Easement Basics for Engineers: How Easements Modify Property Rights to Accommodate the Modern World

Course description

This course introduces engineers to the practical role of easements in site and infrastructure projects. Participants will learn how access, utility, drainage, conservation, maintenance, and right-of-way easements affect feasibility, property use, grading, drainage, utility routing, construction access, safety clearances, and long-term maintenance. The course explains major easement types, how rights may be created, transferred, modified, or terminated, and how to interpret surveys, title information, and easement agreements to identify design constraints early. Through engineering-focused examples, learners will develop a process for coordinating with surveyors, utility owners, right-of-way professionals, property owners, and legal stakeholders to prevent encroachments, redesigns, field conflicts, schedule delays, and avoidable risk.

Learning Objectives

1. Describe how easements modify property rights and affect engineering feasibility, including site access, utility corridors, grading and drainage constraints, and long-term maintenance needs.

2. Identify common easement types and evaluate key characteristics, including who holds the rights, what activities are allowed or restricted, whether an easement runs with the land, and whether it can transfer or terminate.

3. Interpret easement-related documents—including property surveys, title-search information, municipal records, and easement agreements—to determine their effects on engineering planning, design, and construction.

4. Recognize common easement-related design and construction conflicts, such as encroachments, blocked maintenance access, restricted grading, utility conflicts, and overlapping corridors, and select appropriate steps for verification, coordination, and risk reduction.