Engineering Continuing Education

When Field Evidence Conflicts With an Approved Design

October 30, 2026

Field observations can reveal conditions that differ from approved engineering plans. The gap may involve soil, dimensions, materials, utilities, loads, or construction methods. Engineers must verify the evidence, assess its effect on safety and performance, and communicate concerns before work proceeds. Clear records, sound technical judgment, and proper escalation help protect the public while ensuring […]

How Duct Leakage Changes Cooling Loads in Hot Attics

October 24, 2026

Leaky ducts in a hot attic can waste cooled air, draw humid outdoor air into a building, and force an HVAC system to work harder. The impact depends on where the leaks occur, how much air escapes, duct insulation, and building pressure. Understanding these factors helps engineers evaluate cooling loads, troubleshoot comfort problems, and choose […]

Finding Earthwork Quantity Errors in Digital Terrain Models

October 21, 2026

Digital terrain models help surveyors estimate cut-and-fill volumes, but small data or surface errors can create costly quantity differences. Incorrect ground classification, sparse survey points, missing breaklines, and mismatched coordinate systems can distort results. This blog post explains how to inspect terrain data, verify earthwork calculations, compare surfaces, and document findings before quantity estimates are […]

When Roadside Ditches Need Hydraulic, Not Routine, Maintenance

October 18, 2026

Roadside ditches protect pavement by carrying runoff away from travel lanes and nearby slopes. When flooding, erosion, or sediment buildup returns after cleaning, the cause may involve channel capacity, slope, soil stability, or a restricted outlet. This guide explains the field signs that call for hydraulic review, the checks engineers can make, and how technical […]

When Urban Runoff Exceeds Original Drainage Capacity

October 15, 2026

Urban flooding can occur even when storm drains appear structurally sound. The cause may be an undersized inlet, a downstream restriction, insufficient detention storage, or changes in the contributing watershed. Texas engineers can identify these problems by tracing water through the drainage network and comparing actual site conditions with original design assumptions. Why Streets Flood […]

Concrete Pavement Rehabilitation: When Is an Overlay a Bad Engineering Decision?

October 12, 2026

Concrete overlays can extend pavement life, but they cannot correct every underlying defect. Before selecting one, engineers should examine structural damage, concrete durability, drainage, slab support, reflective cracking, and finished roadway elevations. This post discusses explains when an overlay may be unsuitable, which evaluation methods can guide the decision, and when targeted repairs or reconstruction […]

How the Public Land Survey System Shapes Property Descriptions

October 9, 2026

The Public Land Survey System (PLSS) organizes much of the U.S. public land into townships, ranges, and sections. These reference units help surveyors describe parcels, interpret deeds, and retrace boundaries. Yet a legal description is more than a grid location: original monuments, field notes, corrections, and local land records can affect how a parcel is […]

What Can Concrete Test Results Reveal About a Repair’s Long-Term Performance?

October 5, 2026

Concrete repair test results can show how well new material bonds to existing concrete, how sound the substrate is, and where a repair system fails under stress. They help engineers judge construction quality and identify weak interfaces, but no single test predicts service life on its own. This guide explains key methods, result patterns, and […]

Seismic Design of Tall Buildings: How Engineers Account for Lateral Forces

September 30, 2026

Tall buildings respond differently to earthquake forces because their height, mass, stiffness, and long vibration periods affect how they move. Engineers must account for lateral displacement, higher vibration modes, structural strength, and stability when developing seismic systems. These concepts are useful areas of study for continuing education courses for civil engineers, particularly those involved in […]

Stormwater Runoff: How Engineers Calculate Flow Rates and Volumes

September 26, 2026

Stormwater runoff calculations use rainfall, drainage area, soil, and land cover to estimate flow and volume. Engineers apply these values to design drainage systems and manage peak flows. Understanding runoff coefficients, rainfall intensity, and time of concentration also supports professional engineer continuing education online in civil engineering. Rainfall, Land Cover, and Runoff Behavior Stormwater runoff […]