protect employees from substances such as chemicals and object containing chemicals fumes, dust and other gases

This also takes account of regulatory changes following the introduction of the EU regulation for REACH (Registration, evaluation, Authorization and restriction of chemicals).

This means every employer is ensured the exposure of his employees to hazardous substances to health is either prevented where this not reasonably practical and adequately controlled

Martin

The act defines general duties on employers, employees, contractors, suppliers of goods and substances for use at work, persons in control of work premises, and those who manage and maintain them, and persons in general. The act enables a broad regime of regulation by government ministers through statutory instruments which has, in the years since 1974, generated an extensive system of specific provisions for various industries, disciplines and risks. It established a system of public supervision through the creation of the Health and Safety Commission and Health and Safety Executive, since merged, and bestows extensive enforcement powers, ultimately backed by criminal sanctions extending to unlimited fines and imprisonment for up to two years. Further, the act provides a critical interface with the law of the European Union on workplace health and safety.

Background

Secretary of State for Employment and Productivity Barbara Castle introduced an Employed Persons (Health and Safety) Bill in 1970^[3] but the debate around the bill soon generated a belief that it did not address fundamental issues of workplace safety. In the same year, the Occupational Safety and Health Act was passed into United States federal law. As a result, a committee of inquiry chaired by Lord Robens was established towards the end of Harold Wilson's first government. The Conservative Party then came to power following the 1970 United Kingdom general election, preferring to wait for the Robens Report which was published in 1972.^[4][5] Conservative Secretary of State for Employment William Whitelaw introduced a new bill on 28 January 1974 but Labour were returned to power in the February 1974 United Kingdom general election and the bill was again lost.^[6] The new Labour administration finally secured the passage of a bill that year.

Structure of the act

The act lays down general principles for the management of health and safety at work, enabling the creation of specific requirements through regulations enacted as statutory instruments or through a code of practice. For example, the Control of Substances Hazardous to Health Regulations 2002 (SI 2002/2677), the Management of Health and Safety at Work Regulations 1999, the Personal Protective Equipment at Work Regulations 1992 (SI 1992/2966) and the Health and Safety (First-Aid) Regulations 1981 are all statutory instruments that lay down detailed requirements. It was also the intention of the act to rationalise the existing complex and confused system of legislation (section 1(2)).

Since the accession of the UK to the European Union (EU) in 1972, much health and safety regulation has needed to comply with the law of the European Union and statutory instruments under the act have been enacted in order to implement EU directives. In particular, the act is the principal means of complying with Directive 89/391/EEC on health and safety at work.^[7] Further important changes to section 6, duties in respect of articles and substances used at work, were made by the Consumer Protection Act 1987 in order to implement the Product Liability Directive

It is relevant to all work activities and premises except certain offshore installations and particular ships. Of particular relevance to duty holders, it will also be of interest and practical help primarily to engineers , technicians and their managers.

References to relevant regulations, standards and publications have been updated.  

The Mines Regulations 2014 came into force on 6 April 2015 and revoked regulations 17 to 28 and Schedule 1 of the Electricity at Work Regulations 1989 which previously applied only at mines.

If a risk assessment indicates that a limb worker requires PPE to carry out their work activities, the employer must carry out a PPE suitability assessment and provide the PPE free of charge as they do for employees.

The employer is responsible for the maintenance, storage and replacement of any PPE they provide.

• work above ground/floor level

• could fall from an edge, through an opening or fragile surface or

• could fall from ground level into an opening in a floor or a hole in the ground

Work at height does not include a slip or a trip on the level, as a fall from height has to involve a fall from one level to a lower level, nor does it include walking up and down a permanent staircase in a building.

As part of the Regulations, you must ensure:

• all work at height is properly planned and organised

• those involved in work at height are competent

• the risks from work at height are assessed, and appropriate work equipment is selected and used

• the risks of working on or near fragile surfaces are properly managed

• the equipment used for work at height is properly inspected and maintained

key employer duties include; providing appropriate PPE, offering training on its use and making sure the PPE is returned to its designated storage facility after each use. in 2022 these regulations were extended to include Limb (b) workers

(in individual who is under contract for services and have fewer rights than an employee but more than someone who is self employed)

This was implemented to ensure employers provide appropriate safety equipment to protect their workers from health and safety risks.

bent knees

use proper tools/equipment

Access equipment- ladders& step ladders, mobile towers.

Ladders-to be used in short duration only, 1 in 4 rule (for every 1 foot you go up, you go 4 at the base) , secure base

Step ladders - make sure the step ladder is always locked when in use

Towers & scaffolding- guard rails and toe boards, scaffolding to be inspected every 7 days.

Cherry pickers and harnesses- operator trained, harness need to be inspected before use.

Hazards when working at height - falling objects

Control measures- risk assessment and method statement, exclusion zones , PPE , correct equipment selection.

Scenario task - installing facia boards on a two story house.

-What hazards are present?

Falling from height , injury from tools , risks from poor site conditions, toe boards might slip, roof tiles could fall.

-What equipment is needed?

Scaffolding- toe boards, guard rails, safety gates, needs to be inspected before use.

-What PPE is needed?

Hard hat, steel toe cap boots, safety glasses, hi vis.

-What could go wrong?

Not reading risk assessment properly, not using a harness.

1. Name 3 access equipment types

Scaffolding, ladders, cherry pickers.

2. What is the 1 in 4 rule?

   Every 4 foot you go up, you have to go 1 foot out at the bottom.

3. Who can erect scaffolding?

   Scaffolders only.

The main legislation for working at height is the Work at Height Regulations 2005.

One thing i have learned today is the 1 in 4 rule, one question I still have is what is a method statement.

Ladders: Short duration only , 1 in 4 rule, secure base a simple guideline for setting up a leaning ladder to ensure a stable, 75-degree angle every 4ft up is 1ft out

Towers: Guardrails and toe boards , firm ground , never move with someone on it .

Scaffolding: Trained personnel only , inspected every 7 days , must have guardrails.

Hazards when working at height

Falling objects, Overreaching

Risk assessment and control measures

Exclusion zones

PPE ( hard hat , boots , hi-vis , gloves)

Main legislation for working at height is Work at Height Regulations 2005.

Correct equipment selection

it is a legal requirement to reduce this where possible

ladders short durations only 1 in 4 rule must be followed

scaffolding must be inspected every 7 days

Hi-vis, hard hats, boots and gloves must be worn at all rimes

leads to severe injuries

access equipment:

ladders step ladders

scaffolding

harness and fall arrest systems

mobile towers

ladders should be used in short duration only,1 in 4 rule, secure base

step ladders fully open never overreach

inspect for damage

towers guardrails and toe boards firm ground never move with someone on it

scaffolding trained personnel only inspected every seven days must have guardrails around edges

hazard at height:

falling objects

fragile surface

slips and falls

weather

control measures:

risk assessment

ppe exclusion zones

correct equipment selected

fascia board what the guttering is attached to

hazards present:

falling from height of ladder

slip trips

not being careful when using the tools

bad weather

incorrect safety precautions when at height

not a good safety plan on the worksite

PPE:

hard hat

work trousers

work top

steal toe boots

safety glasses

Hivis jacket

harness

Suitable equipment:

power drill

ladder

hammer

nails

spirit level

scaffolding

guard rales

toe boards [regular inspection]

scaffold boards on floor make steady and stable

1. cherry picker ladder scaffolding

2. ensure a stable 75 degree angle for every 4 foot up its 1 foot out

3.only trained individuals like scaffolders

1. work at height regulations 2005

2. toe boards prevent material from falling from scaffolding

one thing I have learned is the 1 in 4 rule

·       Avoid working at height

·       Use the right equipment

·       Prevent falls with guard rasils

Access equipment include

·       Ladders and step ladders

·       Mobile towers

·       Scaffolding

·       Cherry pickers

·       Harness

Ladders and step ladders

·       Short duration use

·       Fully open always inspected for damage

Towers and scaffolding

·       Towes: guardrails and toe boards firm ground never move with someone on it

·       Scaffolding trained personal only

Hazards when working at height

·       Falling objects

·       Overreaching

·       Fragile surfaces

Control measures

·       Risk assessments and method assessments

·       Exclusion zones

·       PPE

·       Correct equipment

Fascia board ( face shia)

PPE needed for a fascia board include

·       Safety goggles

·       Work boots

·       Appropriate clothing

·       Hard hat

·       Hivis

Suitable equipment needed for a fascia board

·       Hammer and nails

·       Ladder

·       Drill

·       Spirit level

·       Scaffolding

·       Toe boards

Hazards for fitting a fascia board

·       Falling from a height

·       Slips and trips

·       Not being careful when using tools

·       Bad weather

Health and safety when working on a fascia board

·       Thorough read of the risk and method assessment

·       Stabel ladder or scaffolding to work on

·       Don’t improvise on heights

What could go wrong whilst fitting a fascia board

·       Improvisation

·       Not acknowledging the risk and method assessment

·       Being unprofessional

Quick fire Questions

Q1) Name 3 access equipment

·       Scaffolding

·       Cherry picker

·       Ladder

Q2) what is the 1 in 4 ladder rule?

·       Have to sustain a 74 degree angle

·       Every 4ft up you go 1ft out

Q3) who can erect scaffolding?

·       Scaffolders (professional)

The main legislation for working at heights is the Work at height regulation of 2005

SUMMARY

·       Falls is the biggest danger

·       Use correct equipment safely

·       Follow the main legislation for working at heights

Exit ticket

·       I found out that the main legislation for working at height is the work at height regulation of 2005

keep a brief description of whats happened

RIDDOR documentation involves an employer recording work-related accidents, diseases, and dangerous occurrences, and submitting specific reports to the Health and Safety Executive (HSE) online. Records must be kept for a minimum of three years, or ideally six, to allow for potential civil litigation. Employers use the online HSE RIDDOR form to log incidents such as fatalities, certain serious injuries, diagnosed occupational diseases, and near-misses, and should retain a copy of the submitted report. While being investigated you cannot carry on with the job that you where doing

Reporting incidents to the hse is a legal requirement of Riddor.

Who, what, where, why.

A record must be kept of any injuries that make you be off for more than 7 days.

RIDDOR documentation involves recording and formally reporting certain workplace accidents, diseases, and dangerous occurrences to the Health and Safety Executive (HSE). Employers must maintain internal incident records, potentially using an accident book, and complete online RIDDOR forms for reportable incidents, keeping copies of the reports for at least three years.

Accident book has to be completed, if your off for more than 3 days you will get pay, it becomes a riddor reportable incident when off for more than 7 days.

Equipment on site and tasks on site, some are reportable and some are not, but you can report anything.

As soon as you register your riddor executive they will investigate from there.

Construction operative will come and look around to make sure everything isup to standard.

Local authority have h&s that can investigate.

While they're investigating you they will stop the job completely until the investigations and interviews are over.

a record must be kept for more than 70 days if your off for more than 7 days so your not liable

if something is reported the job will be stopped

work related accidents that cause death or serious harm

Reporting to HSE is a legal requirement under RIDDOR

who what where when why

injuries and hazard/risk records need to be kept and be up to date

record must be kept of any injuries consisting of a person being off for more than 7 days

make note of correct time date and brief description of what is occurring

[7 days after the accident includes weekends]

as soon as RIDDOR incident is report HSE takes it further and investigates

stops work whilst under investigation

A record must be kept of any injuries keeping you off work for 7 consecutive days

Making it easier for an investigation to take place

Your record book has to be completed

Whilst the investigation is going on the job will be stopped until its done

-Reporting to HSE is a legal requirement

-Who what why when how need reporting

-you need to keep record of injuries and how they happened and on what tool/machine if they keep you of work for more than 7 consecutive days

-keep record of each job and task

-if reported and RIDDOR is involved, the job will be stopped untill the investigation has closed

legal requiremeant for employers is reporting riddor to hse

and tell them who what where when why

you need to keep when the accident was and who was involved

a record must be kept if the injury has made you stay of for 7 or more days

you keep a copy of this report as if there is a investigation on that incident you have the information needed.

the accident book must be completed

as soon as place in the riddor report the hse will carry out the investgation

while they are investagating you the job has to be stopped until the interviews and everything is done

For example to inspect a roof that is difficult to access and visibly see any defects, instead of balancing a long extension ladder, Drones can now be used to access difficult areas ​Access equipment: any item of equipment used by a person to safely gain height.​ Risk of fall from a ladder or step ladder is high.​

HSE recommends that ladders are only used when there is no other equipment to complete the task.​

Timber ladders (pole ladders) are heavy can easily be damaged.​

Aluminium ladders much stronger & lighter but can be dangerous working near electrical cables. ​Leaning ladders must be positioned at an angle of 75 degrees​

Or a ratio of 1:4​. HSE key messages are that:​

you must be competent in erection and dismantling of mobile scaffolds; and​

you must always read and follow the manufacturer's instruction manual and on no account attempt use the equipment beyond its limitations.​ Scaffolding can only be erected, altered and taken down by a trained competent person/scaffolder. ​

​

Once erected scaffolder will inspect and confirm that it is safe to use by filling out a ‘Scaff tag’ and then will place this on the scaffold where it is easy to view usually on the ladder.

​

The Health and Safety Executives

Legal Enforcement

Enforces health and safety law in construction under the Health and Safety at Work Act 1974, providing the legal backbone for workplace safety.

CDM Regulations

Issues Construction (Design and Management) Regulations to systematically manage risks throughout project lifecycles from conception to completion.

Inspections & Prosecutions

Conducts rigorous site inspections, thorough investigations, and prosecutions for serious breaches to maintain industry standards.

Guidance Resources

Provides authoritative guidance, comprehensive resources, and practical tools to support industry-wide compliance and best practices.

Local Enforcement partners

Local authorities are vital since they focus on small scale projects and community protection.

Role of CSO (Construction Safety Officer)

On-site professional responsible for implementing comprehensive safety policies on a day-to-day basis across all construction activities.

Conducts thorough hazard assessments, delivers essential safety training, and performs regular site inspections to identify risks.

Acts as crucial liaison between workers, management, and regulatory bodies, ensuring clear communication channels.

Ensures strict adherence to HSE and CDM requirements on site, maintaining detailed records and documentation.

High-risk Environments

-Construction sites present complex hazards including working at height, heavy machinery and hazardous materials requiring vigilance.

Standards & Enforcement

-Dedicated organisations establish rigorous standards, enforce regulations and provide practical guidance to industry professionals.

Protection & compliance.

-Their critical work protects workers, safeguards the public and ensures full legal compliance across all construction activities.

The Health and Safety Executive (HSE) - The UK's Regulator

-01. Legal Enforcement

Enforces health and safety law in construction under the Health and Safety at Work Act 1974, providing the legal backbone for workplace safety.

-02. CDM Regulations

Issues Construction (Design and Management) Regulations to systematically manage risks throughout project lifecycles from conception to completion.

-03.Inspections & Prosecutions

Conducts rigourous site inspections, thorough investigations and prosecutions for serious breaches to maintain industry standards.

Dermatitis

Falling from height

Musculoskeletal problems

Struck by moving plant

Drugs and alcohol at work is gross misconduct and can get sacked from having a drink the night before as it puts your colleagues at risk

need safe storage of materials and chemicals to prevent fires, explosions and toxic exposure

Hand arm vibration - prolonged use of power tools

Noise Exposure - Constant exposure to loud machinery/tools can lead to permament hearing loss

Respiratory Illness- Breathing in wood dust/fibres/chemical fumes can cause serious lung conditions including asthma and silicosis

OTHER HEALTH RISKS-

Dermatitis - skin irritaion/rashes caused by contact with cement /solvents /adhesives /timber preservatives - can be stopped by wearing gloves and washing hands regularly

Musculoskelatal problems- Back pain/ joint pain/ repetive strain injuries from heavy lifting, poor posture and repetive movements - have correct posture

Falling from height - Falls from ladders/ scaffoldong/ roofs and a leading cause of serious injury and death - always use proper access equipment and guardrails

Struck by moveing plant machinery - Accidents involving forklifts/ excavators / delivery vehicles - stay alert/ wear hi-vis/ dont walk in blind spots

DRUGS AND CLCOHOL AT WORK -

Impaired Judgement - Drugs and alcohol slow reaction times/ cloud decision-making, which increase the risk of serious accidents with tools/ machinery

Dangers to others - Wokring under the influence puts your colleagues in danger and could kill

Dismissal and Legal action - Being under the influence at work in gross misconduct. You'll be dismissed immediately and may face criminal charges if someone is hurt

SAFE STORAGE OF MATERIALS -

01 - speperate storkes - keep combustibiles away from ignition sources and in designated areas with clear singage

PERSONAL HYGIENE ON SITE -

- Wash hands regularly

- Avoid eating in work areas

- Clean cuts immediately

- Use welfare facilities

- Change contaminated clothing

DANGERS OF ASBESTOS -

Where its found - Insulation/ ceiling tiles - floor tiles/ roofing tiles/ pipe logging/ texturing coatings in buildings constructed before 2000

What to do - Never disturb asbestos materials, if you suspect asbestos, stop working and report to supervisor, only liseneced contractors can remove it

Long term risk - Any amount of it can sit in your lungs for years and cause lung disease

POWER CABLES -

Yellow power cable - 240V stepped down to 110V

Red power cable - 240V stepped up to 415V

Blue power cable - 240V

Noise exposure- Constant exposure to loud machinery and power tools

Respiratory illness- Breathing in wood dust, fibres and chemical fumes.

Dermatitis-Skin irritation and rashes caused by contact with cement, solvents, adhesive and timber preservatives . Wear gloves and wash hands regularly.

Musculoskeletal Problems- Back pain, joint damage and repetitive strain injuries from heavy lifting, poor posture and repetitive movements. Use correct lifting techniques.

Falling for height- Falls from ladders =, scaffolding and roofs are a leading cause of serious injury and death in construction. Always use proper access equipment and guardrails.

Struck by moving Plant-Accident involving moving vehicles for example a fork lift. Stay away from blind spots.

Safe Storage of materials- Sperate Storage , Ventilation Matters , Secure Containers and Know the rules .

Personal Hygiene on Site:

Wash hand regularly

Avoid eating in work areas

Clean cuts immediately

Use welfare facilities

Change contaminated clothing

Dangers of asbestos- Asbestos is a deadly material found in older buildings. Breathing in asbestos fibres cause fatal lung diseases including mesothelioma.

Asbestos cement

Asbestos insulation

contaminated material

Sanders drills and jigsaws

Noise exposure

Constant exposure to power tools and machines

Respiratory illness

Breathing in wood dust and fibres.

Dermatitis skin irritation and rashes caused by contact with chemicals

Falling from heights

Falls from ladders and scaffolding cause of serious injuries and death.

Struck by moving plant

Accidents involving forklifts stay alert while near one of these vehicles.

Musculoskeletal problems

Back pains and joint pains from repetitive movements and lifting heavy equipment.

No drugs and alcohol at work as it can impair judgement its dangerous to others and legal action can be taken.

personal hygiene

Wash hands regularly

Avoid eating in work areas

Clean cuts immediately

Use welfare facilities

change contaminated clothing.

Dangers of asbestos

Causes lung disease from only one little particle

blue= 240

red= 410

• Hand arm vibration

  -prolonged use of power tools like sanders, drills and jigsaws.

• Musculoskeletal Problems

  - Back pain, joint damage and repetitive strain injuries. Use correct lifting techniques.

• Struck by moving plants

  -Accidents involving forklifts, excavators and delivery vehicles.

• Falling from height

  - Falls from ladders, scaffolding and roofs. Always use proper access equipment and guardrails.

Drugs and Alcohol at Work

• Impaired judgement

  • Drugs and Alcohol slow reaction times and cloud decision-making.

• Danger to Others

  • Working under the influence puts your colleagues at risk.

• Dismissal and Legal Action

  • Being under the influence at work is gross misconduct. You'll be dismissed immediately and may face criminal charges

• Safe Storage of Materials

  • Seperate Storage

    -Keep combustibles away from ignition sources.

  • Ventilation Matters

    -Store chemicals in well ventilated areas.

Plant and Equipment Use

Mechanical hazards- Struck by machinery, trapped by moving machinery

Environmental hazards-Electric shocks, Excessive noise exposure

Physical Hazards- Burns, Tripping, slipping, manual handling injuries. #

Understanding specific hazard risks

-Electric dangers

• Electric ashocks can occur from damaged cables.

• Faulty equipment

-Noise Exposure

• Prolonged exposure to loud machnery can cause permanent damage to hearing.

- Dust hazards

• Wood dust can cause respritory problens and allergic reactions.

- Buried services

• Underground cables, gas lines and water pipes pose serious risks if struck.

The Critical Importance of Machinery Safeguards

- Physical barriers

• Guards prevent direct contact with moving parts, rotating blades and pinch points

- Emergency Protection

• Emergency stop buttons and interlocked guards allow immediate shutdown.

- Legal compliance

• Safeguards must not be removed from machines

Maintaining Safe Distances

Keeping safe distances prevents accidents from unexpected movement, blind spots and operator errors.

Method statement

• 01. Risk identification

  - Identify all hazards associated with your task

• 02. Control Measures

  - They outline the exact procedures

• 03. Clear instructions

  - Provide step-by-step guidance

• 04. Communication Tool

  - Method statements ensure al workers know what to do.

permit to work= ask permission

Contact incidents - direct contact with moving parts/ rotating components/ vehicles can cause crushing injuries/ fractures/ severe trauma

Entrapment Risks - workers can become trapped between moving machinery and fixed objects, leading to serious crush injuries/ fatalities

Projectile Hazards - Flying materials, ejected components/ debris from cutting and processing can strike workers causing eye injuries and lacerations

Movement accidents - unexpected machinery movement/ reversing vehicles/ equipment operation can strike workers who aren't maintainings safe distances

Whats a banksmen in construction? - A banksman is a someone that directs all the heavy machinery in order to not dig up/damage gas/water pipes

THE CRITICAL IMPORTANCE OF MACHINE SAFEGUARDS

Physical guards - prevent direct contact with the moving/ rotating components which reduces injury risk

SAFE WORKING PRACTICES

- Stay outside marked exlusion zones

- Wait for equipment to completly stop

- Make yourself visible to operators

- Never walk behind reversing vehicles

warning signs= yellow- potential dangers

mandatory signs= blue- must be done

emergency/situation signs= green- show information

prohibition signs

warnings signs

mandatory signs

Emergency signs

Prohibition Red Not allowed to do for example do not drink and do not enter

Warning yellow Potential dangers in an area corrosive material and tripping hazard

mandatory blue must be done on site safety boots must be worn.

information green pointing health and safety for example emergency exit route.

Hazardous waste signs Harmful and dangerous materials Flammable (LPG)

The Health and Safety Executive

prosecuted William Bedford, trading as B & J Scaffolding, following the incident in Jedburgh Street, Middlesbrough in 2008.

On the evening of 18th of January, 85 metres of scaffolding overturned in the wind and collapsed into the street.

The HSE investigation showed that the scaffolding was not adequately secured to the houses and was missing elements used to stabilise the structure.

Mr Bedford, whose business is based at Durham Road, Redcar, pleaded guilty to breaching Section 3(1) of the Health and Safety at Work etc Act 1974 when he appeared at Teesside Magistrates' Court. He was fined £4,000 and was ordered to pay costs of £2,500. After the case, HSE inspector Natalie Wright said: "The scaffold had been used as a working platform for at least five days before the incident, by workers on site carrying out work to the house fronts. It could have collapsed at any time, creating a significant risk to workers and members of the public.

In a statement to the inquest in Thirsk, Mr Grygieniec's mother, Ava, said her "hard-working and popular" son died on the last day of his job.

She added that Mr Grygieniec, who had been living with his parents in their family home, had been due to start another role the following Monday.

"He was an easy-going, popular boy who had a very bright future ahead of him, and his friends said it felt like they lost a brother as he lit up other people's lives," she said.

"He was born in Poland but we moved here as he had recurring chest infections as a child and the UK had better healthcare."

She added that she had a "close relationship" with her son and he "loved fresh air and was a hard worker, so working as a landscape gardener was perfect for him".

'Risky and steep'

The inquest heard that a post-mortem examination found Mr Grygieniec had suffered "sharp blunt force injuries" to the left side of his head caused by the impact of the mower.

Police and ambulance crews had found him submerged and face down in a pond under the lawnmower and he was pronounced dead at the scene at 16:45 BST.

The inquest also heard drowning was not considered to have played a part in Mr Grygieniec's death, nor alcohol or medication.

In a witness statement, Glyn Horner, who lived in North Stainley, said he had seen a gardener and remembered thinking the area he was mowing looked "risky and steep, but he was not driving erratically".

Francis Ellis, from the Health and Safety Executive, who examined the mower after the incident, told the inquest the device was not fitted with a rollover protection system.

She added that Mr Grygieniec was also not wearing a seatbelt, so there was nothing to stop him from having contact with the machine during the incident.

"He would have rolled over with the machine with quite a lot of force and inertia as it was taking place on a big slope on a steep bank while the blades were still moving," Ms Ellis explained.

John Holroyd, a former colleague of Mr Grygieniec at MHS Countryside Management, told the jury he had not personally received training on using equipment and did not see any documents about how to use the mower.

However, another MHS colleague, Jordan Dickinson, said in a statement to the inquest that "if workers didn't want to do anything they felt was unsafe, they could just say to management and they were supportive".

Mr Dickinson also said that he had been shown how to use the equipment when he started.

The inquest continues.

demolition= destroyed

Just in time= keeping your stocks at the right level for the next orders coming in

jurisdiction of local authority when you are building= safety checks and checks of regulations

Renovate - renew certain aspects

Maintenance- Keep things working

Retrofit - Upgrading and modifying old houses

Domestic - Your own home

Commercial - A public space

Demolition - Destroying something

Just in time - when thing arrive just in time for when they are needed , for example buying bricks locally

1 The learner will: 1 Know the principles of risk assessment for maintaining and improving health and safety at work Assessment criteria The learner can: 1.1 State the purpose of risk assessments and method statements 1.2 State the legal requirements of risk assessments and method statements 1.3 State common causes of work-related: • fatalities • injuries. 1.4 State the implications of not preventing accidents and ill health at work 1.5 State the meaning of the following in relation to health and safety at work: • accident • near miss • hazard • risk • competence. 1.6 List typical hazards and potential risks associated with: • resources • equipment • obstructions • storage • services • wastes • work activities. 1.7 State the importance of reporting accidents and near misses 1.8 State typical accident reporting procedures 1.9 State who is responsible for making accident reports 1.10 State the purpose of dynamic risk assessments

2 The learner will: 2 Know the importance of safe manual handling in the workplace Assessment criteria The learner can: 2.1 State the reasons for ensuring safe manual handling in the workplace 2.2 State the potential injuries and ill health that may occur from incorrect manual handling 2.3 State the employee’s responsibilities under current legislation and official guidance for: • moving and storing materials • manual handling • mechanical lifting 2.4 State the procedures for safe lifting in accordance with official guidance 2.5 State the importance of using site safety equipment when handling materials and equipment 2.6 List aids available to assist manual handling in the workplace: • pallet truck • forklift truck • lifting sling • roust-about • wheelbarrow • sack barrow • kerb/vacuum lifters. 2.7 State how to apply safe work practices, follow procedures and report problems when carrying out safe manual handling in the workplace Learning outcome

3 The learner will: 3 Know the importance of working safely at height in the workplace Assessment criteria The learner can: 3.1 Define the term ‘working at height’ 3.2 State the employee’s responsibilities under current legislation and official guidance whilst working at height 3.3 List hazards and potential risks associated with: • dropping tools and debris • stability of ladders • overhead cables • fragile roofs • scaffolds • internal voids • equipment • the working area • other people. 3.4 State how hazards and potential risks associated with working at height can be controlled 3.5 State the regulation that controls the use of suitable equipment for working at height Learning outcome

4 The learner will: 4 Know risks to health within a construction environment Assessment criteria The learner can: 4.1 List the main groups of substances hazardous to health under current regulations 4.2 List common risks to health within a construction environment: • hand arm vibration • noise • respiratory illness • dermatitis • musculoskeletal problems • falling from height • struck by moving plant machinery. 4.3 State the types of hazards and potential risks that may occur in the workplace linked with the use of drugs and alcohol 4.4 State the importance of the correct storage of combustibles and chemicals on site 4.5 State the importance of personal hygiene within a construction environment 4.6 State the potential risks to the health of workers exposed to asbestos 4.7 State the types of asbestos waste 4.8 State the types of Personal Protective Equipment (PPE) that may be used when dealing with hazardous materials

Learning outcome 5 The learner will: 5 Know the importance of working around plant and equipment safely Assessment criteria The learner can: 5.1 List ways in which moving plant, machinery or equipment can cause injuries 5.2 State the hazards/risks relating to the use of plant and equipment: • struck by moving machinery • striking cables and buried services • trapped by moving machinery • damage from flying debris • electric shocks • burns • noise • tripping • injury during use and changing tooling • dust 5.3 State the importance of safeguards located near where plant, machinery and equipment are being used 5.4 State the importance of keeping a safe distance away from plant, machinery or equipment until clear contact is made with the operator 5.5 Outline how method statements can assist in ensuring the safety of workers where moving plant, machinery or equipment is in use 5.6 State the ways to eliminate or control risks relating to working around plant, machinery or equipment 5.7 Identify hazard warning signs and symbols used when operating or working with, around or in close proximity to plant, machinery or equipment

x. Control of Noise at Work Regulations (CNWR) • wear hearing protection when required • follow noise control procedures • report potential issues or over-exposure. x. Control of Vibration at Work Regulations (CVWR) • take regular rest breaks from use of vibrating tools • report potential symptoms of vibration exposure • follow control measures implemented. xi. Electricity at Work Regulations (EAWR) • visually check equipment before use • report any defects immediately • follow safe systems of work. xii. Lifting Operations and Lifting Equipment Regulations (LOLER) • do not use equipment unless trained • follow safe lifting practices • report any defective equipment. xiii. Confined Spaces Regulations • avoid entry into confined spaces whenever possible • if entry is unavoidable, follow a safe system of work • put in place adequate emergency arrangements before starting work in confined spaces. xiv.Building Safety Act • comply with building regulations and fire safety orders • escalate/report significant fire and structural safety concerns. xv. The Control of Lead at Work Regulations

2 Employer and employee responsibilities under the Health and Safety at Work Act (HASAWA) a) Employer responsibilities: i. provision of safe working environment ii. provision of access to adequate staff training: • CSCS card • induction • toolbox talks. iii. provision of health and safety information iv. completion of risk assessment2 Employer and employee responsibilities under the Health and Safety at Work Act (HASAWA) a) Employer responsibilities: i. provision of safe working environment ii. provision of access to adequate staff training: • CSCS card • induction • toolbox talks. iii. provision of health and safety information iv. completion of risk assessments v. supervision vi. provision of PPE for employees vii. reporting of hazards, accidents and near misses viii. CDM regulations, construction phase plans ix. protecting/providing provision for employee welfare x. display of public liability insurance and health and safety law posters/information. b) Employee responsibilities: i. exercising a duty of care to themselves and to others ii. working in a safe manner iii. complying with employer instructions iv. working safely with other trades v. reporting hazards, accidents and near misses vi. following organisational procedures.

Health and Safety - follow workplace procedures and systems , follow slip trips and falls prevention methods , use equipment and PPE properly and report and issues or risks.

Reporting Injuries Diseases and Dangerous Occurrences Regulations (RIDDOR) - report any work-related incidents ,provide details for reporting purposes , comply with reporting procedures.

Control of Substances Hazardous to Health (COSHH) - follow instructions for safe use , use control measures properly , report exposure incidents. Construction, Design and Management (CDM) Regulations- take care of own health and safety , be aware of safety of others who may be affected by own actions , report potential safety issues to the employer.

Provision and Use of Work Equipment Regulations (PUWER) - use equipment only if trained , report any faulty equipment , follow safety instructions provided.

Manual Handling Operations Regulations (MHOR) , follow safe lifting techniques , use aids where provided , report unsafe loads or practices. Personal Protective Equipment (PPE) at Work Regulations , use PPE correctly as instructed , help maintain PPE properly , report any defects or issues. Work at Height Regulations (WAHR) , use safety equipment provided , follow training and procedures , do not undertake unsafe practices

Electricity at work regulations 1989

Manual handling operations regulations 1992

Workplace health, safety, and welfare regulations 1992

PPE work regulations 1992

Consultation with employees regulations 1995/1996

provision and use of work equipment 1998

Lifting operations regulations 1998

Management of health and safety regulations 1999

COSHH 2002

Work at height regulations 2005

Fire safety 2005

Noise at work regulations 2005

Control of vibration at work regulations 2005

Corporate manslaughter and corporate homicide act 2007

Construction regulations 2015

PPE (more recent)

2015

COSHH 2002-UK legislation that requires employers, by law, to protect their employees from exposure to dangerous substances.

Manual Handling Operations Regulations 2002-require an employer to carry out a risk assessment on all manual handling tasks that pose an injury risk

RIDDOR 1986-requires employers, and other people in charge of work premises to report and keep records of all: work-related fatalities. work-related injuries. diagnosed cases of reportable occupational diseases

employers are required to carry out risk assessments, provide training.

ventilation and indoor temp

lighting and heating

hygeine facilities

clean drinking water

clean and tidy shelter

Follow workplace procedures and systems Follow slip, trip and fall prevention methods Use equipment and PPE properly

Report any issues or risks.

Reporting Injuries Diseases and Dangerous Occurrences Regulations (RIDDOR) 2013

• report any work-related incidents

• provide details for reporting purposes

• comply with reporting procedures.

Under the Management of Health and Safety at Work Regulations 1999, the minimum you must do is: identify what could cause injury or illness in your business decide how likely it is that someone could be harmed and how seriously

The Health and Safety at Work etc Act 1974 is the primary piece of legislation covering occupational health and safety in Great Britain. It's sometimes referred to as HSWA, the HSW Act, the 1974 Act or HASAWA. It sets out the general duties which: employers have towards employees and members of the public.

them jails overpopulated got no room,

you ever had to get it popping cos you got no food,

they hate me when im winning but the love me when i lose,

kicking back smoking cali while im listening to tunes,

martinL20

• Dust inhalation

  • Wood dust (hardwood/softwood)

  • Silica dust from cutting masonry or concrete

  • Can cause respiratory problems, asthma, and long-term lung disease

• Noise exposure

  • Prolonged use of power tools and machinery

  • Risk of temporary or permanent hearing loss

• Vibration

  • Hand-arm vibration from power tools (e.g. drills, sanders)

  • Can lead to Hand-Arm Vibration Syndrome (HAVS)

• Manual handling

  • Lifting, carrying, pushing, or pulling heavy materials

  • Risk of back injuries, strains, and musculoskeletal disorders

• Hazardous substances

  • Adhesives, solvents, paints, preservatives, and resins

  • Can cause skin irritation, dermatitis, breathing problems, or long-term illness

• Skin contact hazards

  • Cement, lime, chemicals, and oils

  • Risk of dermatitis, burns, and allergic reactions

• Poor air quality / fumes

  • Exhaust fumes, solvent vapours, and lack of ventilation

  • Can cause dizziness, headaches, or long-term health effects

• Extreme temperatures

  • Working in cold, wet, or hot conditions

  • Risk of hypothermia, heat stress, or dehydration

• Poor posture and repetitive tasks

  • Prolonged kneeling, bending, or repetitive movements

  • Can lead to joint pain and long-term musculoskeletal issues

• Biological hazards

  • Exposure to mould, bacteria, or bird droppings

  • Risk of infections or respiratory conditions

If you want, I can:

• Rewrite this in learner-friendly Level 2 language

Main groups of substances hazardous to health (COSHH)

• Dusts

  • Wood dust, silica dust, cement dust

  • Can cause breathing problems, asthma, and long-term lung disease

• Fumes

  • Welding fumes, engine exhaust fumes

  • Can cause respiratory irritation and long-term illness

• Vapours

  • Solvents, paints, varnishes, adhesives

  • Can cause dizziness, headaches, and breathing problems

• Liquids and mists

  • Paint sprays, oils, preservatives, cleaning chemicals

  • Can be inhaled or absorbed through the skin

• Gases

  • Carbon monoxide, LPG, oxygen-deficient atmospheres

  • Can cause serious injury or death

• Biological agents

  • Bacteria, mould, fungi, bird droppings

  • Can cause infections and respiratory illness

• Chemicals harmful to skin

  • Cement, lime, resins, oils

  • Can cause dermatitis and chemical burns

Hazards and potential risks linked to drugs and alcohol in the workplace

• Impaired judgement and decision-making

  • Risk: Unsafe decisions, ignoring safety procedures, increased likelihood of accidents

• Reduced concentration and awareness

  • Risk: Failure to notice hazards, moving machinery, or other workers

• Slower reaction times

  • Risk: Inability to respond quickly to dangerous situations, leading to serious injury

• Poor coordination and balance

  • Risk: Slips, trips, falls, and loss of control of tools or equipment

• Unsafe use of tools and machinery

  • Risk: Cuts, amputations, crushing injuries, or fatal accidents

• Increased likelihood of working at height incidents

  • Risk: Falls from ladders, scaffolds, or platforms

• Driving and plant operation hazards

  • Risk: Collisions, run-over incidents, and serious injury to self or others

• Aggressive or unpredictable behaviour

  • Risk: Conflict, violence, and breakdown of site safety culture

• Poor compliance with PPE and site rules

  • Risk: Increased exposure to other workplace hazards

• Risk to others on site

  • Risk: Injury or death to co-workers or members of the public

Examiner-ready model answer

The use of drugs and alcohol at work can cause impaired judgement, reduced concentration, slow reactions, and poor coordination. This creates hazards when using tools, machinery, working at height, or operating vehicles, increasing the risk of accidents, serious injury, or death to the worker and others.

• Hand–arm vibration (HAV)

  • Caused by prolonged use of vibrating power tools

  • Can lead to numbness, tingling, loss of grip strength (HAVS)

• Noise

  • From machinery and power tools

  • Can cause temporary or permanent hearing loss

• Respiratory illness

  • Caused by inhaling dusts, fumes, or vapours (e.g. wood dust)

  • Can lead to asthma, breathing difficulties, or long-term lung disease

• Dermatitis

  • From contact with cement, oils, solvents, or chemicals

  • Causes skin irritation, rashes, cracking, or burns

• Musculoskeletal problems

  • From poor posture, repetitive work, or manual handling

  • Can cause back injuries, joint pain, and long-term disorders

• Falling from height

  • From ladders, scaffolds, or platforms

  • Can result in serious injury or fatality

• Reduces the risk of fire and explosion

  • Prevents ignition of flammable liquids, gases, and materials

• Protects workers’ health

  • Reduces exposure to harmful fumes, vapours, and skin contact

• Prevents leaks, spills, and contamination

  • Minimises environmental damage and slip hazards

• Ensures compliance with legal requirements

  • Meets COSHH, fire safety, and site safety regulations

• Prevents unauthorised access or misuse

  • Keeps hazardous substances away from untrained persons

• Maintains clear and safe work areas

  • Reduces trip hazards and improves overall site safety

• Allows safe emergency response

  • Proper labelling and storage helps emergency services identify risks quickly

• Reduces the risk of illness and infection

  • Prevents ingestion or absorption of harmful substances such as dusts, chemicals, and bacteria

• Prevents skin conditions

  • Regular washing reduces the risk of dermatitis caused by cement, oils, and chemicals

• Limits spread of contaminants

  • Stops hazardous substances being transferred to the mouth, eyes, or home

• Protects respiratory health

  • Washing hands and face before eating or drinking reduces inhalation and ingestion of dust

• Promotes safe food consumption

  • Clean hands reduce contamination when eating, drinking, or smoking

• Supports compliance with health and safety regulations

  • Helps meet site welfare and hygiene requirements

• Improves overall wellbeing and professionalism

  • Encourages safer working habits and respect for the workplace

• Asbestosis

  • Scarring of the lungs caused by inhaling asbestos fibres

  • Leads to shortness of breath and permanent lung damage

• Lung cancer

  • Increased risk from prolonged or repeated exposure to asbestos fibres

• Mesothelioma

  • A serious and usually fatal cancer of the lining of the lungs or abdomen

  • Strongly linked to asbestos exposure

• Pleural thickening

  • Thickening of the lining of the lungs

  • Can cause chest pain and breathing difficulties

• Long-term health effects

  • Symptoms often develop many years after exposure

  • Damage is irreversible and can be fata

• Asbestos insulation board (AIB)

  • Wall panels, ceiling tiles, fire-proofing boards

• Asbestos cement products

  • Roofing sheets, wall cladding, gutters, downpipes

• Pipe insulation and lagging

  • Thermal insulation around pipes and boilers

• Loose-fill asbestos

  • Insulation found in lofts and cavity walls

• Contaminated materials

  • PPE, cloths, wipes, rags, and debris contaminated with asbestos fibres

• Asbestos floor materials

  • Vinyl floor tiles, bitumen adhesive

• Respiratory Protective Equipment (RPE)

  • Dust masks, respirators with appropriate filters

  • Protects against dusts, fibres, fumes, and vapours

• Protective gloves

  • Chemical-resistant gloves (e.g. nitrile, PVC)

  • Protects hands from chemicals and skin contact

• Eye protection

  • Safety goggles or face shields

  • Protects eyes from splashes, dust, and particles

• Protective clothing

  • Overalls, disposable coveralls, chemical-resistant suits

  • Prevents contamination of skin and clothing

• Safety footwear

  • Protective boots with sealed uppers

  • Protects feet from spills and contamination

• Head protection

  • Safety helmets (where required)

  • Protects against impact and contamination

• Identify hazards present in the workplace

• Assess who may be harmed and how

• Evaluate the level of risk

• Identify control measures to reduce or eliminate risks

• Prevent accidents, injuries, and ill health

• Comply with health and safety legislation

Purpose of method statements

• Explain how work will be carried out safely

• Describe the correct sequence of tasks

• State the control measures and PPE required

• Reduce risk during specific work activities

• Ensure workers understand safe working methods

• Risk assessments are a legal requirement under the Health and Safety at Work etc. Act 1974

• Required by the Management of Health and Safety at Work Regulations

• Employers must assess risks to employees and others who may be affected

• Significant findings must be recorded where five or more people are employed

• Control measures must be implemented to reduce risks

• Risk assessments must be reviewed and updated when work activities or conditions change

Legal requirements of method statements

• Not always a legal document on their own, but often required:

  • By law when work is high risk

  • By clients, principal contractors, or site rules

• Required under CDM Regulations to ensure safe systems of work

• Must be based on the risk assessment

• Must clearly explain safe working methods and controls

• Workers must be informed and trained in the method statement

• Falls from height

  • From ladders, scaffolds, roofs, and platforms

• Struck by moving or falling objects

  • Falling materials, tools, or moving plant

• Contact with moving machinery or vehicles

  • Site traffic, plant, forklifts, delivery vehicles

• Collapse of structures or excavations

  • Trenches, temporary supports, incomplete structures

• Electrocution

  • Contact with live electrical services or faulty equipment

Common causes of work-related injuries

• Slips, trips, and falls (same level)

  • Poor housekeeping, wet or uneven surfaces

• Manual handling injuries

  • Lifting, carrying, pushing, or pulling materials incorrectly

• Cuts, abrasions, and lacerations

  • Hand tools, power tools, sharp materials

• Impact injuries

  • Being hit by tools, materials, or equipment

• Exposure to hazardous substances

  • Dusts, chemicals, fumes causing ill health or burns

• Use of vibrating tools

  • Hand–arm vibration injuries

• Falls from height

  • From ladders, scaffolds, roofs, and platforms

• Being struck by moving or falling objects

  • Falling materials, tools, or site equipment

• Contact with moving vehicles or plant

  • Site traffic, forklifts, excavators, delivery vehicles

• Collapse of structures or excavations

  • Trenches, unsupported walls, incomplete structures

• Electrocution

  • Contact with live electrical services or faulty equipment

Rough sketch

-quick

-cheap

-low detail

Hand drawing

-level of detail may vary

-time consuming to produce if highly detailed

-can be more expressive

-more detailed than a rough sketch

Line drawing

-precise

-accurate

-easily edited

-scaled

-usually more detailed and accurate than a hand drawing

Computer Aided Design (CAD)

-precise

-adaptable

-detailed

-easy sharable electronically

-usually complex and expensive to produce

What Information on plans is used for

• Calculating material cost/quantities

• setting out buildings in the correct positions

• identifying materials to be used and their location

• positioning and fixing of components

• communicating hazards

Converting information into a safe format

VPN enhance data security

Data breaches

Data backup systems - to restore data from accidents and data breaches

Detecting vulnerabilities

General Data Protection Regulations (GDPR) - protects user data

Insures your information remains safe

On a site data protection is used - The tools and machines that are used ( know if they have been checked , who can use them , and if they get stolen) , the people

who are on site ( names) , floor plans of site and buildings , Cyber security .

Building Information Modelling (BIM) is a collaborative, digital process for creating, managing, and exchanging information across a construction project’s lifecycle

The UK's Data Protection Act (DPA) 2018 was implemented on May 25, 2018

Keep machinery serial numbers and QR codes

Maps and floor plans are stored so that other people can't look at your project and take it.

BIM Building information management

All accounts have a password to prevent data breaches.

Data protection act 2018

-internal risks can jepordize it must be multi layer security

-limit user accsses

-use multi step verification

-stop bacck ups in off site places and website to protect it

-deploy advanced cyber security to mitigate threats

-GENERAL DATA PROTECTION REGULATION

-What is BIM? Building Information Modelling (BIM) is a process that encourages collaborative working between all the disciplines involved in design, construction, maintenance and use of buildings

-

 Name Types of roofs and common Materials 

Common roof types include gable, hip, flat, and shed, with materials chosen based on climate, cost, and style. Asphalt shingles are the most affordable and common choice, while metal, tile (clay/concrete), and slate offer higher durability and longer lifespans. Modern options like synthetic, solar, and green roofs are increasing in popularity.

Name the roofing materials

roofing materials vary by durability, cost, and style, with common options including asphalt shingles, metal (steel, aluminum, copper), slate, clay/concrete tiles, and wood shakes. For flat roofs, popular materials are EPDM rubber, PVC, TPO, and bitumen. The choice impacts lifespan, maintenance, and curb appeal, with metal lasting up to 100 years and asphalt being the most common residential choice.

Name the types of services that supply building roles and responsibilities for their servicing and maintenance.

 Building maintenance services that define roles and responsibilities for servicing include hard facilities management (HVAC, electrical, plumbing, lifts) and soft services (cleaning, landscaping). These are categorized into proactive strategies—preventive, predictive, and condition-based maintenance—and reactive measures like corrective repair and emergency services.

Name the factors affecting materials use in buildings structures and substructures. 

Key factors affecting material use include:

1. Functional & Structural Requirements

• Strength and Load-Bearing Capacity: Materials must withstand compression, tension, and shear forces (e.g., steel for tensile strength, concrete for compressive strength).

• Durability and Lifespan: Materials must resist weathering, corrosion, and decay to ensure a long service life with minimal maintenance.

• Fire Resistance: Structural materials must meet local fire safety standards.

• Dimensional Stability: Materials must maintain their shape under load and environmental changes.

2. Economic Factors

• Initial Cost vs. Lifecycle Cost: The cheapest material initially may not be the most economical over time due to maintenance or replacement needs.

• Labor and Installation Costs: Materials requiring specialized, highly skilled labor may increase overall expenses.

• Transportation Cost: The cost of moving materials to the site, particularly heavy, bulky materials, can be significant.

3. Site and Environmental Conditions

• Soil Conditions (Substructure): Soil strength, moisture content, and water table levels dictate the type of foundation (e.g., shallow, deep/piled).

• Climate: Temperature, humidity, and rainfall levels influence the choice of materials to prevent issues like rot or corrosion.

• Seismic/Geological Activity: Regions with high earthquake risk require lightweight, ductile materials (e.g., structural steel).

• Flood Vulnerability: Areas prone to flooding necessitate materials with high water resistance.

4. Availability and Logistics

• Local Availability: Sourcing materials locally reduces transportation costs, minimizes environmental impact, and streamlines construction schedules.

• Storage and Handling: The ease with which materials can be stored on-site affects project planning and risk of damage.

5. Sustainability and Environmental Impact

• Environmental Impact: Consideration of carbon footprint, embodied energy, and sustainability (e.g., recycled, renewable materials).

• Recyclability: The ability to recycle or repurpose materials at the end of the building's life.

• Low VOC/Toxicity: Using non-toxic materials for indoor environmental quality.

6. Regulatory and Design Constraints

• Building Codes and Standards: Strict, legally binding requirements that define mandatory material quality and safety specifications.

• Aesthetics and Design: The visual appearance (texture, color, flexibility) required by the owner or architect.

• Construction Methodology: Compatibility with modern construction techniques (e.g., pre-fabrication, cast-in-place).

Protected characteristics-

. Age

. Disability

. Gender reassignment or gender identity

. Marriage and civil partnership

. Pregnancy and maternity

. Race( including colour , nationality and ethnic or national origin)

. Religion or belief

. Sex

. Sexual orientation

Additional barrier characteristics

. Employment history

. Educational background/attainment

. Socio- economic status

. Criminal record

. Unconscious bias

Considerations when valuing diversity and inclusion

Diversity - refers to including or involving people with a range of different characteristics and having a variety of individuals and points of view presented

Inclusion - refer to providing equal access to opportunities and resources for those who might otherwise be excluded

Positive impacts -

For the individual

. Personal motivation / self- actualisation

. Feelings of value

. Well-being

. Job satisfaction and engagement

For team dynamics

. Effective interpersonal communication

. Positive teamwork

. Time saving

For employers and businesses

. Employee retention

. Meeting legislation requirements

. Staff progression

. Societal reputation

. Staff recruitment

. Increased productivity and performance

. Innovation , creativity and problem solving

Human Rights Act: October 2nd 2000

Homophobia, racism, religious, transgender, disability, alternative sub-cultures are all different types of hate crimes

raft

pile

pad

raft foundation- a large concrete slab covering an entire area to support heavy loads.

pad foundation- spread footing for individual columns.

pile foundation- long structural elements driven deep into the ground.

Drilled shafts- hollow, watertight cylinders drove into the ground at a desirable depth.

Footings- the base supporting foundation walls and columns.

foundation walls- walls transferring loads from the substructure to the footings.

sleeper walls- used for supporting suspended ground floors

Substructure- a structure that is below the ground

superstructure- a structure that is above the ground.

Subsidence is when the ground below a structure fails because the ground has been incorrectly chosen to be built on therefore leading to the structure sinking.

The risk of subsidence is influenced by the type of soil and the foundation type used. Shallow foundations such as pad, strip and raft foundations are generally laid no deeper than 3 meters beneath the ground surface. Deep foundations including pile and pier are utilised when building loads need to be transferred to deeper more stable soil. bypassing weaker soils closer to the surface.

Considerations- legislations, technological advances, education this helps to eliminate bad practice and encourage reporting.

You should try and source materials locally and use energy efficient plant and equipment (battery powered or solar powered), changes to or minimising historical practice, availability to sustainable equipment and equipment.

Key Considerations in Sustainable Construction

• Material Selection: Using sustainable, recycled, or reclaimed materials (e.g., eco-friendly, FSC-certified timber) and reducing reliance on raw materials.

• Energy Efficiency: Integrating renewable energy sources (solar panels, heat pumps) and optimizing building design to reduce energy consumption.

• Water Management: Implementing rainwater harvesting and greywater recycling systems.

• Waste Reduction: Adopting offsite/modular construction techniques to minimize waste and improve efficiency.

• Site Planning & Social Impact: Considering local community impact, using local labor, and reducing noise/pollution during construction.

• Climate Resilience: Designing structures that can withstand extreme weather, such as flooding and high temperatures.

Impacts of Sustainability in Construction

• Environmental Impact: Lower carbon footprint, reduced landfill waste, and decreased pollution levels.

• Economic Impact: While initial costs might be higher, green buildings offer long-term savings through reduced energy/water consumption, lower maintenance costs, and potentially higher property values.

• Social & Health Impact: Creation of healthier indoor environments (better air quality) and positive impacts on local communities.

• Regulatory & Brand Reputation: Compliance with tightening environmental regulations avoids penalties and enhances brand reputation, which can help in winning future tenders.

Key Strategies for Implementation

• Building Information Modelling (BIM): Using digital technology to optimize resource efficiency.

• Renewable Energy Integration: Utilizing solar panels and heat pumps.

• Modular/Offsite Construction: Reducing on-site waste and labor costs.

Considerations :

• Legislation

• Technological advances

• Education ( eliminating bad practice , encouraging reporting)

• Sourcing of local materials

• Using energy efficient plant and equipment ( battery powered , solar charging)

• Changes to or meeting historical practice

• Availability of sustainable materials and equipment

• Financial cost and available funding

• Waste management practices

• Segregation of materials ( wood , plastic , cardboard , paper and plasterboard)

• Limit environment impact

• Support recycling

• Air flow in building design ( acoustics , airtightness and ventilation )

• Impacts/ advantages of sustainability

• Benefits to the immediate locality ( improved air quality , noise reduction and less waste)

• Reduction in carbon footprint

• A clean healthier site