MINI-POD – Production Comparisons

Stop Guessing Where Production Went: The Daily Production Comparison Every Self Perform Crew Needs

There is a gap between knowing your production target and knowing why you hit it or missed it. Most self perform contractors live in that gap every single day. They have systems that tell them where they ended up. They do not have systems that tell them where the deviation happened, why it happened, or what to do differently tomorrow.

That gap is where profit disappears. And it is entirely fixable.

What Tracking Systems Actually Do and Do Not Tell You

HCSS Heavy Job is one of the better tools in the civil construction space for tracking production. It does what it is designed to do: capture production data and help you compare actuals to budget. Many commercial and vertical contractors have equivalent systems. Some have nothing at all.

The problem is not the tool. The problem is what any lagging indicator system shows you. It shows you where you ended up. It does not show you where the deviation happened, what caused it, or how to prevent it tomorrow. You can see that you installed 140 linear feet when the target was 180. You cannot see that you were 20 minutes late starting because the laser was not set up, that you lost another 30 minutes to a crew driving back to the office to use the restroom, and that a pipe delivery arrived at the wrong end of the road closure and cost you 45 minutes of repositioning.

If you want to recover production, you need to know where it was lost. That requires a different kind of analysis.

The Ten Minute Production Matrix

The concept is straightforward. On the left side of an Excel sheet, list your production stations in 20-foot increments. Across the top, list time intervals in ten minute blocks from start to finish of the shift. Then, at each ten minute mark, note where each crew element is in the matrix.

Jason uses a civil water pipe installation as an example. The target is 180 linear feet of water pipe in a road closure from 7 a.m. to 5 p.m. The crew is a five person pipe crew and a two person grading crew. In the matrix, you can map where the pipe crew is stringing up pipe, where the grading crew is on demo, when the excavation transitions to installation, when backfill begins, when compaction happens.

A skilled superintendent or foreman who does this work in advance will know exactly what the production sequence has to look like to hit 180 feet: pipe installation every 40 minutes through the stations, with time built in for the morning huddle, for lunch, for fixture installation, for transitions between tasks. They can see the plan before the work begins. Everyone on the crew knows where they are supposed to be at every key point in the day.

More importantly: when the actual day runs, you can track where each crew element actually was at each ten minute mark and compare it to the plan. That comparison produces the data you actually need.

From Deviation to Corrective Action

Say the plan called for a specific activity to start at 8:20 a.m. It actually started at 8:40 a.m. When it did start, it took twice as long as planned. That is a documented deviation. Now ask why.

Was the laser not set up before the excavator was mobilized? Were materials staged too far from the work zone, requiring too much transport time? Did someone have to drive a truck back to the office to use the restroom? Was there a survey issue? Were drawings not ready? Was there a conflict in the field that required a phone call to engineering?

Every deviation has a cause. The causes fall into a manageable set of categories: equipment not ready, materials not positioned correctly, survey not complete, drawings not available, crew capacity issues, site access problems, rework from a previous activity, or simple coordination failures that could have been resolved in the morning huddle.

When you identify the deviations and trace their causes, you have a list of corrective items for tomorrow’s morning huddle. Not a vague “let’s do better” conversation. A specific action list:

• The laser has to be set up before the excavator arrives, not after. That task is owned by a specific person by 6:45 a.m.
• The morning huddle ran too long. Someone sets a timer. Done in ten minutes.
• A porta potty has been ordered for the project site. It will be serviced three times a week. No more round trips to the office.
• The pipe material was staged at the wrong end. Tomorrow’s staging location is marked on the plan. Delivery confirmed to the right access point.

That is the corrective action cycle. Day by day, the deviations get smaller. Flow increases. Production improves. Margin recovers.

Why This Has to Be the Foreman’s Job

A superintendent can set up this system and conduct the morning huddles. But the ten minute matrix only works if someone in the field is tracking in real time. That person is the foreman.

The foreman who understands production planning is not just a crew manager. They are a production system operator. They know the target, they know the sequence, and they are watching for deviation in real time so they can address it before it compounds. A five minute delay caught and corrected at 7:30 a.m. does not become a 45 minute loss by 11:00 a.m.

The foremen and superintendents who do this work are the ones who make money for their companies on self perform. The ones who do not are the ones whose projects bleed margin every day without anyone understanding why, because the lagging indicators only tell them they are behind, not where they lost the ground.

If your project needs superintendent coaching, project support, or leadership development, Elevate Construction can help your field teams stabilize, schedule, and flow. Production comparison analysis is a core component of field operations coaching for self perform contractors, civil crews, and any team where labor productivity is the primary driver of project margin.

The Challenge for Your Self Perform Crews

This week, build the matrix for one upcoming self perform task. Pick a scope where you have a production target and a defined crew. Map the stations on the left. Map the time intervals across the top. Then map what the sequence has to look like to hit the target.

Run the work. Track what actually happened. Compare the two. Count your deviations. Find the causes. Bring three corrective items to tomorrow’s morning huddle.

Do that for 30 days and your production numbers will be unrecognizable from where they started.

On we go.

Frequently Asked Questions

Does this approach work for vertical construction, or only civil and utility work?

It works for any self perform scope where there is a production target and a repeating sequence of tasks. Concrete crews, framing and drywall crews, mechanical and electrical self perform operations: all of them have stations, sequences, and time based production targets that can be mapped and tracked this way.

How do you get foremen to adopt this without it feeling like surveillance?

Frame it as a tool that protects them, not evaluates them. When a foreman can show that the deviation happened because materials were staged wrong or the laser was not ready, the foreman is protected from blame. When there is no tracking, the foreman absorbs the result regardless of cause. The matrix is their documentation as much as it is a performance tool.

What if the foreman does not have the skills to build this kind of plan?

That is the first investment to make. Train the foreman on production planning before asking them to track deviation. A superintendent or project engineer can build the first matrix together with the foreman, walk them through the sequence, and run the first few daily reviews alongside them. The skill develops through repetition.

How granular does the tracking need to be? Does every ten minutes feel excessive?

Ten minutes is a guideline for high production rate scopes. For some scopes, 15 or 20 minute intervals may be more appropriate. The goal is granular enough to catch a deviation before it compounds, not so granular that tracking becomes the work.

Can this approach be used in a pullplan or Last Planner setting, or is it separate from those systems?

It is complementary. The Takt plan and Last Planner system give you the macro production sequence across the project. The ten minute matrix gives you the micro production sequence within a single task or day. Both are needed. The Takt plan ensures the work is positioned correctly. The production matrix ensures the work is executed correctly once it begins.