Engineering maps: These maps are typically created for specific projects to aid site location, planning, and construction activities. Assess this statement.

Introduction / Context:
Engineering maps support the lifecycle of infrastructure and site development: feasibility, design, permitting, construction, and maintenance. They differ from general-purpose topographic maps by focusing on features relevant to engineering decisions and construction logistics.

Given Data / Assumptions:

• Use cases include roads, utilities, drainage, buildings, and earthworks.
• Accuracy and currentness are critical for staking and inspection.
• Content often integrates survey control, elevations, and legal boundaries.

Concept / Approach:
Engineering maps emphasize practical information: benchmarks, coordinate systems, contour intervals, property lines, easements, right-of-way limits, utility routes, and construction phases. They aid location selection, grading design, and field execution by contractors and inspectors.

Step-by-Step Solution:

Verification / Alternative check:
Review any civil project bid set; you will find plan/profile sheets and key maps explicitly created for that project’s location and construction details, confirming the statement.

Why Other Options Are Wrong:

• Recreational use (option B) is outside the primary engineering purpose.
• Artwork without measurements (option C) is not suitable for engineering.
• Nautical charts (option D) serve marine navigation, not land projects.
• Limiting to interior architecture (option E) is too narrow—civil and site projects dominate.

Common Pitfalls:
Using outdated base maps; mixing datums and coordinate references; omitting utility markouts leading to conflicts in the field.

Final Answer:
Correct: project-specific maps supporting location and construction