Inspection (Level 3) Flashcards

1
Q

What does it mean to be ‘safe’ on an inspection? Why is it important?

A

Take steps to minimise the risk of harm on an inspection. Important for ensuring the health and wellbeing of yourself and others who may be affected.

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2
Q

How do you ensure your safety on an inspection?

A

Charged mobile phone
Plan an escape route
Implement a call back system with office
Make calendar available to colleagues
Make sure you know who you are meeting
Be aware of aggressive occupants and dogs
Follow your instinct

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3
Q

What is the guidance of RICS Surveying Safely 2nd Ed

A

Effective 1st Feb 2019.
Global GN.
Basic good practice principles.
Corporate and individual responsibilities.

Corporate responsibilities:
Line management structure, staff training, company policies & procedures, clear accountability, insurance, adequate resources. Investigate incidents.

Personal responsibilities:
Responsible for own H&S and anyone under your care. Duty to comply with company policies &b procedures. Report breaches in good time, personal risk assessment, wear PPE, do staff training.

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4
Q

What is APAM’s Lone Working Policy

A

“An employee who undertakes work by themselves on behalf of the company”

MUST carry a charged mobile phone at all times
MUST notify the departmental secretary or nominated person on arrival at site and on departure
If the lone worker fails to contact the departmental secretary after the estimated departure time, the department secretary MUST contact the lone worker on their mobile;
Outlook calendar entry; address, start/end time, who meeting, contact details
VISITS TO EMPTY BUILDINGS: these should be made by a minimum of two employees

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5
Q

RICS VPS 2 ‘Inspections, investigations and record’ in Red Book

A

INSPECTIONS AND INVESTIGATIONS: Inspections must be carried out to the extent necessary to produce a valuation that is professionally adequate for its purpose.

TOE – must agree the extent of inspection

REVALUATION WITHOUT REINSPECTION: only if valuer is satisfied no material changes since last assignment. TOE must state this assumption has been made. Interval for professional judgment. Regular vas, re-inspection not necessary every time.

VALUATION RECORDS: details of inspections must be clearly and accurately recorded under VPS2.

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6
Q

What is a ‘proper record’ of an inspection?

A

Required under VPS2 of Red Book - Audit trail; legible, unambiguous notes that allow an effective response to any future enquiries. Retained in appropriate business format. Photographs.

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7
Q

What would you find in the ToE about an inspection? What requirements are there for what to include?

A

VPS 1 ‘Terms of engagement (scope of work)’ in Red Book:

When settling the terms of engagement, must agree the extent to which the subject asset is to be inspected and any investigation to be made
Record any limitations or restrictions
VPS 2 ‘Inspections, investigations and records’ in Red Book
- extent necessary to produce a professionally adequate valuation

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8
Q

What sort of property characteristics might you note?

A

EXTERNAL: Type of construction, condition, site boundaries, access, car parking, no. of storeys, situation, roof type, defects, contamination

INTERNAL: specification, fit-out, layout, current use, condition, no. of cores, defects, contamination

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9
Q

What due diligence do you carry out prior to an inspection?

A

Desk top review; situation, location, plan route, arrange access via client.

Risk assessment.

Prepare items to take; print plans, inspection proforma, charged camera, disto and spare battery, pen and paper, charged mobile phone, PPE (if required).

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10
Q

What are the signs of contamination? How would you account for the existence of contamination whilst determining the value of a development site?

A

DESKTOP: radon (.gov map of radon affected areas), consider site’s previous uses

VISIBLE SIGNS: evidence of chemicals, oil spill, presence of tanks.

VALUE: Deduct the cost to remediate from the gross site value. Don’t provide advice until specialist report is commissioned. Caveat the advice citing reliance on reports and special assumption.

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11
Q

When carrying out an external inspection, what should you take note of?

A

Method of construction
Repair and condition of the exterior
Car parking/access/loading arrangements
Defects/structural movement
Check site boundaries with OS map and/or Title Plan

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12
Q

When carrying out an internal inspection, what should you take note of?

A

Layout and specification - - flexibility and obsolescence
Repair and maintenance
Defects
Services – age and condition
Statutory compliance – asbestos, building regulations, H&S, Equality Act, Fire and planning
Fixtures and fittings and improvements made
Compliance with lease obligations

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13
Q

Talk through Office, Abingdon Inspection

A

A

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14
Q

Talk through Industrial, Cardiff Inspection

A

Desktop: arranged inspection with client (owner-occupier), printed relevant documentation, planned route.
Local Area:
Internal
External

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15
Q

How would you check the age of a property? How do you know it is Victorian? Or if Listed?

A

Initially asked the client who didn’t know. Checked historical records and verified against D&A planning application

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16
Q

How have you adopted the recommendations contained within the RICS Surveying Safely in your work?

A

Risk assessment prior to inspection. Dynamic risk assessment on the day of.
Checked in with occupier on arrival, and on leaving.

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17
Q

What was the Industrial Unit’s Age in Cardiff?

A

?

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18
Q

What was the Industrial Unit’s Condition in Cardiff?

A

?

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19
Q

What was thw Industrial Units Micro-Location?

A

?

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20
Q

How did you reflect your findings of condition, age, location in valuation?

A

?

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21
Q

How did you ensure the refurbishment had complete in-line with proposal in Kensington?

A

?

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22
Q

What did the PCR include at Mill Hill?

A

?

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23
Q

What are the signs of damp?

A

Depends on the type of damp. Dap cause by condensation identified by: Black mould growth and visible condensation.

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24
Q

What H&S guidance is there?

A

?

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25
Q

What are the types of damp?

A

Condensation; REMEDY: ventilation and heating.
Wet rot; timber decay, slimy and soft/wet timber
Dry rot; fungal attack, to masonry and timber
Rising damp; damp patches start at base of wall and move up. Typically up to 1.5m from ground level. Floor/wall coverings wet/lifting. REMEDY: replace plaster, inject a DPC.
Penetrating; through e.g. a wall. Re-point, cut off water source.

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26
Q

What are the health implications?

A

Moulds produce allergens, irritants and, sometimes, toxic substances. Cause respiratory problems and allergic reactions.

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27
Q

What did you do on site during your inspection when damp was suspected?

A

Signs of damp; black mould growth and visible condensation.

Took photographs and notes
Established suspected cause whilst on site
Informed client by phone after the inspection
Informed he client by email with photographs

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28
Q

What was the tenants obligation at Mill Hill under the lease?

A

?

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29
Q

Tell me about the specification/condition of the building you inspected at Mill Hill?

A

?

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30
Q

Tell me about the specification/condition of the building you inspected at Kensington?

A

?

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31
Q

Tell me about the specification/condition of the building you inspected at Abington?

A

?

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32
Q

Tell me about the specification/condition of the building you inspected at Cardiff?

A

?

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33
Q

What is the difference between steel frame and concrete frame buildings?

A

Steel frames – usually have less columns and a wider span between the columns
Concrete frames – usually have more columns , lower floor to ceiling heights and a shorter span between the columns
*If not aware of construction form, check architect’s drawings or building manual

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34
Q

What is the difference between the fit-out types (shell an core, Category A and Category B)?

A

Category is level of fit-out
Shell and Core - common parts completed, remainder a bare shell ready for tenant fit out. No lighting or facilities.
Category A - similar to a Grade A specification. Functioning space that landlords would lease (habitable). Usually included in your Cat A fit out:
- Raised floors and suspended ceilings (with a basic finish)
- Basic mechanical and electrical services
- Fire detection services and smoke alarms
- Air-conditioning and ventilation (HVAC)
- Basic internal finishes
Category B - tenant fit-out to individual needs

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35
Q

Grades of Office space

A

Grade is level of quality
Grade A – high spec, new or recently refurbed
Grade B – average, perhaps previously occupied
Grade C – lowest spec, generally 20+ years old

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36
Q

Which areas of the Red Book relate to inspections?

A

VPS 2 and VPGA 8

37
Q

When were the Control of Asbestos Regulations last updated? What do they say?

A

2012

Good condition ACMs can be left in place
Duty to manage ACMs in commercial buildings if you’re responsible for its maintenance
Works to ACMs must be by a licensed contractor, and some works are notifiable

38
Q

Under the asbestos regulations, who is the duty holder?

A

Owner of the premises if vacant, or the tenant if holding a REPAIRING LEASE

39
Q

What are the requirements for asbestos?

A

A commercial property must have an asbestos management plan if asbestos is present
Asbestos Register required and must be checked against known materials once per year

40
Q

What are the 3 types of asbestos?

A

Chrysotile (white) – Banned 1999
Amosite (brown) – Banned 1985
Crocidolite (blue) – Banned 1985; MOST DANGEROUS

41
Q

What are the health risks of asbestos?

A

Asbestosis, which can lead to lung cancer. Breather in fibres when Asbestos Containing Materials (ACMs) disturbed.

42
Q

How do you identify Japanese Knotweed? What is it?

A

Invasive plant, damages foundations. Not easy to control, specialist contractor required to remove.
Purple/green hollow stem similar to bamboo, green shield-shaped leaves, small white flowers in late summer.

43
Q

What are the requirements in relation to Japanese knotweed?

A

Legal: Environmental Protection Act 1990; only properly licensed contractors can remove and dispose.
If landowner ignores and allows to spread – ASBO and fines up to £2,500

44
Q

What legislation is there on contamination?

A

Environmental Protection Act 1990: Part 2A, which sets out the system for identifying and remediating contamination.
Must carry out a risk assessment.
Must assess POSSIBILITY of harm to human health and pollution of controlled waters.
A Remediation Notice can be served to force landowner to remediate, but not necessary if they take steps on their own.
General principle: polluter pays for remediation

45
Q

How do you identify contamination?

A

Desktop study on previous use, radon, local history, planning register.
During inspection; oil spills, subsidence, chemicals, tanks.
Environmental assessment; identify nature and extent
Environmental assessment; Remediation options and monitoring

46
Q

What RICS guidance is there on contamination?

A

RICS Guidance Note, ‘Contamination, the Environment and Sustainability’ 2010
Reiterates legal duties under Environmental Protection Act and lays guidance on identifying contamination on inspections, and recommending further investigations to the client.
PII – surveyors must ensure claims arising from contamination are covered by their PII policy OR include a caveat OR decline the work.

47
Q

What is Land remediation relief?

A

A form of tax relief from corporation tax. Allows a claim up to 150% corporation tax for qualifying expenses incurred by companies cleaning up land acquired from a third party in a contaminated state.

48
Q

High alumina cement

A

Typically used in pre-cast concrete in the 1950s and 1960s.

Undergoes a process called conversion when it gets damp. Leads to a loss of strength in the concrete.

49
Q

What legislation and RICS guidance is there for asbestos?

A

Health and Safety at Work Act 1974
Control of Asbestos Regs 2012
HSE Codes of Practice
Asbestos and its implications for surveyors and their clients 3rd Ed GN (expired and new revision coming)

50
Q

What do you do if asbestos is present in the building?

A

Conduct risk assessment; risk of harm?
Notify client and advise them of their duties. Advise that a that a survey is carried out, asbestos register made and asbestos management plan in place
Advise that they seek specialist advice and any works must be by specialist contractor
Consider impact on value / pricing

51
Q

What are the surveyor’s responsibilities regarding asbestos?

A

Statutory; H&S at Work Act – reasonable care for themselves and others
If identified or suspected on inspection, report irrespective of scope of engagement
Advise that they seek specialist advice and that occupants are advised immediately (if significant risk)

52
Q

What is the process for carrying out an inspection?

A

Consider my personal safety, and those for whom I have a duty of care
Inspect the local area
Inspect the property externally
Inspect the property internally

53
Q

What are the different purposes you might carry out an inspection for?

A

Valuation
Agency
Property management

54
Q

What are deleterious materials and what are some examples?

A

Materials that can degrade with age, causing structural problems. Signs include age of building & construction e.g. concrete frames from the 1960s, and brown staining on concrete.
Examples include High Alumina Cement.

55
Q

What are hazardous material and what are some examples?

A

A material that is harmful to health.

Examples include; asbestos and lead piping.

56
Q

What are the differences between an inherent, a patent and a latent defect?

A

Inherent: has always been present, and is a defect in the design or original construction of the building, e.g. misplaced reinforcement.
Patent: a defect that could have reasonably been identified on an inspection, e.g. rising damp.
Latent: a defect that could not have reasonably been identified on an inspection; e.g. problems with the foundations that may not show signs for several years.

57
Q

What are common defects and their causes?

A

Movement (causing subsidence, heave, shrinkage cracking in new plasterwork, settlement cracks)
Water (causing rot and damp)
Deterioration of building materials (causing structural issues)
In period buildings: typical to see spalling, wet and dry rot, tile slippage on the roof, damp at GF level, water ingress around door and window openings, cavity wall tie failure (bulging wall and horizontal cracks).
Modern buildings: roof leaks, cracking in brickwork from settlement

58
Q

What’s the difference between a defect and repair?

A

Defect: something that is faulty in some way
Disrepair: is as a result of failure to maintain

59
Q

What would you suspect from horizontal cracking? Vertical cracking?

A

Horizontal: wall tie failure (which also can cause bulging)
Vertical: caused by settlement, subsidence and heave

60
Q

Office, Kensington, what was the Use Class?

A

?

61
Q

Cardiff, Industrial, what was the Use Class?

A

?

62
Q

Industrial Mill Hill, what was the Use Class?

A

?

63
Q

Office, Abingdon, what was the use class?

A

?

64
Q

Types of survey for asbestos?

A

Management Asbestos Survey

Refurbishment and Demolition Asbestos Survey

65
Q

Mill Hill, Water Ingress, how did you identify

A

Black toxic mould, visible condensation, musty smell

66
Q

Mill Hill, Water Ingress, what precautions did you take?

A

Ventilate the rooms

67
Q

What do you need to consider before going to site to carry out an inspection?

A

Am I competent to undertake the inspection
Am I properly insured
Has an agreement been signed
What are the risks involved
What kind of survey is it,
Review all relevant existing building information, leases.
What equipment will be required to carry out the survey

68
Q

How do you undertake an inspection?

A

Personally I would prefer to undertake an inspection of a building from
the top down.
I would normally walk around the building externally a couple of times
first to get my bearings and get an initial understanding
I would look for an indication of age, construction and additions etc.
Then I would start the inspection externally and inspect each elevation in turn looking and the roof, elevations, windows, doors, drainage and rainwater goods. Then I move inside and again start from the roof space and move down through the floors.

69
Q

What kinds of risks do you consider?

A

Lone working
Asbestos
Hazards associated with derilict/empty space properties
Confined Spaces
Accessing spaces at height

70
Q

What are the key building elements you would look to survey?

A
  • Roofs
  • Walls & Cladding
  • Rainwater Goods
  • Windows, Doors and Joinery
  • Structural Frame
  • Substructure / basements
  • Floors
  • Finishes
  • Internal Walls, Partitions
  • Staircases
  • Sanitary Fittings
  • Building Services
  • Out Buildings
71
Q

What are some key valuable sources of occupiers information you would normally look to obtain prior to the survey?

A
  • Structural alteration drawings
  • Guarantees in respect of the premises or its services
  • Flooding or boundary documentation
  • Items of fixed equipment likely to be removed by the occupiers
  • Records of service agreements on items of plant
  • Records of testing of life safety systems
  • Water Hygiene and legionella reports
  • Planning and building control applications and approvals
  • Operation and maintenance manuals
  • Asbestos registers
72
Q

Are you aware of any RICS documentation that provides guidance on undertaking inspections?

A

Surveying Safely Guide (2018)
any others?

73
Q

How would you ascertain the condition of electrical installations without employing a specialist?

A
  • Age
  • Service History
  • Is it in working order at the time of inspection
  • General condition
  • Speak to the owner, occupier or maintenance team
74
Q

What is a good methodology for completing a successful
property inspection?

A

Identify elements / sub-elements
Condition rating of elements / sub-elements
Establish rating of elements / sub-elements
Report Writing

75
Q

Tell us about the equipment you would take for an inspection?

A
  • Recording instruments, e.g. personal recorder, paper, pens or pencils
  • Tape measures and a measuring rod
  • Binoculars or a telescope
  • Compass
  • Surveyors’ 3m ladder
  • Hard hat and protective footwear
  • Spirit level
  • Plumb bob
  • Crack gauge or ruler
  • Boiler suit, latex gloves, mask (particularly for loft spaces and
    inspection chambers where there is a greater likelihood of
    contaminants)
  • Inclinometer (basic)
  • Electronic moisture meter
  • Torches
  • Digital camera with flash
  • Claw hammer and bolster
  • Lifting equipment for standard inspection chamber covers
  • Screwdriver, bradawl or hand-held probe
  • Mirror
  • Meter cupboard key
  • First-aid kit
  • Personal identification.
76
Q

What equipment would you consider if additional services were being provided?

A
  • Moisture meter accessories, such as a surface temperature probe, a humidity sensor or an air temperature sensor
  • Thermal imaging camera
  • Deep insulated probes
  • Additional screwdrivers
  • Hand-held metal detector
  • Marble
  • Adjustable set square
  • Boroscope
  • Magnifying glass
  • Spare batteries/in-car charger and bulbs.
77
Q

Can you explain the different purposes for which property inspections are conducted, such as for property management, agency, and valuation?

A

For property management, inspections help ensure that the property is being maintained properly, identify any repair needs, and verify compliance with lease agreements.

In the context of agency work, inspections may be conducted to assess the marketability of a property, document its condition before marketing, or verify that it meets the client’s requirements.

For valuation purposes, inspections are crucial for gathering information about the property’s physical condition, location, and any factors that could affect its market value.

78
Q

What steps do you take to ensure that health and safety risks are managed during property inspections?

A

To manage health and safety risks during property inspections, I begin by conducting a thorough risk assessment to identify potential hazards.

I then ensure that I have the necessary Personal Protective Equipment (PPE) based on the specific risks identified.

Additionally, I adhere to the guidelines outlined in the RICS Surveying Safely Guide (2018), which helps in identifying and mitigating risks associated with the inspection.

I also follow lone working procedures if applicable, to ensure my safety while conducting inspections alone.

79
Q

How do you ensure compliance with the RICS Surveying Safely Guide (2018) during your inspections?

A

I ensure compliance with the RICS Surveying Safely Guide (2018) by reviewing its guidelines before every inspection to refresh my understanding of potential risks.

During inspections, I consistently apply the principles of the guide, such as conducting thorough risk assessments, wearing appropriate PPE, and being vigilant about the specific safety concerns related to the property.

Additionally, I document any safety-related issues I encounter and take immediate steps to address them, ensuring the safety of myself and others involved.

80
Q

Describe your approach to managing the risks associated with lone working during inspections.

A

When conducting inspections alone, I follow a strict lone working procedure to manage risks. This includes informing a colleague or supervisor of my location and expected return time. I carry a mobile phone with me at all times for emergency communication. I also ensure that I am familiar with the property and its surroundings before the inspection, and I carry out a risk assessment to identify any specific hazards related to working alone. If any high-risk situations are identified, I arrange for another person to accompany me.

81
Q

Forms of foundation (4 forms)

A

Trench - Resi dwellings - wallks closely spaced

Raft - Slab foundation over whole site to spread the load of lightweight structure

Piled - long and slender reinforced concrete cyclinders in the ground. High loads / worse ground.

Pad - Slab foundation system, under individual or groups of columns, so load is spread evenly

82
Q

Brickwork types (6 types)

A

Solid wall - solid brick with headers, normally at least one brick thick

Cavity Wall - two layers of brick are tied together with metal ties, filled with insulation

Stretcher - bricks laid horizontally

Header - bricks laid flat

Effloresench - white marks caused by hydroscopic salts in the brick, water reacts with natural salts

Spalling - damaged brick where surface crumbles to freeze thaw

83
Q

Institutional Specification - Shops

A

Newly constructed, mostly steel/concrete frame
Services capped off
Concrete floor / no suspended ceiling
Let in a shell condition

84
Q

Institutional Specification - Industrial / Warehouses

A

Steel portal frame - with insulated profiled steel cladding
- Minimum 8m eaves height
- Roof lighting 10%
- Office content 5-10%
- WC’s
- Site coverage 40%

85
Q

Institutional Specification - Offices

A

Steel frame - less columns
Concrete frame - more columns / lower floor height
- full access raised floors with floor boxes
approximate ceiling height 2.6m-2.8m
ceiling void 350mm
Raised floor 150mm
maximum oppertunity for daylight
A/C / Double Glazed windows
Cycle bay 1/10
Showers 1/100

86
Q

Building Defects - name two types

A

inherent - defect in design or material which has always been present

latent - fault to the property that could not have been discovered by a reasonably thorough inspection of the property

87
Q

Stages to identify building defects (4 stages)

A
  1. Photograph
  2. Establish Cause
  3. Inform Client
  4. Recommend specialist advice
88
Q
A

Office