineer.

Technologist

Building engineering technologist contractors may do technical engineering work for medium rise buildings without supervision. This means applying engineering principles and data to a design, or construction or production activity, in accordance with a prescriptive standard, for medium rise buildings.

The exception to this rule is fire systems technologists, who may do technical engineering work without supervision for buildings of any size or class. Low-rise buildings don’t tend to contain fire safety systems, so the permitted scope of work for fire systems technologists is unrestricted.

The general restriction to medium rise buildings does not mean that building engineering technologists may undertake all engineering work for medium rise buildings. The restriction to technical engineering work also applies. Professional engineering work for medium rise buildings must still be undertaken by a registered professional building engineer.

Registered building engineering technologists may, subject to the determination of the certifying building surveyor and/or permit authority, be ‘appropriately qualified persons’ in accordance with the NCC definition. As an appropriately qualified person, building engineering technologists may provide a certificate or report as evidence of suitability in accordance with the NCC Part A5.2, or undertake any other work that the NCC states may be done by an appropriately qualified person.

Associate

Building engineering associate contractors may do technical engineering work for low rise buildings without supervision. This means applying engineering principles and data in accordance with a prescriptive standard, for low rise buildings. The exception to this rule is fire systems associates, who may do technical engineering work without supervision for medium rise buildings.

The general restriction to low rise buildings does not mean that engineering associates may undertake all engineering work for low rise buildings. The restriction to technical engineering work also applies. Professional engineering work for low rise buildings must still be undertaken by a professional engineer.

Registered building engineering associates may, subject to the determination of the certifying building surveyor and/or permit authority, be ‘appropriately qualified persons’ in accordance with the NCC definition. As an appropriately qualified person, building engineering associates may provide a certificate or report as evidence of suitability in accordance with the NCC Part A5.2, or undertake any other work that the NCC states may be done by an appropriately qualified person.

Prescriptive standards

Professional engineering work is defined as being engineering work that requires, or is based on, the application of engineering principles and data to a design, or construction or production activity, relating to engineering; but does not include engineering work that is done only in accordance with a prescriptive standard.

Technical engineering work means engineering work that requires, or is based on, the application of engineering principles and data to a design, or construction or production activity, relating to engineering, and is done in accordance with a prescriptive standard.

The definition of ‘prescriptive standard’ is therefore key to deciphering both of these definitions.

A prescriptive standard is defined as being a document that states procedures or criteria —

  1. for carrying out a design, or a construction or production activity, relating to engineering; and
  2. the application of which, to the carrying out of the design, or the construction or production activity, does not require advanced scientifically based calculations.

A prescriptive standard must be a document, and:

  1. state procedures or criteria for carrying out the design, or the construction or production activity to which it relates;
  2. require little or no engineering judgement to apply the stated procedures or criteria; and
  3. not require advanced, scientifically based calculations to apply the stated procedures or criteria.

An example of a prescriptive standard is AS1684 Residential Timber Framed Construction.

A prescriptive standard may be published by a body such as Standards Australia or produced by an individual engineer for application in particular circumstances. However, many Australian Standards will not meet the definition of ‘prescriptive standard’ because, for example, they require the exercise of judgement, or require advanced, scientifically based calculations.

Procedures documented in a prescriptive standard must not require a choice or judgement, based on engineering knowledge or experience, to be made in applying them. A prescriptive standard may require the use of mathematical formulae to apply the documented procedures. Calculations required by a prescriptive standard must be those that could be performed by a person without the level of knowledge and experience of a professional engineer.

A decision to use a prescriptive standard may be a professional engineering service if it requires professional judgement about which prescriptive standard to apply in a particular situation. Alternatively, if a prescriptive standard defines precisely the circumstances in which it may be used, and it is used only in accordance with these requirements, then the decision to apply it may be technical engineering work.

However, the areas and levels of registration are defined by qualification, rather than type of work undertaken. And people are required to be registered to undertake both professional and technical engineering work. So defining the boundary between professional and technical engineering work is arguably both simpler and less imperative in WA than it is in jurisdictions which only regulate professional engineering work.

Approved assessment entities’

Approval has been granted to the following assessment entities, for each class of building engineering practitioner registration:

Class of registration

Assessment entities

Building engineering practitioner, structural – professional
  • Engineers Australia
  • Professionals Australia
Building engineering practitioner, structural – technologist
  • Engineers Australia
Building engineering practitioner, structural – associate
  • Engineers Australia
Building engineering practitioner, fire safety – professional
  • Engineers Australia
Building engineering practitioner, fire systems – technologist
  • Engineers Australia
  • Fire Protection Association, Australia
  • National Fire Industry Association
Building engineering practitioner, fire systems – associate
  • Engineers Australia
  • Fire Protection Association, Australia
  • National Fire Industry Association

The Board is unable to accept and consider applications for registration as a building engineering practitioner without the necessary certificate from an approved assessment entity.

The Board registers building engineering practitioners by area (civil, structural, mechanical, fire safety) and level (professional, technologist, associate).

You can use the information below to better understand the minimum qualification and experience requirements that apply to each area and level. The experience requirement is generally 5 years full-time, relevant building engineering experience in the 10 years before the date of the application for registration, with at least 4 years being post-graduate experience.

Practitioner registration areas

Civil

LevelQualificationExperience
ProfessionalQualification in civil engineering accredited under the Washington Accord5 years
TechnologistQualification in engineering technology, science or design in the civil discipline accredited under the Sydney Accord5 years
AssociateQualification in civil design, construction or drafting accredited under the Dublin Accord5 years

Structural

LevelQualificationExperience
ProfessionalQualification in civil or structural engineering accredited under the Washington Accord5 years
TechnologistQualification in engineering technology, science or design in the structural discipline accredited under the Sydney Accord5 years
AssociateQualification in structural design or drafting accredited under the Dublin Accord5 years

Mechanical

LevelQualificationExperience
ProfessionalQualification in mechanical engineering accredited under the Washington Accord5 years
TechnologistQualification in engineering technology, science or design in the mechanical discipline accredited under the Sydney Accord5 years
AssociateQualification in mechanical design or drafting accredited under the Dublin Accord5 years

Fire Safety

LevelQualificationExperience
ProfessionalQualification in a relevant field of engineering accredited under the Washington Accord, and a Graduate Diploma or Master's degree in fire engineering if the foundation degree is not in Fire Engineering5 years

Fire Systems

LevelQualificationExperience
TechnologistDiploma in fire systems design with units relevant to one or more prescribed fire systems5 years
AssociateDiploma in fire systems design with units relevant to one or more prescribed fire systems3 years

Compliance requirements in WA

To get a WA registration:

  • Must have an appropriate qualification or equivalent.
  • Must have appropriate experience.
  • Must have an Australian Police Check.
  • Must be a fit and proper person to hold a registration.
  • Must pay an application fee.

To keep a WA registration:

  • Must renew the registration every three years.

You must also comply with the Building Services (Registration) Act 2011, Building Services (Complaint Resolution and Administration) Act 2011, Building Act 2011, Building Regulations 2012, Building Services (Registration) Regulations 2011, and Building Services (Complaint Resolution and Administration) Regulations 2011.

How do I apply?

To be registered as a building engineering practitioner you must first have your qualifications and experience assessed by an approved assessment entity.

Important: 

If your assessment certificate predates 1 July 2024, you need to obtain written confirmation from the assessment entity that your qualifications and experience were assessed in accordance with the prescribed requirements for registration in Western Australia from 1 July 2024.

Once an approved assessment entity has assessed your qualifications and experience, you can apply to the Building Services Board for registration. 

  • To apply for registration as a building engineering practitioner you must complete an application form for the relevant area and level below
  • Choose the area and level that accord with the assessment entity’s assessment of your qualifications and experience. 
  • When you have completed the application form submit it and your supporting documentation to Licensing Services with the applicable fees. 
  • Your application can be submitted online, by post or in person.

Complete an application form for the relevant area and level below.

  • Or, click here to submit and pay for the application online.

Automatic mutual recognition and Mutual recognition

If you are registered or licensed as a building engineer elsewhere in Australia or New Zealand and want to carry out building engineering work in Western Australia, you can find out more information about having your licence recognised in WA.

Automatic mutual recognition will be available to engineers registered in participating states and territories from 1 July 2027, when WA’s transition period ends and registration becomes mandatory for engineers to work in the WA building industry.

Warning:

The Design and Building Practitioners Act 2020 (NSW) registers people to work on class 2, 3 and 9c buildings only. [1]

If you use NSW DBPA registration to work in WA under mutual recognition, you will be restricted to working only on class 2, 3 and 9c buildings for which you are registered in NSW.

If you want to work on all classes of buildings in WA, you will need to either:

  • Apply for mutual recognition or ADR using registration from another state or territory, that registers you to work on all building classes; or
  • Submit a new application to be registered in WA.

[1] Design and Building Practitioners Regulation 2021 (NSW) r.12

Still unsure which form to use?

If you are unsure of which form to use or about any of the information above, contact Licensing Services on 1300 489 099 or email be.info@demirs.wa.gov.au.

Areas, levels and application form options

Structural - professional

Limits

  • No limit to the type of structural engineering work that may be carried out.

Qualification

  • Bachelor or Master of civil or structural engineering accredited to the Washington Accord and published by Engineers Australia's Australian Engineering Accreditation Centre.

Experience

  • 5 years of full-time relevant building engineering experience (at least 4 years being post-graduate) in the past 10 years.

Application form

Structural - technologist

Limits

  • Limited to technical structural engineering work for low or medium-rise buildings.

Qualification

  • Bachelor of engineering technology, science or design in the structural discipline accredited to the Sydney Accord and published by Engineers Australia's Australian Engineering Accreditation Centre.

Experience

  • 5 years of full-time relevant building engineering experience (at least 4 years being post-graduate) in the past 10 years.

Application form

Structural - associate

Limits

  • Limited to technical structural engineering work for low-rise buildings.

Qualification

  • Advanced Diploma or Associate Degree in structural design or drafting accredited to the Dublin Accord and published by Engineers Australia's Australian Engineering Accreditation Centre.

Experience

  • 5 years of full-time relevant building engineering experience (at least 4 years being post-graduate) in the past 10 years.

Application form

Fire safety - professional

Limits

  • No limit to the type of fire safety engineering work that may be carried out.

Qualification

  • Bachelor or Master in a relevant field of engineering accredited to the Washington Accord and published by Engineers Australia's Australian Engineering Accreditation Centre and, if the degree is not in fire engineering, a Graduate Diploma in fire engineering or a Master of fire engineering.

Experience

  • 5 years of full-time relevant building engineering experience (at least 4 years being post-graduate) in the past 10 years.

Application form

Fire systems - technologist

Limits

  • Limited to technical fire systems engineering work for all building.

Qualification

  • Diploma in fire systems design with units relevant to 1 or more prescribed fire systems.

Experience

  • 5 years of full-time relevant building engineering experience in the past 10 years.

Application form

Fire systems - associate

Limits

  • Limited to technical fire systems engineering work for low and medium-rise buildings.

Qualification

  • Diploma in fire systems design with units relevant to 1 or more prescribed fire systems.

Experience

  • 3 years of full-time relevant building engineering experience in the past 10 years.

Application form

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