ST0613 Acoustics deals with all types of waves in a variety of different situations. The waves may include sound and vibration in air and water, as well as very low (infra) and very high (ultra) sound waves. A knowledge of how these waves behave in different media has enabled technologies to develop in fields as diverse as architectural, musical and medical engineering. Acoustics is considered in many construction and major engineering projects, such as Crossrail, HS2, and The Sage Concert Hall Gateshead, amongst many others.Typically, companies that are involved in acoustics include specialist consulting firms for the built environment; planning consultants; construction companies; health and safety practitioners; entertainment and performing arts venues; product manufacturers; engineering, and national and local government. Due to the specialist nature of the subject, an Acoustics Engineering Technician would commonly be part of a wider project team, focusing on the acoustic aspects of a project alongside fellow specialists such as Acoustics Consultants and Engineers. An Acoustics Engineering Technician will undertake tasks in support of practitioners in acoustics, including consultants, laboratories, local authorities, transport authorities and other engineering disciplines in a variety of professional areas. Specific job roles that would be relevant to an Acoustics Engineering Technician would include: Architectural and Environmental Acoustics Technician Acoustics Laboratory Technician Acoustics Calibration Engineering Technician Supporting Environmental Health Practitioner for noise Acoustics Product Design Technician An Acoustics Engineering Technician understands the science of sound and vibration propagation and applies this to work areas relevant to their employer's working practices. They often apply the same fundamental principles to solving acoustic problems in different contexts e.g. architectural and environmental acoustics would be applicable as part of a planning application.Typical duties would include noise/vibration surveying and testing; data acquisition, processing and analysis; calculation; specialist acoustics modelling; reporting; maintenance and calibration of equipment and client liaison.

ST0263 This occupation is found in both the new build and refurbishment construction sector. The construction industry is central to creating the homes, schools, hospitals, energy and transport infrastructure society needs. There is growing demand for carpenters and joiners to help meet the need for new homes.The broad purpose of the occupation is working with building materials (most often wood) to create and install building components. This typically involves shaping and cutting materials, installing finished materials like partitions, doors, staircases, window frames, mouldings, timber floor coverings and erecting structural components such as floor joists and roofs. All work needs to be carried out safely, using the appropriate tools and to the quality specified.This occupation includes two different options and people will either work on a construction site as an Advanced Site Carpenter or in a workshop as an Advanced Architectural Joiner:Advanced Site Carpenters work on building sites in the construction of domestic and commercial properties, preparing and installing complex and bespoke building components. They prepare, construct and erect irregular and complex roof structures.Advanced Architectural Joiners are employed in a workshop producing complex building components by setting out, marking out and producing assembled components requiring advanced skilled work including the full range of woodworking machines. There will sometimes be a need for refurbishment/repair work of bespoke pieces. They have an in depth knowledge of a range of manufacturing components from a range of hardwoods and softwoods.In their daily work, an employee in this occupation liaises with other construction trades such as bricklayers, plasterers and plumbers, supervisors, site management, architects, designers, contractors and customers. An Advanced Site Carpenter would generally liaise with other trades such as bricklayers, plasterers and plumbers, site management and contractors. Advanced Architectural Joiners would liaise with other workshop colleagues as well as architects, designers and customers.An employee in this occupation will be responsible for working in a team, sometimes supervising others, using machinery and tools to create or refurbish/repair structures or components from the designs, plans and specifications of architects and designers that meet the client's expectations. Having attained this level, they will be competent to progress further in the industry as team leaders, trade forepersons, contract or works managers.

ST0533 Architects are registered professionals, trained to requirements defined by the Architects Registration Board (ARB) and Royal Institute of British Architects (RIBA). Only those who are appropriately qualified and registered with ARB can use the title Architect in the UK. The ARB sets the UK standards for entry on to the Register of Architects and prescribes qualifications that lead to registration as an architect. These standards must be met in order to register as an architect. Architects lead on the processes of planning, designing and reviewing the construction of buildings; and are usually the first point of contact on a design team, working with the client and contractor to make final decisions during the design and construction process. Architects use their skills and knowledge to offer creative problem solving and strategic advice related to various types of building, arts and construction projects. This includes developing building designs taking into account multiple constraints, such as structural integrity, the character and location of a site, methods of construction, value for money, design quality and impact on the environment, as well as legal responsibilities. Architects work responsibly to deliver the interests of their clients and the core requirements of cost, time and quality.Architects work on projects of varying scale and type across the construction industry, including but not limited to the design of commercial, residential, community, education and infrastructure buildings and structures. Architects work on the design of new buildings and the redesign of existing buildings. They work closely with design and construction related professionals and often lead a design team or teams assembled to design and/or deliver the project.Architects can work as sole practitioners, in small practices or within large multi-disciplinary organisations. Within larger organisations they may report to a Senior Architect or project leader and can be based at office locations within project design teams, at on-site locations or a combination of both. Because their skills are easily transferable they are able to work for other construction and design related businesses (e.g. property consultants or interior designers).An Architect's work includes: Brief analysis and project set-up: Leading on brief analysis, researching city planning, negotiating Architect's appointments, setting sustainability goals, advising clients on procurement routes and potentially assembling the design team. Design: Generating design proposals in a variety of contexts and applying knowledge of architectural issues to satisfy aesthetic, technical and functional requirements. This involves an in-depth understanding of design theory to create and find innovative solutions. Project delivery: Leading projects or parts of projects, identifying risks and delivering services in a manner which prioritises the interest of the client and within the framework of relevant legal standards. This includes the production of submissions and coordination of design tasks and teams. Construction and building procurement: Inspecting building construction on site and commenting on contractors and sub-contractors work against architectural drawings, and offering impartial advice on construction related procurement methods and contractor selection processes. Leadership and practice management: Business administration, including developing or contributing to the strategic vision of a practice. Overseeing the work of junior staff including Architectural Assistants.

ST0534 Architectural Assistants work with Architects and other professionals such as Engineers, to competently design buildings and deliver architectural projects across scheme phases, from the initial client briefing process where objectives are agreed and feasibility studies conducted, through conceptual and technical proposals, to construction. In collaboration with other members of a project team, they respond to client requirements by preparing, reviewing and refining building design through the use of various media such as 3D modelling, drawings and model making.Architectural Assistants work under supervision of an Architect, Senior Architect or project leader, who has the overall responsibility for delivering a project. They contribute to delivering projects of varying scale and type; for example, an office skyscraper, semi-detached house, caf , school or bridge. Architectural Assistants work on the design of new buildings and the redesign of existing buildings (such as a house extension or an internal refurbishment).They work closely with a design team assembled to deliver the project. Design teams could include: Engineers, Quantity Surveyors, Interior Designers, Landscape Architects and Project Managers. They also work with other related professionals such as Town Planning Authorities, Heritage Consultants, Building Control Inspectors and/or Party Wall Surveyors; as well as skilled trades such as Carpenters or Joiners during the construction process.Architectural Assistants work in organisations of varying sizes, from a small practice of only a few members to a large multi-disciplinary organisation. They can be based at office locations within project design teams, at on-site locations, or a combination of both. Because their skills are easily transferable they are able to work for other construction and design related businesses (e.g. property consultants, construction companies, planning authorities or interior designers).Architectural Assistants can progress to being an Architect. In order to become an architect in the UK, individuals must hold ARB (Architectural Registration Board) prescribed qualifications at Part 1, Part 2 and Part 3 levels and register with the ARB. Only ARB-prescribed qualifications meet the standards that lead to registration as an architect in the UK. Only those who are appropriately qualified and registered with ARB can use the title Architect in the UK.An Architectural Assistant's work involves:Brief analysis: Reviewing project briefs to establish client's requirements; site analysis (e.g. survey of an existing building for a refurbishment project); basic research of city planning context (e.g. establishing whether there are other similar buildings in the area); basic research of building regulations, including fire strategy.Design: Creating architectural designs that satisfy aesthetic, technical and functional requirements. This involves sketching concept ideas; team brainstorming; creating and editing drawings and 3D models using relevant CAD (Computer-Aided Design) software; creating physical models.Project delivery: Producing information for formal submissions, under the supervision of an Architect or project leader, including sets of drawings (plans, sections and elevations), 3D models (e.g. BIM Building Information Modelling), schedules (e.g. of doors or of windows), visuals (including hand drawn or computer generated), reports and presentation boards and physical models. It also involves communicating and coordinating design information with internal and external teams (including Engineers, Interior Designers).Construction: Attending construction sites and supporting the Architect or project leader in site inspections (e.g. capturing images of identified defects on-site) and answering routine queries on construction related issues and regulations.

ST0022 Asbestos is a hazardous material that is present within many buildings in the UK and past exposure currently results in 5000 deaths per year. Asbestos Analysts and Surveyors perform an essential role in the identification, analysis and monitoring of asbestos materials by assisting employers and property owners in understanding the risks asbestos presents and advising on how to control these risks. This occupational role is essential in order to ensure employers comply with the legal duties placed on them.The role involves the inspection of buildings, premises and machinery for the presence of asbestos materials as well as the assessment of identified materials and the provision of information to employers to allow them to manage the risks the asbestos may present. The widespread nature of asbestos means visiting a wide range of building types including schools, offices, factories and homes.In addition to this, the role will involve the monitoring and management of asbestos removal operations. To ensure no conflict of interest the surveyor role does not involve removal work, which must be carried out by an independent organisation. The surveyor will assess the presence of asbestos and identify where levels are such that they require removal action to take place. Removal contractors will carry out the removal and an independent surveyor will carry out final checks before the building is returned to the owner.The occupation involves working in a highly-controlled environment with all works being undertaken in accordance with strict regulatory guidelines, enforced by the Health and Safety Executive (HSE) and meeting the technical requirements of the United Kingdom Accreditation Service (UKAS).

ST0629 This occupation is found in the building services sector. Building Energy Management Systems are implemented in buildings with mechanical, HVAC (heating, ventilation and air conditioning) and electrical systems to enable energy efficient control of the internal environment. The buildings themselves can vary widely in size and function. The broad purpose of the occupation is clearly focused upon the control, performance and efficiency of energy usage and comfort control in industrial/ commercial /public buildings of a diverse nature. It requires an associated understanding of these environments and the balance between cost, comfort, safety, health and wellbeing. It includes the specialist design, installation and commissioning expertise required to undertake this control and servicing function.Typically a BEMS Controls Engineer will be involved initially with designing the building energy management system that controls the building services (e.g. heating, air conditioning, renewables).They may also write related software and graphics as well as installing and commissioning such systems. Another key area is connecting and integrating with other building systems (e.g. security) to create Smart Buildings . After the building is occupied and being used they may also be involved in servicing & maintenance, fault finding if there are problems with the system and energy performance reviews. Within the role the following skill set will be needed to cater for the range of different BEMS types:1) Controls Hardware and Logic: Engineers will be required to select, install, configure and update control hardware platforms from the main manufacturers in the UK Market.As well as manufacturer specific control hardware, engineers will also require generic knowledge. Particularly important is an understanding of controls principles such as logic, proportional and integral control and energy saving techniques for control strategy efficiency.2) Field Devices: Field devices are manufactured by numerous organisations but can be, broadly speaking, categorised into Sensors, Valves, Actuators, Dampers, Variable Speed Drives, Switches and relays. The engineers will understand the controls and performance of field device types from first principles.3) Networking: Standard network architectures such TCI/IP, MSTP and RS485 are the main stays of the industry so engineers will be required to design, install, maintain and fault find these types of networks along with more specialist sub-networks for integration of items like utility meters.4) Communication Protocols: The engineers will be trained to a high level in the common open standard protocols in widespread use within the BEMS industry with the most common being BACNet.5) Supervisor Software: Interaction with a BEMS is typically conducted via a 'software supervisor . This is, generically, a graphics based software platform aimed at providing an intuitive way for the user to find their way around their system. The engineers will be required to have a knowledge of the construction of graphics, creation of user accounts, alarm management and schedule management.Mainstream environments/considerations for the use of these skill sets include: Office buildings/Leisure centres/student accommodation/college campuses - with consideration for comfort and energy efficiency Hospitals/health care specific clinical control requirements Historic buildings - internal building fabric/external building integrity Theatres audience comfort/performance special effects Transport/entertainment hubs - high volumes of people in relatively short periods of time In their daily work, an employee in this occupation interacts with a wide range of building stakeholders (e.g. owners/operators/facilities management/occupiers) in both the private and public sector. They would need to successfully liaise with both external and internal functions of their own organisation but also those of clients/key influencers (e.g. contractors/local councils/consultants) to ensure that different stakeholder needs are taken account of within the client's controls specification.Employees will be both office and site based.An employee in this occupation will be responsible for the delivery and performance of the BEMS and to achieve this they will have to manage budgets and teams of people, which could vary depending on the size of the business. The BEMS industry is made up of a wide range of organisation types/sizes but there are a significant number of SME's (small/medium enterprises). Therefore employees will need to be able to work alone and under supervision.

ST0095 The construction sector is the driving force behind the UK economy, employing three million people and contributing 6.4% of GDP. Not only that, the construction industry is central to delivering the homes, schools, hospitals, energy and transport infrastructure our society demands. A career in the construction industry is like no other. Bricklaying is a core function within the construction sector, particularly the house building sector. The Government has a target to build significantly more new homes over the coming years and therefore the demand for bricklayers has never been higher.Bricklayers lay bricks, blocks and other types of building components in mortar to construct and repair walls, foundations, partitions, arches and other structures eg chimney stacks. They might also refurbish brickwork and masonry on restoration projects. The range of sites and projects that bricklayers will work on include large commercial developments, new builds in housing, alterations, extensions and restorations. A bricklayer may work one-on-one or on larger jobs where their bricklaying group (gang) may work on a particular section of a building alongside other bricklaying gangs as well as other trades.

ST0652 Building Control Surveyors provide an impartial, independent and accountable third party service certificating that building work achieves compliance with minimum standards, namely those set out in the Building Regulations. Building Control differs from other surveying roles in that Surveyors perform what is essentially an enforcement function, ensuring compliance through the Building Act 1984. In addition to construction technology, a Building Control Surveyor requires a full working knowledge of Building Regulations and associated legislation in force at the time work has been carried out in relation to areas such as structural, thermal, fire, acoustics, ventilation and inclusive design. Building Control Surveyors must be excellent communicators as this is a highly customer-facing role, requiring diplomacy and assertiveness, remaining impartial using the powers conferred on them to prosecute if necessary to protect the health and safety of people, and the wider environment.The main duties and tasks of a Building Control Surveyor involve: To ensure a safe, healthy and sustainable built environment in compliance with the Building Act 1984 and its legislation, through the delivery of a customer focussed, efficient service. Be able to evaluate plans, drawings, specifications and other documents submitted for building regulation approval for all types of building work to enable a decision to be given and, where appropriate, ways to make building projects more cost effective. Be able to inspect all types of building work to ensure compliance with the Building Regulations and keep appropriate records of the visits made to sites. Issue completion/final certificates when the work has been carried out satisfactorily. Liaise and communicate with members of the public, construction professionals and statutory bodies and undertakers, e.g. Fire & Rescue Service, highways, water companies, planning and environmental health departments and local authorities to ensure minimum standards and legal requirements are achieved. Keep up to date with current regulations and legislation. Enforce Regulatory compliance including legal action as and when necessary in relation to defective construction work on site. Enforce Regulatory compliance including legal action as and when necessary in relation to demolitions and dangerous structures to ensure public safety. Demonstrate competency in the administrative process of all types of Building Regulation applications and the use of a back office management system including appropriate charges. Building Control Surveyors may also be known as: Building Control Officer; Building Control Inspector; Building Control Consultant; Building Control Assistant; Building Control Advisor.Building Control Surveyors may be contracted or employed by local authorities, private employers, and Approved Inspectors in the capacity of enforcing the Building Act and Regulations. Building Control Surveyors typically work as part of a team including technical support administrators and other surveyors of varying expertise and experience usually reporting to a building control manager. Teams can vary in size dependant on location and workload.

ST0372 A Building Services Design Engineer will manage a team of engineers and technicians and will collaborate with other construction professionals to design the various services found in buildings and infrastructure projects. The work typically includes systems such as renewable and emerging technologies, energy management, heating, ventilation, air conditioning, drainage, lighting, power, water services, building management systems, life-safety systems, communications and building transportation (e.g. lifts). Buildings and infrastructure take on many forms from newly built facilities to the refurbishment of premises for every sector of industry. As building services design engineers they could be working in a design consultancy, a contractor or a manufacturing company.Building Services Design Engineers will undertake the technical and commercial management of projects which provide engineering design solutions to maintain and enhance the quality of the environment and community. They will ensure that business, client and end user needs are taken into account and work within financial and safety constraints. They will employ current and emerging technology to produce innovative engineering design solutions for development, manufacture and construction.

ST0063 A building services design technician provides assistance to engineers and other construction professionals in the development of cost effective technical and sustainable design solutions involving the production of three dimensional models, calculations, specifications, reports and drawings taking into account, where appropriate, pre-fabrication techniques. Their work typically includes systems such as renewable technologies, heating, ventilation, air conditioning, drainage, lighting, power, controls and lifts. Buildings and infrastructure take on many forms from newly built facilities to the refurbishment of premises for every sector of industry. As design technicians they could be working under supervision in a design consultancy, a contractor or a manufacturing company.A design technician's work could also involve: Analysis using appropriate software and simulation systems to solve technical problems. Project delivery contributing to planning, managing work schedules, budgets and deadlines working as a member of a team Site engineering - operating quality systems and Health, Safety and Risk Management procedures, progress monitoring, see that installations generally comply with the design intent, responding to site queries, commissioning and post occupancy evaluations.

ST0062 Building Services Engineering Craftsperson(Previously referred to as: Heating and Ventilating (H&V) Craftsman; H&V Fitter; H&V Fitter/Welder; H&V Pipefitter; Mechanical Services Fitter)

ST0064 Building Services Engineering Ductwork Craftsperson

ST0060 Building Services Engineering Ductwork Installer

ST0065 A Building Services Engineering makes buildings work. It is a specialist branch of engineering within the construction sector. Installers, install components of large-scale industrial and commercial systems such as heating, chilled water, hot water and cold water which are used for heating workplaces such as those found in industrial and commercial buildings like office blocks, factories, schools and hospitals. These engineering systems operate by moving temperature controlled water around the inside of buildings, providing heating and cooling, and utilise fossil fuels and sustainable energy systems.Installers have a basic knowledge of the systems and how the components within systems relate to each other. They also, under close but not constant supervision: plan allocated work tasks to install system components; undertake allocated work tasks in testing system components; assist in pre-commission testing; undertake allocated work tasks in de-commissioning Installers are able to demonstrate competence in the health and safety, communication, quality control and environmental requirements appropriate to their scope of work.Installers are able to work within new build construction sites and existing buildings under close, but not constant, supervision in the most efficient and economical manner. They must adhere to safe working practices without endangering themselves or others.

ST0061 Building Services Engineering Service and Maintenance Engineer

ST0040 The occupation covered by this standard is that of Building Services Engineering Site Management. Building Services are environmental systems in buildings such as electrical power, air conditioning, heating and lighting. Building Services Engineering Site Management staff lead the installation of complex environmental systems in construction projects. Typical job titles can include: Assistant Building Services Engineering Site Manager, Building Services Installation Manager or Project Engineer.

ST0041 The occupation covered by this standard is Building Services Engineering Technician and typical job titles can include: Assistant Project Engineer, Assistant Engineer or Building Services Site Technician. In the case of SME building services engineering specialist contractors the roles are likely to include Assistant Project Managers, Project Managers and Site Managers. They are associated with the supervision of the installation commissioning or servicing of environmental technologies on construction projects and are based on construction sites with occasional time in offices.

ST0391 Ventilation Hygiene ensures that ventilation systems are maintained in a clean condition as required by statutory regulation, to ensure the wellbeing and safety of those within the built environment.Ventilation Hygiene Technicians clean and decontaminate ventilation systems to ensure compliance with industry standards. They undertake condition risk assessments, pre clean testing, clean, post clean testing and create a detailed profile of the ductwork system, including any remedial action.Ventilation Hygiene technicians have detailed knowledge of the system's operating principles. They identify and plan work requirements from engineering drawings and client instructions; liaise with clients, other trades, and suppliers; solve problems within their scope of responsibility; ensure work done by themselves and others complies with relevant standards; monitor and assist in delivery of work programmes and contribute to changes as work progresses or as required by the client.They are able to work within new build construction sites and existing buildings on their own, safely, proficiently and without supervision.

ST0264 This occupation is found in both the new build and refurbishment construction sector. The construction industry is central to creating the homes, schools, hospitals, energy and transport infrastructure society needs. There is growing demand for carpenters and joiners to help meet the need for new homes.The broad purpose of the occupation is working with building materials (most often wood) to create and install building components. This typically involves shaping and cutting materials, installing finished materials like partitions, doors, staircases, window frames, mouldings, timber floor coverings and erecting structural components such as floor joists and roofs. All work needs to be carried out safely, using the appropriate tools and to the quality specified.This occupation includes two different options and people will either work on a construction site as a Site Carpenter or in a workshop as an Architectural Joiner. A Site Carpenter will prepare and install basic building components e.g. doors, straight staircases, wall and floor units and erecting structural carpentry and roof structures on a building site or in domestic and commercial premises.An Architectural Joiner will produce building components by setting out, marking out and manufacturing basic architectural products, including doors, windows, straight staircases and associated ironmongery.In their daily work, an employee in this occupation interacts with other construction trades such as bricklayers, plasterers and plumbers, supervisors, site management, architects, designers, contractors and customers. A Site Carpenter would generally liaise with other trades such as bricklayers, plasterers and plumbers, supervisors, site management and contractors. Architectural joiners would liaise with other workshop colleagues and supervisors as well as architects, designers and customers. An employee in either option of this occupation will be responsible for working in a team, under supervision, using machinery and/or tools to create structures or components from designs, plans and specifications that meet the client's expectations.An employee in this occupation will be responsible for working in a team, under supervision, using machinery and tools to create structures or components from the designs, plans and specifications of architects and designers that meet the clients expectations. On site these could include roof structures, floors, partitions and second fix work such as door frames and skirting. As an architectural joiner, they could include doors, windows and stairs, including all ironmongery.

ST0742 This occupation is found in the construction, horticultural, creative and design, environmental and planning sectors.The broad purpose of the occupation is to lead the design, creation, maintenance or management of spaces in both natural and built environments. Chartered Landscape professionals enhance, protect and create natural and built environments and provide innovative, well designed and well managed outdoor places for people to enjoy, while ensuring that changes to the natural environment are appropriate, sensitive and sustainable. Chartered Landscape Professionals require a mix of practical skills, an understanding of people and society, appreciation of the natural world and the ability to bring these diverse skills together and to build relationships with people and communities including volunteers, friends groups, team members, the public and other professionals. The Chartered Landscape Professional innovates, solves problems and takes account of a wide range of issues including regeneration, the availability of finance, the environment, the availability of finance and public health. Chartered Landscape Professionals work across multiple sectors and scales from strategic planning on a national scale to small scale designs for homeowners. Chartered Landscape Professionals are leaders and role models and are likely to have significant responsibilities within an organisation including responsibility for the financial implications of their projects. They identify and develop partnerships to bring additional support and finance to the management of landscapes and take a commercial approach to managing green spaces. They abide by the Landscape Institute's Code of Conduct and ethical standards of conduct because they hold positions of responsibility and make decisions that impact on the natural and built environment and long term well being of communities. The occupation is regulated by high standards of professionalism assuring clients and employers of the quality of service they will receive. Chartered Landscape Professionals will be responsible for autonomously managing their own work programs and time while maintaining their own personal development and contributing to that of others. The optional pathways a Chartered Landscape Professional can follow are landscape design (those following this pathway are generally known as landscape architects), landscape and parks management and landscape planning.