On completion, learners will be able to demonstrate an understanding of:

• The hazards of work at height and the need for rescue planning
• The legal framework, including the Work at Height Regulations 2005
• The hierarchy for managing work at height: avoid, prevent and minimise
• The selection and use of fall-protection systems
• Work-positioning and fall-arrest equipment
• The principles of a safe rescue plan
• Rescue techniques and equipment
• The dangers of suspension intolerance (suspension trauma)
• The inspection and maintenance of height and rescue equipment
• Emergency arrangements and post-incident procedures

• Equipment is not capability. A rescue kit nobody has trained with recently provides reassurance rather than rescue.
• Fall arrest creates a second emergency. A suspended casualty deteriorates, particularly if unconscious or injured.
• Rescue is measured in minutes. That removes the emergency services from most realistic plans.
• Self-rescue is fastest and safest. The hierarchy runs downwards from there, ending with external help.
• Generic plans describe imaginary sites. Anchor points, clearances and team numbers must be real.
• Deployed equipment is scrap. Anything that has arrested a fall must be withdrawn from service.

• Level 2 qualification covering rescue planning and work at height controls
• Delivered entirely online through the Britsafe learning management system (LMS) no physical classroom attendance is required
• Course materials are provided digitally (soft copy) via the LMS
• Assessed via an online examination through the Britsafe Examination Management System (EMS), with a minimum pass mark of 70%
• Certification issued with an anti-counterfeit hologram security seal, available both as a physical copy and as a soft (digital) copy
• States clearly that rescue capability requires practical training
• Covers the rescue hierarchy and why external help is usually too slow
• Addresses powered access recovery and ground-level emergency controls
• Includes plan testing, equipment quarantine and post-rescue actions
• Available fully online to learners in the UK and internationally

Knowledge developed:

• Work at height duties, hierarchy and fall protection consequences
• Suspension, casualty deterioration and time constraints
• The rescue hierarchy and rescue equipment categories
• Powered access recovery and entrapment situations
• Plan development, testing, inspection, quarantine and post-rescue actions

Skills developed:

• Recognising when a rescue plan is generic rather than site-specific
• Identifying whether anchor points and clearances support a rescue
• Confirming that trained people and equipment will be present
• Ensuring somebody at ground level knows the emergency controls
• Recognising equipment that must be withdrawn after deployment
• Stopping work where rescue provision is inadequate

This Award is designed for those planning and supervising work at height, including:

• Supervisors, team leaders and site managers
• Planners and those preparing method statements
• Health and safety coordinators and advisers
• Facilities, estates and maintenance managers
• Construction and refurbishment supervisors
• Telecoms, utilities and infrastructure supervisors
• Roofing, cladding and access contractors
• Wind, renewables and energy sector personnel
• Those specifying or procuring fall protection and rescue equipment
• Those responsible for arranging rescue provision
• Emergency and business continuity planners
• Those preparing for practical rescue training

No prior qualification is required, though this Award assumes some workplace experience.

There are no formal academic prerequisites for this Level 2 Award. It is open to learners aged 16 and above with a reasonable standard of spoken and written English, sufficient to engage with course materials and complete the assessment. No prior qualification in work at height is assumed.

Course content is structured around progressive learning blocks covering legal duties and emergency planning; the hierarchy of avoid, prevent and minimise; collective and personal protection; the consequences of arrest; suspension and casualty deterioration; unconscious and injured casualties; relief straps and movement; time constraints; the limits of emergency service response; the rescue hierarchy; rescue equipment categories; descent, haul and lowering systems; ladders, towers and structures; powered access recovery; ground-level emergency controls; entrapment on boom platforms; anchor points for rescue loads; clearance requirements; team roles and communications; plan development and testing; equipment inspection; quarantine after deployment; post-rescue casualty handling; and reporting and investigation.

Assessment is conducted through an online examination via the Britsafe Examination Management System (EMS). Learners must achieve a minimum score of 70% to pass. On successful completion, learners receive a certificate, available both as a physical copy and as a soft (digital) copy. Results and certificates are typically issued promptly following successful completion.

While this Level 2 Award confers no practical rescue competence, it provides relevant grounding for roles including:

• Supervisor, Team Leader or Site Manager
• Planner or Method Statement Author
• Health and Safety Coordinator or Adviser
• Facilities, Estates or Maintenance Manager
• Access or Specialist Contractor Supervisor
• Emergency Planning Assistant
• A stepping stone toward practical rescue training and technical rescue roles

• Construction, refurbishment and demolition
• Facilities management and estates
• Telecommunications and utilities
• Wind, renewables and energy generation
• Manufacturing and heavy industry
• Warehousing and logistics
• Rail and transport infrastructure
• Roofing, cladding and building access
• Events, staging and rigging
• Water and wastewater infrastructure
• Local government and public buildings

• Distinguishes rescue equipment from rescue capability
• Ensures rescue provision is considered before work is authorised
• Improves the quality and realism of rescue plans
• Ensures ground-level emergency controls on powered access are understood
• Reduces reliance on emergency services in plans where they cannot respond in time
• Improves equipment inspection and post-deployment quarantine
• Supports procurement of the right equipment and the right training
• Provides documented evidence of planning knowledge for audit and client requirements

• A recognised credential covering a genuinely under-taught subject
• Understanding of why a rescue kit alone provides very little
• Flexible online delivery that fits around working patterns
• Ability to identify inadequate arrangements before work begins
• Preparation that makes practical rescue training more effective
• Confidence to stop work where rescue provision is absent

Learners can apply this qualification directly to:

• Asking who will perform the rescue, with what, and how long it will take
• Checking that trained people will actually be present during the work
• Walking the rescue plan through at the real location before work starts
• Confirming anchor points suitable for rescue loads exist and are reachable
• Confirming there is sufficient clearance for the intended method
• Ensuring someone at ground level knows the emergency lowering controls
• Planning for entrapment as well as for falls when using boom platforms
• Ensuring communications work at the location, including inside structures
• Reviewing rescue provision when the team, task or location changes
• Withdrawing and quarantining any equipment that has arrested a fall
• Ensuring a rescued casualty receives medical assessment regardless of appearance
• Stopping work where rescue arrangements do not exist or would not work

This Award is best positioned as planning knowledge. Learners must combine it with:

• Practical rescue training delivered in person with the equipment in use
• Working at height practical training and equipment-specific certification
• Powered access operator training
• First aid training appropriate to the setting
• Britsafe Level 2 Award in Working Safely at Heights
• Britsafe Level 1 Award in Roof Work Safety Standards
• Britsafe Level 2 Award in Wind Turbine Safety Rules where relevant

• Technical and rope access rescue routes
• Site management and construction supervision
• Health and safety adviser roles
• Emergency planning and response coordination
• Professional membership routes with relevant construction, access and safety bodies

Britsafe Qualifications UK Limited delivers this qualification fully online, making it accessible to learners across the UK and internationally without the need to attend a physical training centre. Human physiology, fall dynamics and rescue principles are identical everywhere, and equipment standards derive substantially from international specifications. Statutory duties, inspection intervals, training certification schemes and emergency service capability vary by country, so learners working outside Great Britain should confirm the requirements applicable locally.

1. What does this qualification cover?
It covers rescue planning for work at height: the hierarchy of fall protection, the consequences of arrest, suspension and casualty deterioration, the rescue hierarchy, rescue methods and equipment, powered access recovery, anchor points and clearance, team roles, plan testing, equipment inspection and quarantine, and post-rescue actions.

2. Does this qualify me to carry out a rescue?
No, and this is the most important thing to understand before purchasing. Rescue is a physical skill requiring hands-on training and assessment with the actual equipment, delivered by a competent instructor. No online course from any provider can confer rescue capability. This Award covers the planning, the decision-making and the knowledge that surrounds rescue, and it is designed to be taken alongside practical training rather than instead of it.

3. How does it differ from the Working Safely at Heights Award?
By weighting. That Award covers work at height broadly the hierarchy, ladders, towers, powered access, fragile surfaces, openings and falling objects with rescue as one element among many. This Award concentrates on rescue: how casualties deteriorate, how the rescue hierarchy works, what methods and equipment exist, and how plans are built and tested. Organisations using fall arrest systems benefit from both, and if only one is taken, the broader Award should come first, since preventing falls matters more than recovering from them.

4. Why does an arrested fall create a second emergency?
Because the person is now suspended. The fall arrest system has done its job they are alive, and that is the point of it but they are hanging in a harness, possibly injured, possibly unconscious, possibly against a structure, and their condition will not remain stable. Suspension restricts circulation, and the harness concentrates that restriction at the thighs and groin. A casualty who cannot move deteriorates faster than one who can shift position and use relief straps, and an unconscious casualty cannot do either.

5. How long is available?
Less than people assume, and the honest answer is that it varies with the individual, their injuries, their consciousness and their position. The planning position is that rescue must be achievable in minutes rather than tens of minutes, which is what removes the emergency services from most plans. Precise timings should not be relied upon as a target the arrangement should recover the person as quickly as it can be made to, not within some notional limit.

6. Should a suspended person do anything while waiting?
If they are conscious and able to, yes. Moving the legs, pushing against a structure or a step if one is reachable, and using relief or trauma straps if fitted all help maintain circulation. Relief straps are a simple addition to a harness that allow the wearer to stand in a loop and take pressure off the leg straps, and they cost very little. None of this assists an unconscious casualty, which is why the plan cannot depend on it.

7. What is the rescue hierarchy?
Self-rescue first the person recovers themselves, which is fastest and involves nobody else being exposed. Assisted self-rescue next, where a colleague provides equipment or direction and the casualty does the work. Team rescue third, where trained colleagues on site recover the casualty. Emergency service rescue last and in many situations it is not a realistic option at all, because of travel time, height, access, or the need for a specialist rope team to be mobilised from elsewhere.

8. Can we not simply call the fire and rescue service?
Not as a plan. They may attend, and where they can reach a casualty they will, but the arrangement cannot depend on it. Response times vary, remote and rural sites are further from resources, specialist rope rescue capability is not held at every station, and the time from a call being made to a casualty being on the ground is frequently far longer than a suspended person has. Planning to call 999 is planning to hope.

9. What rescue methods exist?
Broadly, methods that lower a casualty to a safe level, methods that raise them, and methods that involve a rescuer reaching them. Descent devices allow a controlled lower from an anchor. Rescue kits provide a haul and lower capability, frequently with mechanical advantage so that one person can move a casualty’s weight. Pick-off techniques involve a rescuer reaching a suspended casualty and taking their weight to lower both. Which is appropriate depends entirely on the structure, the anchor points, the clearance and the training the team holds and selecting a method is a decision made when planning, not while somebody is hanging.

10. What about rescue from a powered access platform?
It is a different problem and frequently a simpler one, provided somebody has thought about it. Every machine has ground-level emergency lowering controls, and the essential requirement is that a person at ground level knows where they are, how to operate them and is available while the platform is in use. That single arrangement resolves a large proportion of powered access emergencies a medical event in the basket, a machine fault, an operator unable to bring themselves down.

11. What is entrapment and why does it complicate rescue?
On boom-type machines, an operator can be crushed between the platform and a structure above or beside them, frequently after inadvertently operating the controls while looking upwards. It is one of the recognised causes of death in powered access work. It complicates rescue because the casualty may be pinned against the very controls needed to move the platform, and because releasing the crushing force may worsen their condition. Secondary guarding devices, route planning and never operating alone at height address the risk before it becomes a rescue.

12. What about ladders and towers?
Both present recovery difficulties out of proportion to their height. A casualty on or beside a ladder is in a confined vertical space with limited room for a rescuer to work. A tower or internal shaft is worse, since the space rarely allows a second person to pass. These situations frequently require specific equipment and technique, and they are a common gap in plans written around open structures.

13. Do rescue anchors differ from work anchors?
They can. An anchor adequate for arresting one person’s fall may not be appropriate for a rescue involving two people and dynamic loading, and it may not be in the right place an anchor perfectly positioned for work may be unreachable or unusable for a lower. Rescue anchor provision is part of planning the work, not something to be identified afterwards.

14. How does clearance affect rescue?
It determines what is possible. Sufficient space beneath is needed for a lowering method to work, and obstructions, plant, water, traffic or other work below all constrain the options. Where clearance is limited, raising the casualty may be the only route, which requires different equipment and more people. Establishing what is beneath is part of establishing whether the plan is real.

15. How many people does a rescue need?
More than one, almost always. Somebody performs the rescue, somebody manages communications and calls for help, somebody controls the area below, and somebody meets and directs the emergency services. A plan that depends entirely on one person is a plan that fails if that person is the casualty, and lone working at height with fall arrest is a situation requiring particularly careful thought.

16. How is a rescue plan tested?
By walking it through in the actual location with the actual equipment, before work begins. That reveals the anchor that is out of reach, the doorway the stretcher will not pass through, the radio that does not work inside the structure, the equipment that is locked in a van two hundred metres away, and the assumption that the casualty weighs the same as the lightest member of the team. Twenty minutes of walking a plan through prevents the discovery being made during an incident.

17. What happens to equipment after a fall?
It is withdrawn from service. Any harness, lanyard, energy absorber or fall arrest device that has arrested a fall must be quarantined and not used again energy absorbers deploy once, textile components take loads that are not visible afterwards, and metal components can be deformed or stressed without obvious signs. Equipment that has done its job once has not necessarily got another one in it, and it should be tagged, removed and disposed of or returned to the manufacturer as their instructions require.

18. What happens after a casualty is recovered?
They receive medical attention, regardless of how they appear. A person who has been suspended may deteriorate after recovery, and guidance on how a rescued casualty should be positioned and handled has changed over the years so this is a matter for current first aid guidance and medical professionals rather than for assumptions carried over from older training. The practical rule is simple: treat it as a medical emergency, get professional help, and do not allow anybody to walk it off and return to work.

19. Should rescue provision affect whether work goes ahead?
Yes, and this is where the knowledge becomes useful. If nobody can say who will perform the rescue, with what equipment, within what time, using which anchor, to what clearance the arrangement does not exist, and the work at height should not proceed on personal fall protection. The alternative is to eliminate the need, use collective protection, or use work restraint so that a fall cannot occur.

20. Does it replace site-specific rescue arrangements?
No. Every site, structure and task requires its own plan, equipment and trained team. This Award provides the framework for building and evaluating those arrangements.

21. Who is this qualification aimed at?
Supervisors, planners, site and facilities managers, safety coordinators, access and specialist contractors, those procuring fall protection and rescue equipment, and those responsible for arranging rescue provision.

22. Are there any entry requirements?
No formal prerequisites are required. Learners should have a reasonable standard of English and be aged 16 or above.

23. How is the qualification assessed?
Through an online examination via the Britsafe Examination Management System, with a minimum pass mark of 70%.

24. What materials are provided with the course?
Learners receive digital (soft copy) course materials via the Britsafe learning management system. The course is delivered entirely online; there is no physical classroom attendance or physical course material.

25. What happens after I pass the exam?
Successful learners receive a certificate from Britsafe Qualifications UK Limited, featuring an anti-counterfeit hologram seal for authenticity. The certificate is available both as a physical copy and as a soft (digital) copy.

26. Is this qualification recognised internationally?
Yes. Britsafe Qualifications UK Limited delivers this qualification fully online to learners across the UK and internationally, though statutory duties, inspection intervals and certification schemes are national and should be checked locally.

27. Can this qualification lead to further study?
Yes. It provides a foundation for practical rescue training, rope access qualifications, powered access operator training and Level 3 occupational health and safety study.