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Kickoff: What “advanced rigging” means on our heavy civil jobs

Set the stage: outcomes, roles, and where rigging risk hides on utilities and structures

Engineering the plan: loads, paths, and gear that work in the real world

Get the numbers right: center of gravity, load path, and rigging geometry for tough picks

Pick the right tools: slings, hardware, spreaders, equalizers, and below-the-hook devices

Make two cranes behave: multi-crane, excavator-assist, and mechanical advantage systems

Field leadership: from pre-lift to post-job with crews and cranes moving together

Plan the work: lift planning that survives permits, weather, and schedule pressure

Run the lift: communications, controls, and tempo when it matters

Close the loop: after-action reviews that actually improve the next pick

Risk management that holds up under pressure

See the hazards early: engineered controls for the messy parts of civil jobs

Ground truth: bearing pressure, mat design, and access for cranes and excavators

Applied scenarios and tools

Scenario lab: setting precast box culverts with limited headroom and traffic live next to you

Scenario lab: long-span bridge girder picks with two machines

Quick calculators and checklists you’ll actually use

Knowledge checks

Quiz: load path, COG, and sling angle forces

Quiz: gear selection and inspection under tough conditions

Quiz: multi-crane and excavator-assist fundamentals

Quiz: planning and communications you can count on

Quiz: risk controls for ground, weather, and interfaces

Quiz: scenario—box culvert at night with rain in the forecast

Quiz: scenario—dual-pick bridge girder with a tight approach

Wrap-up and feedback

Course closeout and action commitments

Survey: how well did this hit your real job needs?

Survey: confidence shift on advanced rigging decisions

Survey: barriers to applying this on your site

Survey: course pacing and practicality

Survey: open feedback and next topics

Advanced Rigging Leadership: Engineering, Operations, and Risk Management Mastery is a practical, field-driven course for experienced foremen, superintendents, lift directors, and qualified riggers working heavy civil projects. If you set precast boxes, manholes, RCP, bridge girders, or work around live utilities and traffic, this program turns complex rigging theory into decisions that hold up under pressure. You’ll learn to engineer lifts from drawings to reality—nailing center of gravity, sling angles, gear selection, and load paths in tight corridors. We go beyond single-pick basics to tackle multi-crane and excavator-assist operations, ground bearing and mat design, and the communication discipline that keeps crews aligned when conditions shift. The course blends engineered calculations with field-proven workflows: verification steps, test picks, independent checks, and documentation that protects your schedule, budget, and record. Scenario labs simulate your toughest days—limited headroom, rain loading, night work, and dual-machine girder picks—while quick calculators and checklists make planning and execution faster and more defensible. By the end, you’ll run lifts with fewer surprises, tighter tempo, cleaner handoffs, and clear stop-work criteria. Measure success the way real projects do: zero dropped loads, schedule adherence, budget control, and documentation you’ll be proud to submit.

Advanced Rigging Leadership: Engineering, Operations, and Risk Management Mastery

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            <p>Advanced Rigging Leadership: Engineering, Operations, and Risk Management Mastery is built for field leaders who already run heavy civil work and want sharper tools for the tough picks—utilities in the mud, skewed precast boxes, long girders, manholes with odd inlets, and RCP strings that never land perfectly. The course frames “advanced rigging” in the real world you manage: tight corridors, live traffic, limited headroom, weather windows, and crews juggling cranes and excavators. We align roles and legal duties—lift director, site supervisor, qualified rigger, operator, and signal—so decisions hold up under OSHA, company policy, and the scrutiny that follows a near‑miss. Success is measured the way you live it: zero dropped loads, schedule adherence, budget control, and documentation that defends your choices.</p>

<p>We start by engineering the plan: getting center of gravity right on irregular pieces, translating submittals into true weights (water, mud, rebar, inserts included), and dialing rigging geometry so sling angles, bridle forces, and D/d ratios are right the first time. You’ll pick gear with intention—wire, synthetic, chain, spreaders, equalizers, and below‑the‑hook devices—selected for grit, edges, chemicals, and headroom. We go deep on dual picks and excavator assist: load share, pitch/roll control, side load avoidance, test picks, and emergency set‑downs. Then we lead the field execution—lift plans that survive permits and weather, crews that communicate cleanly, exclusion zones that move with the load, and live documentation. Risk management is threaded through: ground bearing pressure and mat design, subsurface unknowns, wind in cuts, rain loading in culverts, and contingency matrices with clear abort criteria. Scenario labs make it practical—setting skewed box culverts next to live lanes at night and running two‑machine girder picks with verification steps built in. Quick calculators, checklists, and targeted knowledge checks ensure you can apply it tomorrow, and after‑action workflows help your next pick run smoother than the last.</p>
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