Technical Drawing — Drafting is a collaborative process: drafters routinely interact with designers, architects, engineers, and other drafters rather than working alone in isolated cubicles.

Introduction / Context:
Modern drafting integrates with design, analysis, and manufacturing. Drafters coordinate with engineers, architects, and cross-functional teams to ensure the drawing accurately captures design intent, standards, and downstream needs (manufacturing, construction, inspection).

Given Data / Assumptions:

• Typical projects require iterative feedback between stakeholders.
• Drawings must satisfy codes, standards, and practical buildability.
• Communication improves quality, reduces rework, and speeds delivery.

Concept / Approach:
Technical drawings are the language of engineering. Like any language exchange, correctness and completeness benefit from collaboration: clarifying requirements, resolving collisions, and aligning tolerances with process capability.

Step-by-Step Solution:
1) Requirements and constraints are discussed with engineers/architects.2) Drafters create or revise drawings in CAD per standards.3) Peer and stakeholder reviews catch errors early.4) Final releases reflect coordinated, agreed-upon intent.

Verification / Alternative check:
Examine common workflows (design reviews, markups, redlines). These inherently require interaction and sign-offs, confirming drafting is not a solitary activity.

Why Other Options Are Wrong:
“Correct” contradicts typical practice; “True only in small firms” is unfounded; “Only applies to architects” and “Depends solely on CAD software used” confuse roles and tools with process reality.

Common Pitfalls:
Assuming independence leads to misaligned tolerances, missed codes, or constructability issues. Proactive communication is essential.

Final Answer:
Incorrect