Lift engineer

Career path and progression

With experience, you could move into:

• supervisory management
• project management
• lift engineering design
• technical sales
• safety inspection

You could also use your skills to work in the wider building services engineering sector.

What it takes

Skills and knowledge

You'll need:

• practical skills for repairing and maintaining equipment
• problem-solving skills
• customer service skills
• to be thorough and pay attention to detail
• knowledge of public safety and security
• persistence and determination
• the ability to work well with your hands
• the ability to work on your own
• to be able to use a computer and the main software packages competently

Related subjects

Most relevant

• Physics - Lift engineers need to understand electricity, circuits, motors, and the forces involved in moving heavy loads vertically. Concepts like tension, gravity, friction, and electromagnetic principles are directly relevant to how lifts, escalators, and their control systems work.
• Mathematics - Lift engineers use maths daily to interpret technical diagrams, calculate load capacities, and calibrate control systems. They also need to work with measurements, electrical formulas, and tolerances when installing or repairing equipment.
• Engineering - Lift engineers work with mechanical and electrical systems, combining motors, pulleys, cables, and electronic controls into a single functioning system. Understanding engineering principles is essential for installing, maintaining, and troubleshooting this complex equipment.
• Design and Technology - Lift engineers read and interpret wiring diagrams and layout plans, and work hands-on with tools and materials every day. Understanding how components fit together and how to solve practical construction problems is central to the role.
• Electronics - Lift engineers install and calibrate electronic control systems, panel displays, and message systems. Modern lifts rely heavily on sensors, circuit boards, and programmable controllers, so understanding electronic components and how they interact is essential.

Also relevant

• Computer Science - Lift engineers increasingly work with programmable logic controllers and software-driven control systems that manage lift movement, safety interlocks, and diagnostics. Understanding how these systems are configured and how software communicates with hardware helps when troubleshooting faults.
• Business - Lift engineers produce risk assessment reports and legal and insurance documents, and deal directly with customers. Those who progress into project management or technical sales need to understand how contracts, budgets, and client relationships work.