Eagle Engineering and Consulting

06/17/2026

Broadband projects are moving fast across Canada right now, and events like SCTE are one of the few places where engineers, carriers, field teams, and technology companies all end up in the same room.

Eagle Engineering and Consulting will be in Calgary on June 23 to exhibit at the 2026 SCTE Ontario Chapter “Innovating the Future of Broadband” event.

If you’re attending, stop by our table and say hello. We’ll be talking about telecom engineering, LiDAR, GIS, mobile mapping, pole line data collection, and the growing role reality capture is playing in broadband planning and network design.

Looking forward to a great day of conversations with people working in broadband across Canada.

UPCOMING EVENT ` West Seminar With Vendor Table Top - Calgary June 23rd, 2026 Location: ​ Best Western Premier Calgary Plaza Hotel & Conference Centre Attendee Registration: https://cvent.me/q2vQyw...

06/11/2026

How much concrete does a project actually require?

Before the first truck arrives on site, someone has already calculated the expected volume. Those quantities influence budgets, schedules, material orders, and project planning. The challenge is that site conditions don't always match the design perfectly. Excavations can vary, grades can change, and small differences can add up over the course of a project.

Reality capture provides a way to compare design intent with actual site conditions. By creating accurate 3D models before, during, and after construction, project teams can verify quantities, track progress, and document work completed with measurable data.

The technology is often associated with large infrastructure projects, but the same principles apply to foundations, earthworks, stockpiles, and construction progress tracking.

When quantities affect schedules, budgets, and payment applications, having confidence in the numbers matters.

Learn more about volumetric analysis and how it supports construction projects: https://f.mtr.cool/rxjsefxuou

06/10/2026

As the Stanley Cup Playoffs take over the newsfeed, local arena crews across Canada are already thinking about next season.

The weeks right after hockey season ends are one of the only opportunities to complete rink floor flatness surveys. Once the ice comes out and the slab has time to dry, the floor can finally be assessed properly before summer maintenance begins.

Most people never see what’s underneath the ice surface, but small elevation changes across the concrete can affect how evenly ice freezes, how much flooding is required, and how difficult the rink is to maintain throughout the year.

Using LiDAR and reality capture technology, rink operators can map the full floor surface and identify dips, slopes, and uneven areas with precise measurements instead of relying on visual checks or isolated spot measurements.

The timing matters because once maintenance wraps up and the ice goes back in, the opportunity is gone until next offseason.

Read our blog to learn more about hockey rink floor flatness surveys >> https://f.mtr.cool/plahdwzrzd

Reach out to get a floor flatness scan quote before the maintenance window closes >> https://f.mtr.cool/rubwqugbjq

06/04/2026

The cheapest time to find a problem is before construction starts. The most expensive time is after the concrete cures.

Many construction projects begin with existing drawings, previous surveys, or information that may no longer reflect current site conditions. A few missing details or inaccurate measurements early on can turn into change orders, delays, and rework once construction is underway.

That's one more reason project teams are turning to reality capture before construction begins.

A detailed 3D record of the site allows engineers, architects, contractors, and owners to work from current conditions rather than assumptions. Existing structures, utilities, grades, and site features can all be documented before the first excavator arrives.

No technology eliminates every surprise on a construction project, but having accurate information from the start can help reduce the number of them.

What are the most common issues you see discovered after construction has already started?

06/03/2026

Bridges are some of the most important assets in a transportation network. They're also among the most expensive to repair or replace, which is why accurate information is so important throughout their lifecycle.

Reality capture allows bridge owners to create detailed digital records that support inspections, condition assessments, rehabilitation planning, and long-term asset management. Instead of relying on a limited number of measurements or photographs, engineers can work from a comprehensive dataset collected in the field. That information can be revisited long after the site visit is complete, helping answer new questions without requiring another trip to the bridge.

While the technology itself is impressive, the real value comes from having better information available when decisions need to be made. A bridge may only be scanned once, but the data can continue supporting inspections, maintenance planning, and future projects for years afterward.

05/27/2026

On a recent office project, the layout worked perfectly on paper. Then install started.

A column was a few centimetres off. One wall wasn’t as straight as expected. That was enough to push a full run of workstations out of alignment. No one did anything wrong. The measurements just didn’t tell the full story.

That’s where full capture of the space changes things. Instead of working from selected dimensions, you’re working from the actual geometry of the office.

If you’re involved in space planning or furniture layouts, this article is worth a quick read. >> https://f.mtr.cool/flhkbdrilo

05/26/2026

A lot of project delays start with incomplete site information.

Teams still rely on a mix of old drawings, selective measurements, GIS records, and site photos that may no longer reflect current conditions. That becomes a problem once design, construction, or asset planning begins.

We recently put together a practical guide on how 3D scanning workflows are being used across Calgary projects to capture accurate existing conditions for engineering, infrastructure, and facility work.

The article covers where LiDAR and reality capture fit into workflows like:
• corridor and roadway mapping
• building and facility documentation
• telecom and utility infrastructure
• renovation and retrofit planning
• GIS and asset inventory updates

One of the biggest advantages is that the dataset can continue to provide value long after the initial capture. Teams can return to the point cloud later to extract measurements, verify assets, or support future planning without sending crews back into the field.

Article: https://f.mtr.cool/dpdjaqqezy

05/21/2026

The Eagle Engineering and Consulting team has officially moved our head office to a new location within Fredericton.

You can now find us at:

📍 10 Knowledge Park Dr. Suite 200
Fredericton, NB E3C 2M7

We’re excited to be joining the Knowledge Park community, a hub for technology and innovation in New Brunswick. It’s a great environment to continue doing what we’ve always done, supporting clients across Canada with telecom engineering, geomatics, GIS, and reality capture solutions.

The address may be new, but it’s business as usual for our team. We look forward to continuing to work with our clients, partners, and industry connections from our new office in Fredericton.

05/20/2026

Some offices come with four walls. Others come with mountain views and a few extra kilometres on the odometer.

Our team was out in British Columbia collecting mobile mapping data, and every now and then, the workday includes a view that makes you stop for a minute and take it all in. Capturing infrastructure data often means long days on the road, early starts, and covering a lot of ground, but it also takes our crews to places many people never get to see. One of the best parts of mobile mapping field work is seeing how varied the environment can be. One week, it’s urban corridors and busy infrastructure. The next, it’s winding mountain roads with scenery that’s tough to complain about.

Views like this make a day on the road a little easier and a lot more memorable.

05/14/2026

3D laser scanning isn't limited to just one sector.

Construction teams use it for accurate as-builts. Municipalities connect point clouds to GIS to build digital twins. Utilities use it to inventory assets above and below ground. Facility managers rely on it for renovation planning.
The same technology supports very different industries because it improves the foundation: spatial data.

We outlined ten real-world uses of 3D laser scanning in one comprehensive post.

Read the full blog here >> https://eagle-eac.com/benefits-of-3d-laser-scanning/