Field alignment is critical before bolting or welding structural members together because:

• A. Lies in reducing project cost.
• B. Ensures holes align, joints fit properly, prevents rework, distortions, and safety hazards.
• C. Speeds up crane operations.
• D. Has no impact on safety.

Answer: (B)

Field alignment is about getting every piece lined up so that the joint can be assembled exactly as designed. When holes don’t line up or the joints don’t sit true, you end up forcing parts into place, which leads to distortions, misfits, and the need for rework. That rework can involve extra drilling, trimming, or welding in awkward positions, all of which can alter the member geometry, introduce residual stresses, and weaken the connection. By aligning the members in the field—using temporary braces, shims, clamps, and checks for plumb and level—you ensure holes pass cleanly through all parts, the joints sit properly, and the fasteners or welds can achieve the intended strength and tolerance. This preserves the designed load path and reduces safety hazards associated with loose, misaligned, or overstressed connections. While cost control or quicker crane moves might be secondary benefits, the primary reason to emphasize field alignment is to ensure proper fit and a safe, durable joint with minimal rework.