Lift Technician Course
Get the technical knowledge and hands-on skills employers look for in a certified lift technician. This course covers everything from electrical systems and mechanical components to fault diagnosis and safety compliance. Whether you're entering the trade or leveling up, this is the training that gets you job-ready.
What you will learn:
You'll learn how traction, hydraulic, and machine-room-less lift systems work from the ground up. The course covers electrical fundamentals, wiring diagrams, and control systems so you can diagnose faults with confidence. You'll master mechanical components including drive machines, ropes, sheaves, and door systems. Safety procedures — lockout/tagout, PPE, and confined-space protocols — are built into every section. You'll also get training in preventive maintenance, modernization planning, and variable-frequency drive technology. By the end, you'll have the skills to pass industry certification exams and advance your career in the lift trade.
How you study in practice Lift Technician Course
How you practise Lift Technician Course
For companies looking to train their teams
With Dedika for businesses, the course includes exercises and examples tailored to your company and its specific needs.
Course content
8 Chapters • 39 LessonsDuration between 4 and 360 hours (you decide)
Chapter 1HideHide detailsSee detailsIntroduction to Lift Systems
Introduction to Lift Systems
Lesson 1 • Overview of Lift Industry
Covers the scope of the vertical transportation industry and career pathways. Establishes context for all technical content that follows.
Lesson 2 • Codes, Standards, and Compliance
Introduces compulsory safety standards and inspection frameworks governing lift installation and operation. Compliance awareness underpins every practical task in the course.
Lesson 3 • Core Components and Terminology
Identifies structural, mechanical, and electrical components with correct industry terminology. Accurate naming is prerequisite for all diagnostic and maintenance tasks.
Lesson 4 • Types of Lift Systems
Distinguishes traction, hydraulic, and machine-room-less lifts by design and application. Provides classification skills used throughout the course.
Chapter 2HideHide detailsSee detailsWorkplace Safety and Hazard Control
Workplace Safety and Hazard Control
Lesson 1 • Personal Protective Equipment
Specifies PPE requirements for hoistway, pit, and machine-room environments. Correct selection and use prevent the most common technician injuries.
Lesson 2 • Incident Reporting and Emergency Response
Establishes procedures for reporting near-misses, injuries, and equipment failures. Prompt and accurate reporting supports continuous safety improvement.
Lesson 3 • Hoistway and Pit Safety
Addresses fall, crush, and entrapment hazards unique to hoistway and pit access. Safe entry and exit procedures are practised before fieldwork begins.
Lesson 4 • Confined Space and Electrical Hazards
Covers permit-required confined-space entry and electrical shock prevention in machine rooms. Students demonstrate hazard assessment before entering any restricted area.
Lesson 5 • Lockout/Tagout Procedures
Teaches energy isolation steps for electrical, hydraulic, and mechanical systems. Mastery is compulsory before students perform any maintenance or repair work.
Chapter 3HideHide detailsSee detailsElectrical Systems and Wiring
Electrical Systems and Wiring
Lesson 1 • Electrical Fundamentals Review
Reviews voltage, current, resistance, and power relationships as applied to lift circuits. Provides the quantitative foundation for all electrical diagnostics.
Lesson 2 • Control Wiring and Safety Circuits
Details the low-voltage control wiring and series safety circuit that governs lift operation. Students trace and test each safety device in the chain.
Lesson 3 • Power Supply and Distribution
Examines main power feeds, disconnect switches, and branch circuit protection for lift systems. Correct power management prevents equipment damage and personnel hazards.
Lesson 4 • Reading Lift Wiring Diagrams
Teaches interpretation of schematic, ladder, and wiring diagrams specific to lift equipment. Diagram literacy is essential for every fault-finding task.
Lesson 5 • Using Electrical Test Instruments
Develops proficiency with multimeters, megohmmeters, and clamp meters in live and de-energised conditions. Accurate measurement is the basis of reliable diagnosis.
Chapter 4HideHide detailsSee detailsMechanical Systems and Components
Mechanical Systems and Components
Lesson 1 • Drive Machines and Motors
Covers geared and gearless traction machines, motor types, and braking mechanisms. Drive machine condition directly determines ride quality and safety.
Lesson 2 • Guide Rails and Car Frame
Details guide rail alignment, bracket spacing, and car frame structural integrity. Proper alignment eliminates vibration and ensures safe car travel.
Lesson 3 • Ropes, Chains, and Sheaves
Examines suspension rope construction, sheave geometry, and chain drive systems. Correct rope and sheave condition is critical to safe load support.
Lesson 4 • Hydraulic Cylinder and Power Unit
Covers hydraulic jack types, power unit components, and fluid management for hydraulic lifts. Hydraulic integrity prevents uncontrolled descent and environmental contamination.
Lesson 5 • Buffers, Safeties, and Governor
Explains overspeed and over-travel protection devices and their testing requirements. These devices are the last line of defence against catastrophic failure.
Chapter 5HideHide detailsSee detailsDoor Systems and Landing Equipment
Door Systems and Landing Equipment
Lesson 1 • Interlocks and Landing Door Hardware
Examines hoistway door interlocks, hangers, sills, and gibs for correct installation and wear. Interlock integrity is a primary safety circuit requirement.
Lesson 2 • Safety Edges and Reopening Devices
Covers mechanical safety edges, light curtains, and infrared reopening systems and their testing. Reliable detection prevents door-contact injuries.
Lesson 3 • Door Operator Adjustment and Timing
Teaches open and close speed, torque, and dwell-time adjustment for smooth, code-compliant operation. Correct timing reduces passenger entrapment risk.
Lesson 4 • Door Types and Operating Mechanisms
Identifies centre-opening, side-opening, and bi-parting door configurations and their drive mechanisms. Door type determines adjustment procedures covered in later sections.
Lesson 5 • Accessibility and Code Compliance
Applies accessibility standards for door width, timing, and audible signals to ensure inclusive service. Compliance protects building owners and serves all passengers.
Chapter 6HideHide detailsSee detailsControl Systems and Modernisation
Control Systems and Modernisation
Lesson 1 • Relay versus Solid-State Controllers
Compares electromechanical relay logic with programmable solid-state controllers in terms of function and serviceability. Historical context aids diagnosis of legacy systems.
Lesson 2 • Variable-Frequency Drive Technology
Explains VFD operation, parameter configuration, and fault diagnostics for AC motor control. VFDs are the dominant drive technology in modern installations.
Lesson 3 • Modernisation Planning and Execution
Guides assessment of ageing systems and selection of modernisation scope, components, and sequencing. Modernisation restores safety compliance and extends equipment life.
Lesson 4 • Controller Programming and Parameters
Teaches navigation of controller menus, parameter entry, and software upload procedures. Correct parameter configuration prevents nuisance faults and unsafe behaviour.
Lesson 5 • Dispatching and Group Control Logic
Covers single-car and group dispatching algorithms that optimise passenger wait times. Understanding dispatch logic enables performance tuning and complaint resolution.
Chapter 7HideHide detailsSee detailsPreventive Maintenance Programmes
Preventive Maintenance Programmes
Lesson 1 • Maintenance Planning and Scheduling
Establishes frequency-based and condition-based maintenance strategies for lift portfolios. Effective scheduling minimises downtime and extends component service life.
Lesson 2 • Lubrication and Fluid Management
Specifies lubricant types, application points, and quantities for mechanical and hydraulic components. Correct lubrication is the single most impactful maintenance action.
Lesson 3 • Electrical Inspection Procedures
Details inspection of contacts, wiring insulation, grounding, and safety circuit continuity. Electrical defects are a leading cause of lift shutdowns and hazards.
Lesson 4 • Mechanical Inspection Procedures
Provides step-by-step inspection sequences for ropes, brakes, buffers, and structural components. Systematic inspection catches defects before they cause failures.
Lesson 5 • Maintenance Records and Reporting
Trains accurate completion of maintenance logs, deficiency reports, and regulatory inspection forms. Complete records demonstrate compliance and support liability defence.
Chapter 8HideHide detailsSee detailsFault Diagnosis and Repair
Fault Diagnosis and Repair
Lesson 1 • Structured Troubleshooting Methodology
Introduces a repeatable diagnostic process: symptom collection, hypothesis testing, and root-cause confirmation. A structured approach reduces diagnostic time and repeat failures.
Lesson 2 • Diagnosing Mechanical Faults
Applies diagnostic logic to vibration, noise, leveling, and brake-related mechanical problems. Mechanical faults often manifest as ride quality complaints before safety issues arise.
Lesson 3 • Diagnosing Electrical and Control Faults
Uses fault codes, voltage measurements, and signal tracing to isolate electrical and controller faults. Electrical diagnosis requires both instrument skill and schematic literacy.
Lesson 4 • Component Repair and Replacement
Covers removal, installation, and post-repair testing of common replacement components. Correct installation and verification prevent repeat service calls.
Lesson 5 • Door System Fault Diagnosis
Addresses the most frequent service call category: door-related faults including nuisance reopening and interlock failures. Door faults account for the majority of lift outages.
Your valid completion certificate
This course is for you:
Construction workers: looking to specialize in a higher-paying skilled trade.
Recent high school graduates: exploring hands-on technical careers with strong job demand.
Maintenance technicians: wanting to expand their expertise into vertical transportation systems.
Career changers: drawn to a stable trade with clear certification and advancement paths.
Apprentice electricians: seeking to branch into a complementary and well-compensated specialty.
Facilities managers: aiming to better understand the lift systems they oversee daily.
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