Aerial & Scissor Lift (MEWP) Operator Training — OSHA & ANSI A92 Online Certification
What Is The MEWP Certification Course?
This aerial and scissor lift operator training course covers the formal (classroom) knowledge portion of MEWP operator qualification under the ANSI/SAIA A92 standards and OSHA. It addresses boom lifts, scissor lifts, and other mobile elevating work platforms — covering the machine groups and types, pre-use inspection, fall protection, stability principles, site hazard management, and rescue planning. Complete 11 online modules, pass the exam, and print your certificate.
Before operating any MEWP, ANSI A92.24 also requires machine-specific familiarization on the exact make and model the operator will use, and a practical hands-on evaluation by a qualified person. This course covers the knowledge component so your operators arrive at that evaluation prepared.
What You Will Learn — 11 Module Breakdown
Module 1 — MEWP Fundamentals: Groups, Types & ANSI Standards
Understand why aerial and scissor lift injuries happen and what the ANSI A92 standards require to prevent them. Learn the two MEWP groups (A — vertical movement only; B — extended reach), the different machine types within each group, the three-step qualification process (training, familiarization, practical evaluation), and who on the jobsite is responsible for what under the A92 standards.
Module 2 — Training, Responsibility & Records
Understand who must be trained, what good training must include, and who is responsible for ensuring operators are qualified. Covers the chain of responsibility from employer to supervisor to operator, the role of the qualified person, what must happen when operators are retrained, and the records that prove compliance — what to keep and for how long.
Module 3 — The Pre-Shift Inspection
Walk through the full pre-shift inspection sequence required before every use. Covers the ground-level walk-around, inside-the-platform checks (controls, safety devices, harness anchor points), decal and safety label requirements, the functional test of every powered system, and the three inspection tiers — daily, frequent, and annual — that keep a lift in service.
Module 4 — Machine Anatomy: Boom Lifts & Scissor Lifts
Identify every major component on both a boom lift and a scissor lift and understand its inspection relevance. Covers the mast and scissors assembly, platform and guardrails, chassis and axles, outriggers, knuckle and articulating boom joints, insulated booms, and the hydraulic and electrical systems. Machine anatomy and the inspection checklist follow the same map.
Module 5 — Tires, Engine & Fuel Systems
Learn why tires are a stability decision, not just a maintenance item, and how tire type determines where a machine can safely operate. Covers tire inspection (foam-filled vs. pneumatic), engine compartment checks, fluid levels, belts and hoses, and safe refueling procedures — including propane/LPG handling rules and the specific hazards of LP tank connections.
Module 6 — Battery Safety & Fall Protection Gear
Cover the two topics most often skipped in field inspections. Battery section: the battery as counterweight (why removing or misplacing it changes machine stability), acid and explosion hazards, safe handling during charging. Fall gear section: how to inspect a full-body harness and lanyard for damage, the conditions that immediately take gear out of service, and correct donning and anchor attachment.
Module 7 — Stability Principles: COG, Outriggers & Site Conditions
Understand the physics that tip over aerial lifts and how to stay inside the stable zone. Covers torque balance and center of gravity, how extending the boom shifts the combined COG, proper outrigger deployment and ground pressure calculations, the site conditions that destabilize a stable machine (slopes, soft ground, floor edges, wind), and why load distribution inside the platform matters even when you're under the rated limit.
Module 8 — Safe Operations I: The Operator & The Platform
Cover the operator-level decisions that prevent falls and tip-overs. Three-point contact when mounting and dismounting, the correct harness and lanyard setup for boom vs. scissor lifts, required PPE beyond fall protection, prohibited actions inside the platform (climbing guardrails, using ladders, leaning out), travel rules, and how speed, terrain, and load distribution affect machine stability during movement.
Module 9 — Safe Operations II: Knowing the Worksite
Cover the site-level decisions made before the machine moves. The daily risk assessment and its five required elements, pedestrian protection zones and right-of-way rules, communication protocols and hand signals, traffic and parking rules, ground-level hazards when traveling through the site, and working in or near a roadway. The second pillar of safe operation is site awareness — this module builds it.
Module 10 — Common Hazards: Power Lines, Ground Conditions & Operator Readiness
Address the six hazard categories responsible for the majority of MEWP injuries and fatalities: power line contact (approach distances, the 10-foot rule, how energized contact kills); ground and surface hazards; overhead obstructions; falling objects; operator impairment and distraction; and emergency control location and function. Every MEWP has a backup lowering system — operators must know where it is before they need it.
Module 11 — Rescue Planning, Evaluation & Certification
Complete the course with the topic operators hope to never use but must be ready for. Covers the ANSI A92.22 rescue plan requirement, the three rescue methods (self-rescue, assisted rescue, technical rescue), how to evaluate which method applies, the time factors that affect rescue decisions, and the conditions — suspension trauma, entrapment, mechanical failure — that change the response. Followed by the course conclusion and certification pathway.
Who Should Take This Aerial Lift Training Course?
This course is designed for:
- Operators of boom lifts, scissor lifts, and aerial work platforms completing initial MEWP training
- Workers due for retraining — required every 3 years, or sooner after an incident or change in equipment or worksite
- Construction, maintenance, and facility workers assigned to work at height on a MEWP
- Safety managers needing to document compliant formal instruction for their operators
- Companies looking to standardize aerial lift training across multiple crews or locations
What You Get When You Complete This Course
- Formal instruction credit for MEWP operator qualification under ANSI A92.24 and OSHA standards
- A printable certificate of completion issued after passing the 70%-or-higher exam
- A downloadable MEWP Operator Evaluation form for your employer’s qualified person to use during the hands-on evaluation
- Knowledge of machine anatomy, stability, fall protection, site hazard recognition, and rescue planning
- Self-paced, mobile-friendly access — complete on any device, start and stop anytime, progress auto-saved
How MEWP Operator Qualification Works — Online Training vs. Hands-On Evaluation
Under ANSI/SAIA A92.24 and OSHA, becoming a qualified MEWP operator requires three components: formal instruction (this course), machine-specific familiarization on the exact make/model to be operated, and a practical hands-on evaluation by a qualified person. This course delivers the formal instruction and includes the evaluation form.
Machine familiarization and the hands-on evaluation must be arranged by the employer for the specific equipment and worksite. If you need a qualified evaluator, contact Mid-America Safety & Environmental — we may be able to conduct the evaluation for you.
Course Format, Duration & Requirements
11 self-paced online modules • ~2 to 2.5 hours • certificate on completion
Frequently Asked Questions About Aerial Lift Certification
Q: Is online scissor lift training OSHA compliant?
A: Yes — online training can satisfy the formal instruction requirement for MEWP operator qualification under OSHA and ANSI A92.24. However, online training alone does not make someone a qualified operator. ANSI A92.24 also requires machine-specific familiarization on the exact make and model to be operated, and a practical hands-on evaluation performed by a qualified person. All three components must be completed before operating a MEWP.
Q: What is the difference between a boom lift and a scissor lift?
A: Both are Mobile Elevating Work Platforms (MEWPs), but they belong to different groups. Scissor lifts are Group A machines — they move vertically only and the platform stays directly above the base at all times. Boom lifts are Group B machines — they can extend horizontally and diagonally beyond the base, which creates greater tip-over risk and requires additional training on stability and outreach limits.
Q: How long does aerial lift certification take online?
A: This course takes approximately 2 to 2.5 hours to complete — roughly 95 minutes of narration across 11 self-paced modules, plus interactive elements, knowledge checks, and the final certification exam. You can start, stop, and resume anytime. Progress saves automatically.
Q: How often does scissor lift certification need to be renewed?
A: MEWP operator retraining is required at least every three years. Retraining is also required sooner if an operator is observed performing an unsafe act, is involved in an accident or near-miss, receives an evaluation indicating unsafe operation, or is assigned to a different type of MEWP or a new worksite with different conditions.
Q: What does MEWP training cover?
A: This MEWP course covers: the ANSI A92 standards and the three-step qualification process; who is responsible for training, familiarization, and record-keeping; the full pre-shift inspection sequence (walk-around, platform check, decals, functional test); boom lift and scissor lift anatomy; tire and engine inspection; battery safety and fall protection gear; stability principles including center of gravity, outriggers, and ground conditions; safe operating procedures for the operator and the platform; site hazard assessment; pedestrian safety and communication signals; the six most common MEWP hazards including power lines; and rescue plan requirements.
Q: What fall protection is required when operating a scissor lift?
A: Fall protection requirements depend on the lift type. On a scissor lift (Group A), operators must wear a full-body harness and lanyard attached to an anchor point inside the platform whenever required by the manufacturer or when the potential for being ejected exists — such as when working near traffic. On a boom lift (Group B), a full-body harness and lanyard attached to the manufacturer's anchor point is required at all times. The lanyard must be short enough that the operator cannot be thrown outside the platform.
Q: What is a MEWP rescue plan?
A: ANSI A92.22 requires a rescue plan to be in place before MEWP work begins. The plan must identify who will perform the rescue, what method will be used, and what equipment is available. There are three types of rescue: self-rescue (the operator uses the platform controls), assisted rescue (ground personnel use the emergency lowering controls), and technical rescue (fire department or technical responders). The rescue method chosen depends on the situation, available equipment, and the operator's condition.
Q: Can I print my aerial lift certification after the online course?
A: Yes. After passing the online certification exam with a score of 70% or higher, a certificate of completion is issued immediately and available to download and print from the learning portal. This certificate documents the formal instruction component of your MEWP operator qualification. Your employer must also document the machine familiarization and hands-on evaluation to complete your certification record.
Aerial & Scissor Lift (MEWP) Operator Training $50 Enroll Today
