Design engineering
Our team of engineers accompanies the project from the initial planning stage—crane’s positioning, staging areas, logistics, and assembly and dismantling methods—through registration, inspection, and maintenance.
Engineering Design
- Crane positioning—selecting the optimal location based on topography, workspace, latitude/altitude, and project requirements.
- Crane tying—designing precise, stable, and secure bracing for tall cranes and developing towers.
- Crane dismantling with a derrick crane—planning an efficient dismantling process for crowded or particularly high sites.
Advanced engineering solutions
- Coordinated mounting plans for climbing cranes—planning stable mountings adapted to the structure and stages of progress.
- Crane progress plans—adjusting height, rigging, climbing stages, and logistics for each stage of construction.
- Rigging production plans—producing accurate production plans for steel and metal contractors.
Q&A
What does Skyline's engineering design team process include?
The team of engineers accompanies the project from the assessment stage to budget. The process includes preliminary planning of crane locations, staging areas, assembly and disassembly methods, lifting and lowering, and crane overlaps—all to ensure smooth, safe, and efficient work throughout construction.
What does engineering planning for cranes include?
Engineering planning includes:
- Positioning and securing cranes
- Dismantling using a derrick crane
- Climbing crane supports plans
- Plans for crane progression according to project phases
- Rigging plans production
What supervision and oversight activities are included in the service?
Supervision includes preliminary on-site inspections prior to crane installation, marking and control of crane parts, and periodic inspections during on-site work.