WorksheetsUnit 1 W25
Total questions: 39
Worksheet time: 25mins
The design and construction of a project involves several professional and managerial roles. A site manager is needed during the construction phase of a project. (a) Describe two responsibilities of a site manager.
- Responsible for coordinating construction site activities - Manages the progress of the site and undertakes site meetings - Organises resources of labour, plant and materials - Undertakes the day-to-day activities on site - Responsible for health and safety on site and for the welfare of workers.
- Designs the architectural plans and drawings for the project - Approves the final project budget and client contracts - Handles the legal documentation and land acquisition processes - Oversees the marketing and sales of the completed project.
- Conducts geological surveys and soil testing - Provides interior design and decoration services - Manages the catering and food services for workers - Handles the landscaping and gardening of the site.
- Negotiates with government officials for project permits - Develops the software for project management - Provides training for all construction machinery - Handles the transportation of finished goods to market.
Identify two other managerial or professional roles involved in the design and construction of a project.
Designer / architect, Civil / structural engineer, Surveyor, Quantity surveyor, Any other reasonable response
Electrician, Plumber, Carpenter, Mason
Painter, Roofer, Landscaper, Tiler
Foreman, Laborer, Welder, Crane operator
Describe one responsibility associated with each of the roles identified in question 1 part (b). Roles include: Designer/architect, Civil and structural engineer, Surveyor, and Quantity surveyor. Award one mark for a limited description and two marks for a full description of each responsibility (up to a maximum of 4 marks).
Designer/architect: designs new buildings and/or renovations or changes existing buildings; regulations, legislation and environmental requirements; manages the post design stages of the project for the client. Civil and structural engineer: designs, plans and manages certain types of construction projects; solves design and development problems; produces a structural solution in terms of the design codes (Building Regulations or British Standards); assesses potential risks within a project. Surveyor: surveys land, measuring existing features of the natural and built environment; sets out construction works in accordance with the drawings and specification; produces built data and drawings for architects and structural engineers. Quantity surveyor: responsible for aspects of the financial management of a project; produces a final account at the end of a project; responsible for the control of budgets and control of cost.
Designer/architect: only responsible for interior decoration; Civil and structural engineer: only supervises workers; Surveyor: only draws sketches; Quantity surveyor: only purchases materials.
Designer/architect: manages only the landscaping; Civil and structural engineer: only checks the weather; Surveyor: only takes photographs; Quantity surveyor: only handles payroll.
Designer/architect: responsible for marketing the building; Civil and structural engineer: only paints the site office; Surveyor: only manages the cafeteria; Quantity surveyor: only organizes meetings.
The superstructure is an important element of a low-rise building. (a) List four other elements of a low-rise building.
wall cladding, roof finishes (accept roof), substructure, foundations, ground floor
roof trusses, curtain walls, suspended ceilings, attic fans
elevators, escalators, fire alarms, security cameras
solar panels, skylights, rainwater tanks, wind turbines
Identify three functions of an external wall.
structure, insulation, cladding, waterproofing, any other reasonable response
decoration, lighting, plumbing, painting, any other unreasonable response
roofing, flooring, landscaping, gardening, any other unrelated response
window cleaning, carpet installation, elevator operation, parking, any other irrelevant response
Describe how the following raw materials are processed to make common building materials: (a) natural clay minerals
natural clay minerals are crushed, shaped, dried and then fired in ovens to produce bricks
natural clay minerals are mixed with sand and poured into molds to make glass
natural clay minerals are melted and cooled rapidly to form steel beams
natural clay minerals are dissolved in acid to produce concrete
Describe how the following raw materials are processed to make common building materials: (b) metals
metals are melted down, formed or extruded into items such as electric cable and water/gas pipes
metals are mixed with sand and water to form concrete blocks
metals are woven into fabric for insulation purposes
metals are cut into thin sheets and glued together to make plywood
Describe how the following raw materials are processed to make common building materials: (c) timber/logs
felled logs are cut into ‘boards’ and then seasoned to remove excess water. Used to create joists or beams
logs are melted and poured into molds to form bricks
timber is dissolved in acid to create insulation material
logs are compressed into sheets without drying
Which of the following is a benefit that could be taken into account to reduce the risk of a new city centre fast train line and stations project being turned down at the planning stage?
Improved public transport connectivity
Increased traffic congestion
Higher pollution levels
Reduced access to public spaces
Construction projects may include a variety of building types each with their own characteristics. Complete the table below. The first row has been completed for you.
Award one mark for each correctly identified characteristic and one mark for building example (Up to a maximum of 9 marks)
Which of the following options correctly matches the building types with their characteristics and examples?
Building Type: Residential
Two characteristics: are among the smallest types of building; often vary by location with multi-dwelling structures such as apartment blocks in urban areas and single detached properties in rural areas
Building example: Home
Building Type: Industrial
Two characteristics: are usually large buildings, adapted to specific functions; are often used for storing, processing, engineering or manufacturing materials; may be part of a new development, such as in a modern industrial park, or a refurbished older building or site
Building example: Warehouse
Building Type: Agricultural
Two characteristics: are associated with farming and the agricultural industry; may be older buildings constructed using traditional materials and techniques; may be large modern buildings, designed to suit a particular function and the rural landscape/environment in which they are situated
Building example: Barn
Building Type: Community
Two characteristics: are used by members of a community; are usually located in a convenient location for the community using the building; may be modern or older buildings, sometimes converted to enable a change of use
Building example: Village hall
Residential: are among the smallest types of building; often vary by location with multi-dwelling structures such as apartment blocks in urban areas and single detached properties in rural areas; Home Industrial: are usually large buildings, adapted to specific functions; are often used for storing, processing, engineering or manufacturing materials; may be part of a new development, such as in a modern industrial park, or a refurbished older building or site; Warehouse Agricultural: are associated with farming and the agricultural industry; may be older buildings constructed using traditional materials and techniques; may be large modern buildings, designed to suit a particular function and the rural landscape/environment in which they are situated; Barn Community: are used by members of a community; are usually located in a convenient location for the community using the building; may be modern or older buildings, sometimes converted to enable a change of use; Village hall
Residential: are usually large buildings, adapted to specific functions; are often used for storing, processing, engineering or manufacturing materials; Warehouse Industrial: are among the smallest types of building; often vary by location with multi-dwelling structures such as apartment blocks in urban areas and single detached properties in rural areas; Home Agricultural: are used by members of a community; are usually located in a convenient location for the community using the building; Village hall Community: are associated with farming and the agricultural industry; may be older buildings constructed using traditional materials and techniques; Barn
Residential: are associated with farming and the agricultural industry; may be older buildings constructed using traditional materials and techniques; Barn Industrial: are used by members of a community; are usually located in a convenient location for the community using the building; Village hall Agricultural: are among the smallest types of building; often vary by location with multi-dwelling structures such as apartment blocks in urban areas and single detached properties in rural areas; Home Community: are usually large buildings, adapted to specific functions; are often used for storing, processing, engineering or manufacturing materials; Warehouse
Residential: are used by members of a community; are usually located in a convenient location for the community using the building; Village hall Industrial: are associated with farming and the agricultural industry; may be older buildings constructed using traditional materials and techniques; Barn Agricultural: are usually large buildings, adapted to specific functions; are often used for storing, processing, engineering or manufacturing materials; Warehouse Community: are among the smallest types of building; often vary by location with multi-dwelling structures such as apartment blocks in urban areas and single detached properties in rural areas; Home
Which of the following is a factor that should be considered when undertaking a construction project to preserve the natural environment and habitats?
Maximizing land clearing
Preservation of the natural environment and habitats
Ignoring local wildlife
Increasing noise pollution
Identify two health and safety risks that may occur if a site is not secured.
Unauthorized access and theft
Improved productivity and safety
Reduced insurance costs and better lighting
Increased supervision and training
Portal frames are a form of building structure. (a) Name two materials that are often used to fabricate portal frames.
structural steel, reinforced pre-cast concrete, laminated timber (any two)
glass, plastic, rubber (any two)
aluminum foil, cardboard, foam (any two)
copper wire, ceramic, paper (any two)
Complete the diagram by labelling the four identified components:
(I) columns on base plates, (II) roof purlins, (III) rafters, (IV) eaves beam
(I) rafters, (II) eaves beam, (III) columns on base plates, (IV) roof purlins
(I) roof purlins, (II) columns on base plates, (III) eaves beam, (IV) rafters
(I) eaves beam, (II) rafters, (III) roof purlins, (IV) columns on base plates
Describe two features of portal frame construction.
- Columns are secured to pad foundations using holding down bolts. - The joints between the beams and columns are 'rigid' so the beam can be reduced in size and can span large distances. (Any other reasonable response)
- Columns are always made of timber and are not fixed to foundations. - The joints between beams and columns are always flexible, limiting the span of the beams.
- Portal frames do not require any foundations and are only used for small structures. - The beams and columns are connected with simple hinges, not rigid joints.
- Columns are placed directly on the ground without any securing bolts. - The joints between beams and columns are designed to allow movement rather than rigidity.
Describe one benefit of using portal frame construction.
How can steel be salvaged and re-used or recycled?
Steel can be reused to support structures, recovered and melted down to make new products, or used in landscaping.
Steel can only be disposed of in landfills and cannot be recycled.
Steel must be burned to eliminate impurities before reuse.
Steel can only be used once and cannot be salvaged for any purpose.
How can bricks be salvaged and re-used or recycled?
Reused bricks may be used to create new walls or flooring, used in landscaping, or crushed to be used as hard-core.
Bricks can only be disposed of in landfills and cannot be reused or recycled.
Bricks must be melted down before they can be reused or recycled.
Bricks can only be painted and used as decorative pieces, not for construction or landscaping.
How can slate be salvaged and re-used or recycled?
Slate can be reused to cover roofs, in heritage re-roofing projects, used in landscaping, or broken down to create new products.
Slate can only be disposed of in landfills and cannot be reused or recycled.
Slate is melted down and turned into plastic products.
Slate is dissolved in water and used as fertilizer.
How could a Stone Mason be used when refurbishing a historic building?
How could a Plasterer be used when refurbishing a historic building?
A Plasterer replicates traditional ornamental plasterwork using plaster, moulds and casts.
A Plasterer installs electrical wiring and lighting fixtures.
A Plasterer designs the structural framework of the building.
A Plasterer restores antique wooden furniture found in the building.
Which of the following is NOT a key risk associated with the construction of a five-floor office building in a city centre, where workers operate at height, with gas, water, and electricity, and in confined spaces?
Falls from height
Exposure to hazardous substances
Slips on office carpets
Electrocution
Fill in the blank: One of the control measures for safety is the use of appropriate _____
PPE
food
music
paint
Fill in the blank: A _____ is used as a control measure to prevent falls from height.
harness
helmet
gloves
boots
Fill in the blank: _____ or shoring is a control measure to provide wall support.
Wall support
Excavation
Drainage
Compaction
Fill in the blank: Correct _____ is necessary as a control measure for safety.
training
equipment
lighting
signage
Fill in the blank: A _____ person is required as a control measure for safety.
competent
careless
reckless
ignorant
According to the AO3 band descriptors, what is required for a response to be awarded Band 4 (9-10 marks)?
Minimal analysis and unsupported conclusions
Highly effective analysis, fully developed and balanced arguments, and fully considered judgements with clear and relevant links between conclusions and evidence
Only one side of the argument presented
Not attempted or not creditworthy
According to the AO3 band descriptors, what does a Band 1 (1-2 marks) response demonstrate?
Highly effective analysis
Minimal analysis and few unsupported judgments
Fully developed arguments
Not attempted or not creditworthy
What is 'The Sector' in the context of the built environment?
A specific area of the built environment industry
A type of building material
A government regulation
A construction tool
Which of the following are examples of 'Technology and Materials' used in the built environment?
Bricks and concrete
Fruits and vegetables
Paintings and sculptures
Books and magazines
The 'Built Environment life cycle' refers to:
The stages from planning, design, construction, operation, maintenance, to demolition of buildings and infrastructure.
The process of building only residential houses.
The life span of a single building material.
The economic cost of constructing a building.
Sustainable construction methods are:
Techniques that minimize environmental impact and promote resource efficiency
Methods that focus only on reducing costs
Traditional building practices without any environmental considerations
Construction processes that ignore energy efficiency
Types of building and structure include:
Residential, commercial, industrial, and institutional
Only residential and commercial
Only industrial and institutional
Only commercial and industrial
The importance of 'Health and safety' in sustainable construction methods is to:
Reduce construction costs
Ensure worker well-being and minimize accidents
Increase project duration
Enhance building aesthetics
What are 'Building structures and forms'?
Types of construction methods and shapes used in buildings
A type of art style
A kind of building material
A type of building equipment
The stages of the 'Built Environment life cycle' are:
Design, Construction, Operation, Demolition
Planning, Marketing, Sales, Maintenance
Research, Development, Testing, Launch
Procurement, Delivery, Feedback, Disposal
'Trades, employment and careers' in the built environment sector refer to:
Job roles and professions related to construction, design, and maintenance of buildings and infrastructure.
Financial transactions in the real estate market.
Environmental policies affecting urban planning.
Technological advancements in smart cities.
'Health and Safety' is important in the built environment because:
It helps prevent accidents and injuries.
It increases construction costs.
It delays project completion.
It is only required by law.
