Lift engineers play a crucial role in keeping people moving and buildings working as they should. However, the nature of lift installation, repair and maintenance means engineers routinely encounter environments with a high level of risk. From electrical systems to confined lift shafts, every task requires a strong safety mindset and strict compliance with industry standards. We explore some of the most common safety hazards faced by lift engineers and how to mitigate them.
Working at height
Much of a lift engineer’s work takes place in lift shafts, plant rooms and on top of car roofs, where safe access is not always straightforward. The risk of slips, trips and falls remains one of the most significant hazards, particularly where temporary platforms or ladders are involved. Ensuring correct fall protection, safe access systems and proper lighting are critical components of risk control.
Confined spaces
A lift pit, when identified as a confined space, can make the environment much more difficult to work in. As well as being a restricted space to move around in, there is a risk of contamination from substances from an adjacent plant or from floors above, and a risk of gases from air conditioning equipment. Risks assessments are non-negotiable in this type of environment to monitor air and ventilation in the lift pit.
Electrical systems
Lift engineers interact with electrical systems such as the use of shorting wires for fault diagnosis, isolation or for simulating an operation through bypassing part of an electrical circuit. Improper use introduces clear risks, including electric shock. Safe-use measures must be put in place so that engineers can use shorting wires as a controlled tool.
Manual handling
Maintenance and installation work often involves lifting and positioning heavy lift components and tools. Over time, poor ergonomics can contribute to musculoskeletal disorders, back strain or upper limb injuries. Appropriate handling techniques and lifting protocols significantly reduce risk.
Faulty or poorly maintained equipment
Faulty or poorly maintained equipment can significantly increase risk during lift installation or repair. Engineers routinely use power tools, lifting equipment and electrical tools, all of which must be properly stored, inspected and tested. If equipment deteriorates or is used without verification, the likelihood of failure or injury increases. Reliable service documentation, routine checks and safety precautions are essential for ensuring safer working conditions.
Asbestos
It is well known that asbestos was used in construction and lift manufacturing and may still be found in older buildings in brake linings, control rooms and car doors. If disturbed during repair or installation work, asbestos fibres can become airborne and create a major inhalation risk. For lift engineers, this means understanding where asbestos is likely to be found, reviewing building documentation and ensuring surveys are up to date before work starts.
Mechanical and moving parts
Heavy counterweights, pulleys, motors and doors make lifts inherently mechanical. Unexpected movement or failure to isolate equipment properly can result in entrapment, crushing injuries or even fatal incidents. Engineers must ensure moving parts are secured and stored energy is controlled before commencing work.
Hazardous waste
Lift engineers can encounter hazardous waste such as lubricating and gear oil, light tubes and asbestos brake lining. Improper handling or storage can expose workers to substances that could affect their health, as well as harm the environment. Correct identification, segregation and disposal is essential to protect health, maintain site safety and meet legal obligations.
How lift engineers can mitigate risks
To reduce risks on site, engineers should carry out safety measures, which might include:
- Carrying out comprehensive risk assessments
- Wearing the correct PPE
- Undertaking the right training and competency frameworks
- Preventative maintenance and inspections
- Incident reporting and post-work checks
The safety risks faced by lift engineers are real, but with the right training, procedures and safety culture, they can be managed effectively. As the industry continues to evolve, technology and improved standards are helping lift professionals protect both themselves and the public. Prioritising safety is not only a regulatory requirement, but a fundamental part of delivering reliable vertical transportation in modern buildings.
To help engineers stay informed and up to date, we offer tailored Toolbox Talks designed to reinforce safety awareness on site and promote best practice across key risk areas.
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