While preparing for a 30‑ton lift on a construction site, I noticed the ground beneath the crane’s outriggers was uneven and water‑logged after a rainstorm.

I needed to ensure the crane remained stable and prevent a tip‑over before the lift could proceed.

I immediately stopped the crew, marked the area, and consulted the site supervisor. We placed steel plates and timber mats to level the ground, re‑checked the load chart, and performed a secondary stability test before resuming work.

The lift was completed safely with no incidents, and the supervisor praised the proactive safety measure, which was later added to the site’s safety checklist.

In my role at a regional construction firm, regulations are updated frequently, affecting daily operations.

I needed a systematic way to stay informed and ensure compliance across all crane crews.

I subscribe to OSHA’s weekly email alerts, attend quarterly safety webinars hosted by the Crane Manufacturers Association, and review the latest load chart revisions each month. I also lead a 15‑minute toolbox talk every Monday to share key updates with the crew.

Our team has maintained a 100% compliance record during internal audits for the past two years, and we have avoided any OSHA citations.

Before each shift on a 50‑ton lattice crane, I perform a mandatory pre‑operation inspection.

Ensure the crane is safe to operate and meets all manufacturer specifications.

I start with a visual walk‑around checking for cracks, leaks, and proper lighting. Then I verify fluid levels, test the brakes, inspect the wire ropes for wear, confirm the load chart matches the crane’s configuration, and perform a functional test of all controls and safety devices. I complete the checklist and sign off before moving the crane.

We needed to lift a 45‑ton prefabricated steel module onto a high‑rise building where the crane’s maximum radius was limited by nearby structures.

Plan and execute the lift safely while staying within the crane’s load chart limits and site constraints.

I calculated the exact load moment using the crane’s load chart, factoring in the boom length, radius, and wind speed. I coordinated with the rigging crew to use a spreader bar to balance the load, scheduled the lift during a low‑wind window, and set up a spotter to monitor clearance. We held a pre‑lift briefing to align all team members on signals and emergency procedures.

The module was positioned accurately on the 12th floor without incident. The lift was completed 15 minutes ahead of schedule, and the client praised our precision and safety management.

During a multi‑story concrete pour, the crane needed to lift a 20‑ton formwork assembly through a narrow alleyway.

Ensure all parties understood the lift sequence and clearance constraints to avoid damage.

I held a quick huddle with the site supervisor, riggers, and signal person. I used a simple diagram to illustrate the path, confirmed the signal meanings, and established a clear hand‑off point. Throughout the lift, I maintained constant radio contact and gave concise, timed commands, pausing immediately when the supervisor raised a concern about a nearby utility line.

The assembly was placed precisely without any contact with the alley walls or utilities, and the supervisor highlighted our clear communication as a key factor in the successful lift.

Mid‑lift of a 30‑ton steel beam, the forecasted light rain turned into a sudden gusty wind exceeding 20 mph.

Decide whether to continue, pause, or abort the lift while ensuring crew safety and project timeline.

I immediately signaled the crew to hold the load, communicated the wind reading to the site supervisor, and consulted the crane’s wind‑speed operating limits. Recognizing the wind exceeded safe limits, I ordered a temporary halt, secured the load with additional rigging, and moved the crew to a safe zone. I then coordinated with the weather service for an updated forecast and rescheduled the lift for a calmer period later that day.