Occupational injuries at heights remain one of the leading causes of workplace injuries in every industry. Fall hazards remain a significant safety issue impacting the workers in terms of construction and maintenance, warehousing, and utilities.

In broader occupational injury data for India, around one in five hospital admissions for work-related injuries involved a fall, and more than half of these were falls from elevated surfaces such as ladders, structures, and stairs — often resulting in fractures and other serious harm. (Source: India Education Today)

This blog explains working at height, why it is risky, the most common height-related risks, the most important steps in fall prevention, and the collective responsibility of employers and workers in this matter, as well as an example of a safety checklist and frequently asked questions.

What Is Considered Working at Height?

Working at height is dangerous for several critical reasons:

It is not a secret that falls are among the most common causes of severe workplace-related accidents in the world, according to the Occupational Safety and Health Administration (OSHA) and other safety experts. The injuries caused by height-related falls are usually serious, such as fractures, spinal injuries, head injuries, and even death.

One failure in equipment, judgement or oversight can have irreparable consequences. Employers have a legal and moral duty of ensuring that workers are not exposed to foreseeable fall dangers.

Why Working at Height Is Dangerous?

Working at height is dangerous for several critical reasons:

It is not a secret that falls are among the most common causes of severe workplace-related accidents in the world, according to the Occupational Safety and Health Administration (OSHA) and other safety experts. The injuries caused by height-related falls are usually serious, such as fractures, spinal injuries, head injuries, and even death.

One failure in equipment, judgement or oversight can have irreparable consequences. Employers have a legal and moral duty of ensuring that workers are not exposed to foreseeable fall dangers.

Common Working at Height Hazards

Working at height exposes workers to numerous hazards; in most cases, they coexist at the same time, which predisposes them to falls, injuries, and secondary accidents when they are not effectively recognised and managed.

1.Falls From Ladders and Scaffolding

Ladders may fall or tip over due to incorrect angle of the ladder, improper location or absence of securing ladders. Overloaded scaffolds, those that have not been properly constructed, and those that lack some parts, are prone to collapsing or making workers lose their balance.

2.Unprotected Edges and Openings

Mezzanines, open shafts, floor openings, roof edges, and open ends are highly dangerous areas that may result in a fall in the absence or insufficiency of guardrails, covers, or barriers.

3.Slips and Loss of Balance

The oily, dusty or wet surfaces or uneven surfaces predispose the occurrence of slips. Loss of balance is also brought about by poor housekeeping, such as loose materials or cables that trail in high places.

4.Falling Objects

Heights may have tools, materials or debris that fall and hit the workers or pedestrians on the ground. This risk not only impacts workers positioned at height, but also the people around them.

5.Structural or Equipment Failure

Ladders, platforms, faulty anchor points, or access equipment that is not properly assembled may fail at any moment, resulting in significant incidents.

6.Weather and Environmental Conditions

Poor visibility, wind, rain, and heat all pose a serious risk, particularly when carrying out an outdoor elevated work. The environmental conditions may interfere with the worker’s stability and equipment performance.

Key Precautions for Working at Height

Effective fall prevention requires a combination of planning, equipment, training, and supervision to eliminate or control height safety risks before work begins.

  • Avoid Working at Height Where Possible 

    Where possible, work must be reorganised to be done at ground level either through prefabrication or remote access to avoid any hazards of falls.

  • Use Proper Access Equipment

    Proper choice of the ladder, scaffold, or mobile elevated work platform (MEWP). The equipment has to be checked prior to use to determine where it is safe and appropriate.

  • Install Collective Protection Measures

    Group safety like guardrails, toe boards, safety nets and edge protection system should be given priority because they safeguard everybody in the work area without necessarily depending on the behaviour of the individual.

  • Use Personal Fall Protection Systems

    Personal fall protection systems have to be applied in cases where collective protection is not practical. These are safety harnesses, lanyards, certified anchor points, and lifelines, which are applied appropriately and checked frequently.

  • Ensure Competency and Training

    Work at height should only be done by authorised and trained workers. Toolbox talks and refresher training are regular to sustain a safe practice and hazard awareness.

  • Maintain Good Housekeeping

    The risk of slips, trips, and falling objects at high places is minimised through clear walking areas, arranged working areas and the proper storage of tools and materials.

Implement Permit-to-Work and Risk Assessment

The control of high-risk work at height must be established on a permit-to-work system, which is backed by job hazard analysis (JHA), sufficient supervision and well-established emergency and rescue plans.

Employer and Worker Responsibilities

  • The employers are required to recognise the risks of falls, safe systems of work, adherence to the rules of working at height, and have the right equipment and training.
  • Employees have to adhere to safe working practices, properly use the equipment, provide training, and report on unsafe conditions as soon as possible.
  • Well-developed safety culture promotes hazard reporting, open interaction and collective accountability towards the height safety.

Working at Height Safety Checklist

  • Pre-work inspection of access equipment and work area
  • Confirmation that the equipment is suitable for the task
  • Assessment of weather and environmental conditions
  • Existence of an emergency rescue plan in written form

NIST Global’s Work at Height Safety Training

Our Work at Height Safety Training is an in-depth course designed in order to equip participants with the knowledge and hands-on skills required to work safely at heights.

This training program addresses risks related to working at height, such as falls from ladders, scaffolding, rooftops, and other elevated surfaces, which are some of the primary causes of workplace injuries and fatalities.

Empower Safer Work at Height Through Expert-Led Training from NIST Global!

Enquire Now
Enquire Now

Frequently Asked Questions (FAQs)

The most frequent and severe hazard is falls of height, which may be as a result of unsecured access equipment, unprotected edges or loss of balance.

The most secure way to do it is not to work at height. Collective protection measures must be used firstly, where possible, then personal fall protection systems.

Safety harness is also required in case of the danger of falling, as well as in case of collective protection precautions like guardrails.

Yes. Any work performed on ladders is classified as working at height and must follow height safety and fall prevention requirements.

Training to workers should be conducted on how to identify hazards, how to use access equipment, fall protection system, and emergency rescue, etc.

Both employers and workers share responsibility. Employers provide systems and controls, while workers must follow procedures and act safely.

Collective protection measures include guardrails, toe boards, safety nets, and edge protection systems that protect multiple workers simultaneously.

Ladders and scaffolds should be inspected before each use and periodically by a competent person, with damaged equipment removed immediately.