All Flashcards

1
Q

What equipment would you take with you during a survey?

A

Something to take notes with, camera, disto, tape, dmap meter, ladder.

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2
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.

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3
Q

How do you undertake an inspection?

A

Personally I 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 of it. Looking for an indication of age, construction, 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.

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4
Q

What kinds of risks do you consider?

A

Lone working

Asbestos

Accessing roofs and roof spaces at height

Hazards associated with derelict/empty properties

Confined spaces

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5
Q

How does a disto work? How can you check its accuracy? When is it least accurate?

A

A disto sends out a laser beam and measures the time taken for it to reflect which gives it a distance.
We check all distos before use by measuring a known distance in the office.

It become less accurate the longer the distance and it is very difficult to use outside over long distances because it is difficult to aim and see the laser.

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6
Q

Have you heard of a theodolight? How does this work?

A

An optical instrument consisting of a small mounted telescope rotatable in horizontal and vertical planes, used to measure angles in the horizontal and vertical planes. Mounted on a tripod with adjustable legs, the theodolite is used in the field to obtain precise angular measurements for triangulation. Leveling is accomplished with the aid of a spirit level; crosshairs in the telescope permit accurate alignment with the object sighted

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7
Q

How would you go about undertaking a building survey? What would you do prior to the survey?

A

I would ensure that an appointment is in place along with insurance and that I was competent to undertake the survey. I would ensure I understood the reason for the survey and how the report is to be used. I would then review all relevant existing building information, arrange access and prepare RAMS for the relevant risks involved.

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8
Q

What precautions would you take say you were inspecting a flat roof with a stepped ladder on your own?

A

I would prepare RAMS before I undertook the survey. I would consider the height of the roof if it was more than a single storey I would arrange alternative access. I would consider the type of ladder being used. It must be capable of being placed against the wall at an angle of 70 degrees and allow the surveyor to be able to inspect the roof without standing on the last four rungs of the ladder. I would consider if the roof was fragile or suitable to be walked on and even if it was suitable to be walked on I would not suggest this was suitable from a ladder unless there was a fixed ladder.

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9
Q

What would you look for when inspecting a slated pitched roof covering? What would you look for within the roof space?

A
  • Age of property/roof
  • Is roofing material original
  • Is the ridge straight
  • Are there any deflections/distortions
  • Are there any slipped or missing slates
  • Are there any previous repairs like lead tingles
  • Are there numerous repairs
  • Is the leadwork to valley gutters and around chimneys and other penetrations in good condition
  • Are the chimneys in good condition, pots, flaunching, pointing, leaning
  • In the roof space is there sarking felt
  • Can you see light from outside when it is dark inside.
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10
Q

What advice would you give if slates were to be replace by concrete tiles? What would the structural implications be? What would the statutory implications be?

A

Firstly, concrete tiles are heavier than slates and may therefore impose a significant additional load that the roof structure, structure and foundations of the building had not been designed to take. It would therefore require a structural engineer to confirm if the existing roof structure, structure and foundations could accept this additional weight. As it could lead to deflections in the roof, roof spread or settlement.

Secondly, if you are replacing the roof covering then you will be required to undertake thermal improvements to the roof under Part L of the Building regulations. This requires you to meet current guidelines for new builds as long as it is feasible and will provide pay back over a 15 year period.

Thirdly, the change in roof covering could require consent from the local council if it is within a conservation area or it is a listed building.

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11
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
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12
Q

How can you tell if timbers have been structurally affected by fire?

A

I would engage the services of a structural engineer as I do not believe I am competent enough to make that decision. However, I would suggest that they would look at the extent of the damage how much of the timber remains untouched by the fire and calculate whether the remaining good timber can support the loadings imposed upon it.

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13
Q

After the fire, cracks appear in the brickwork, what could this be?

A

The bricks have heated causing them to expend and then contracted when they have been cooled. This movement could cause cracking. Also if it is a framed building then the frame then the structure could have been weakened by the fire causing movement which would cause the brickwork to crack.

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14
Q

What items would you consider when preparing a fire insurance valuation or a building reinstatement valuation?

A

Debris removal and site clearance, building foundations and cement floor base, erection of the replacement building, installation of electrical & mechanical services, commissioning and professional fees.

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15
Q

In respect to Fire Insurance Valuations, what is a day one assessment? Is it subject to VAT?

A

The current valuation will represent the reinstatement cost at today’s date, or Day One of the insurance policy. During the year building reinstatement costs may rise by an inflationary amount, therefore under a standard policy of insurance you will need to estimate the likely inflation during the year and add this to your valuation otherwise if a loss occurs on the final day of the policy year, your sum insured may not be adequate and Insurers will apply average to their payments.
Under the Day One Basis of Insurance, Insurers provide insurance up to a fixed percentage above your Day One valuation, usually 15%. This should ensure that the sum insured is adequate when a loss occurs. The only condition is that your declared Day One valuation must accurately represent the reinstatement cost at day one of the policy otherwise average will again apply. This policy does cost more premium than standard cover, but dispenses with the problem of guessing inflation levels that will apply during the next 12 months.

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16
Q

There is a hedge near a building on clay soil which has been recently cut back, what would you expect to happen?

A

This may cause heave because the hedge will no longer take as much water out of the soil and because clay is a cohesive soil the more water in it the more it will expand. There are a number of factors that will affect how much including the type of hedge, the age of the hedge etc.

17
Q

Diesel has been split at the back of a shed, what would you consider?

A

If it is just staining concrete then you can get specific spill kits for cleaning this up. You can get products with diesel eating enzymes to clean up a diesel spill on concrete.
If you’ve spilled diesel fuel onto your yard or into a water supply, you need to call city authorities to let them know. Such spills may require intervention by the Environmental Agency. The EA can advise.

18
Q

What is Radon Gas?

A

Radon gas is produced during the radioactive decay of radium which comes from uranium. It occurs naturally through the presence of uranium in most rocks, soils, bricks and concrete.

19
Q

Is Radon Gas dangerous?

Why is it an issue within buildings?

A

Radon gas itself does not present too serious a radiological hazard when breathed in and immediately exhaled. The problem lies with the decay products which behave like solids and can attach themselves to dust and moisture in the atmosphere. These solids can take up residence in lungs and airways and emit alpha particles which are known to cause cell damage.

Outdoors, radon disperses harmlessly into the air, but once it finds its way indoors, through gaps and cracks in floors and walls, it may build up to potentially harmful levels.
The amount of gas released varies greatly depending on where you live and is more likely to be found in areas where the geology features concentrations of granite and limestone.

20
Q

How does radon gas get into buildings?

What are the health risks?

A

Generally radon rises up through cracks in the earth and simply disperses into the atmosphere. Warm air inside a house draws the gas in through flooring and any gaps or cracks in the building structure. Underground radon can collect in caves and mines. High concentrations of radon can also accumulate in confined spaces such as basements.

Health data from nine European countries confirms that domestic exposure to radon increases the risk of lung cancer.

21
Q

How can radon gas be identified and measured?

A

Radon is measured in Becquerels per cubic meter of air (Bq m3). The Health Protection Agency (HPA), a government department that protects UK public health, has set the UK Action Level for radon at 200 Bq m3. Most homes in the UK have radon of around 20 Bq m3. A map showing the percentage of homes at or above the Action Level of 200 Bq m3 can be viewed on the HCA website. A test can be carried out to confirm the level of Radon in your building. To help people measure their indoor radon level, the Government has offered a free test that involves monitoring radon with a simple, safe device for a period of three months. The free test is conducted by post, and offered only to homes in areas identified as ‘highest risk’, but in other areas, if people are concerned they can still apply for a test. The test costs around £35, and anyone can order it.

22
Q

How do you deal with radon gas?

A

It is best to stop radon entering a house or, if that is not practical, to try to remove it if it gets in.
The choices are to:
a) Install a radon sump system; or
b) Improve ventilation under suspended timber floors; or
c) Use positive ventilation in your house; or
d) Seal cracks and gaps in solid concrete floors; or
e) Change the way your house is ventilated.

23
Q

How would you provide safe access to roof glazing areas?

A
  • Cherry picker.
  • Look from adjacent flat roof.
  • Submit RAMS for use of a ladder.
24
Q

You make reference to the RICS guidance note on surveying safely what does this cover?

A
  • assessment of hazards and risks.
  • Personal and corporate responsibility.
  • Legal considerations and duties.
  • Assessing hazards and risks.
  • Property professionals’ places of work.
  • Occupational health.
  • Visiting premises and sites.
  • Procurement and management of contractors and construction work.
25
Q

What is a Hazard?

A

A ‘hazard’ is something with the potential to cause harm to someone. The harm could be an injury or ill health.

26
Q

What typical headings would you find in a Pre Acquisition Report?

A
  • Executive Summary
  • Introduction
  • Construction
  • Internally
  • External Areas
  • Defects
  • Maintenance
  • Building Services
  • Compliance
  • Property Issues
  • Refurbishment Issues
  • Legal Issues
  • Recommendations
27
Q

What typical headings would you find in a Feasibility Report?

A
  • Executive Summary
  • Introduction
  • Client brief/statement of requirements
  • Existing Building
  • Spatial Constraints
  • Services Provision
  • Ventilation Rates
  • Sanitary Provision
  • Accessibility
  • Fire Escape Provision
  • Structural Constraints
  • Planning Considerations
  • Sustainability
  • Options
  • Options Appraisal - Including Description, Drawings, Sketches, Statutory Considerations, Costs
  • Procurement routes
  • Risks
  • Recommendations
28
Q

What would you consider when undertaking a feasibility study?

A
  • Brief

TBC

29
Q

Outline common inspection methodologies.

A

The RICS Guidance note “Building Surveys and Inspections of Commercial and Industrial Property” is a useful reference document. Firstly it recommends the surveyor gain as much information regarding the inspection as possible. This could include building plans, H&S Files, Asbestos register, lease, existing survey reports. Also it is important to take any required equipment such as disto, tape, camera, torch, mobile phone, moisture meter, PPE equipment. The survey itself needs to take logical steps such as surveying all external elements from ground level up to the roof and then internally from ground floor through to upper walls. Each element needs to be surveyed to identify any defects and their possible cause. It is recommended that adequate notes and photographs are taken for reference. Following the survey, it is likely a report will be compiled which advises the client of the survey results.

30
Q

Outline some common material testing apparatus and techniques.

A

Boroscope – flexible tube with a fibre optic camera at one end to assist inspection in tight voids.

Disto – laser for measuring distances. Not to be used in sunlight. Should be calibrated.

Thedolite – Digital device for measuring vertical and horizontal planes.

Protometer / Damp meter - An instrument for measuring moisture in materials through resistance of electrical current.

Speedy Carbide Meter – Device to measure moisture in masonry through slow drilling masonry and putting dust into a sealed container with a known measurement of calcium carbide. It releases a gas in proportion to the amount of moisture present.

31
Q

How would a PPM survey differ to a condition survey?

A

The purpose of a condition survey is to assess the condition of building elements at the time of inspection.

A PPM survey is normally a cyclical survey which identifies the condition of building elements but assesses how the condition will deteriorate in the future in order to plan maintenance over the a pre-determined period of time.

32
Q

What procedure do you use if you are going to undertake a survey on your own?

A

Carry out risk assessments.

use Personal Protective Equipment

contact building manager to identify any hazards on site

ensure someone at company is aware of my whereabouts

take mobile phone to contact someone in emergency.

33
Q
  1. What kind of PPE would you expect to wear on a live construction site?
A

Safety boots

hard hat

hi-vis jacket

safety goggles

gloves

overalls

ear defenders

34
Q

What is a fire insurance valuation? Why are they considered to be “high risk” by surveyors?

A

FIVs aim to calculate the cost required to rebuild a building were it to be destroyed by fire. This gives your client a value to insure the building for in case of fire damage.

The risk to surveyors is that they are very open to litigation, with clear and potentially large losses: If the valuation is too high, the client will be paying a too high premium, whilst if the valuation is too low the client will not receive enough money from the insurance company to rebuild,

35
Q

What is the difference between a schedule of condition and a condition survey?

A

A schedule of condition is purely a record of condition on the date of inspection. Each defect is normally captured in a photograph with a written description. These schedules are then appended to Party Wall Awards or Leases to act as a record of the condition.

A condition survey is identifying defects and their cause and making recommendations on either further investigations or remedial measures.

36
Q

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

A

Documentation regarding testing and commissioning of the equipment, visual inspections, speaking to building mangers and users to determine any problems or past repairs.

37
Q

Take me through the process of undertaking a PPM survey?

A

When you are dealing with a large estate you have to work closely with the client to understand procedures for access and their health and safety requirements.

I produced a guidance note for the survey team detailing the procedures for access, asbestos, security etc.

You have to programme the surveys.

You have to agree the reporting format with a pilot survey first.

We used a personal digital assistant with a specific software package for producing a PPM database.

We rated each element on its condition (A, B, C, D) and priority (1, 2, 3, 4) on a room by room basis.

38
Q

How do you determine life cycles in a PPM survey?

A

We have a schedule of anticipated life cycles that we use for PPM surveys.

This is based on manufacturers recommendations, guarantees and experience of dealing with these materials and products.

When I have come across unusual items like squash courts, 3G football pitches and certain defects like cut edge corrosion I have contacted manufacturers directly to get their recommendations on maintenance and life cycles I have also liaised with the clients maintenance teams as there is no point allowing for a cost of maintenance that they do not undertake.