Paperwork for documentation

Modern construction methods in civil engineering, paperwork in documentation?

Many civil engineering companies know it all too well:

Measurements are still taken with the measuring wheel. Notes are scribbled by hand somewhere on a piece of paper.
Photos are sent via WhatsApp.

And later?

Half of the information is missing or nobody knows what was actually meant.
Unfortunately, paperwork still prevails in many places. And it is somehow understandable:

The processes on the construction site are tightly timed. What counts is the construction progress - not the photo with the time stamp.

Nevertheless, we realize:

If the documentation is done directly on site during the work - simply, automatically, comprehensibly - it really saves time, money and nerves.

And that's how SitePlan came about - our app for digital measurements in civil engineering 📲:

➔ Measurement 5x faster than with the measuring wheel
➔ Accurate to the centimeter incl. comprehensible photo documentation
➔ All information is transferred directly from the construction site to the office and the measurement report is created with just a few clicks

That's why I sometimes ask myself:

Why make it complicated when it can be so simple?

Because let's be honest:

👉 How much construction time do you actually lose for documentation and rework?

Labor productivity in construction grows slowly

Fact: Global labor productivity is growing by 2.8 % annually.

Under construction? Is it only 1 %. Where does the deficit come from?

What sounds like little at first glance is actually expressed in concrete figures:

USD 1.6 trillion (= USD 1,600 billion!!) passes through the construction industry's fingers every year. According to McKinsey, this accounts for around half of global infrastructure requirements.

And a large part of this affects us in civil engineering:
In other words, where water pipes, electricity, gas, broadband and sewers are laid.

The real question is:
Why is there still so much inefficiency in (civil) engineering?

According to McKinsey, there are 3 problem areas:

1. fragmented project structures
Many participants, little consistency, often on demand.

2. paper processes instead of digital systems
Plans without coordinates, measuring wheel instead of GPS, photos without context.

3. high proportion of non-value-added work

Studies show: Only 30 % (!) of the time is spent on actual construction.

And the remaining 70 %?

Are used for preparation, coordination, searching, waiting, coordination ...

And all of this has consequences:

- Teams are slowed down
- Projects take longer
- Planning, execution and billing do not match
- Costs are getting out of hand

McKinsey assumes this: With more clarity, better coordination and digital support, infrastructure expansion could be accelerated by 15-30 %.

This does not require mammoth projects or castles in the air.

How could we achieve this? With:

- Devices that withstand dust and weather.
- Software that every foreman can understand in 5 minutes.
- processes that fit into everyday construction work.

One thing is certain for me:

Productivity in civil engineering begins on the construction site.
And this is precisely where there is still a lot of untapped potential.

Paper plans and paperwork

Eight men, two bulldozers - and two large-format paper plans in the middle of the construction site.
The picture is from the 60s. And yet it is very contemporary.

Because things are still similar in many places today:

- Printed plans are brought to the construction site
- Changes lead to new versions - often several times during a project
- Different versions circulate on the construction site - it is not always clear which one is valid

And that's exactly what makes it difficult for everyone on site:

Paper plans are large, unwieldy - and you are constantly looking for orientation:

Where is the top? Which axle? Which version? Is the legend missing?

Especially for larger construction projects with many plans, this costs time, coordination and nerves - and involves risks:

- Incorrect execution due to outdated plans
- Uncertainty about validity and changes
- Partial sections without complete information (scale, legend, north arrow, etc.)
- Lost overview due to lack of plan reference

📌 The result:
What is considered "secure on paper" is often the opposite - confusing, fragmented and impractical.

The technology to solve this better has long been available.

What is needed is continuous access to the valid plan status, including guidance - directly on the construction site.

Without guesswork. Without queries. Without a rummage table.

Learn more: GNSS stakeout for foremen & site managers.

From the diary of a young site manager: "Crap. The plan is in the office."

🗺️ A single forgotten plan - and the entire process on the construction site is at a standstill. Site managers in civil engineering are familiar with this:

Three projects are running in parallel. Everything was prepared the day before for an important implementation plan.

Printed out, put down - "don't forget", it still says in your head.

🧱 The next morning:

An early start, an hour's drive to the construction site.
Everything runs on site. Measurement begins.

Then the foreman asks:
"Did you bring the new plan?"

And right at that moment it becomes clear:
It's still in the office.

What now?

▶ Drive back? Two hours lost.
Come back tomorrow? The foreman is standing.

▶ In any case:
Half the day is gone - even though everything was actually prepared.

A single piece of paper upsets everything.
Unfortunately, this is often the case when plans still exist on paper.

Turning point:

📲 It works differently with SitePlan.

Simply load the plan into the app via your cell phone or PC
You see the plan immediately in the project, as does the foreman
The foreman opens it - and stakes it out directly from the plan with GNSS antenna.

⏱ Conclusion:
-2 hours travel time
-0.5 hours Coordination with the foreman on site
= 2.5 hours saved

💰 At 100 €/h site manager costs = 250 € saved

+ No frustration. No "I'll come again"

Goodbye paper, hello GPS

"When I pick up the pile of paper plans for the existing pipelines, I already know that it will take time."

Find the right page first.
Then measure to scale where the pipe is located.
Convert twice because the scale does not quite fit.
With the measuring tape to the reference point, stop the second person and measure.

That's how we did it for years.

Everyone knows that this costs time, nerves and money.

Today, all I have to do is look at my cell phone - in SitePlan I can immediately see my location on the map, down to the centimeter.

And can unplug directly, without waiting or measuring.

From the diary of a young site manager "The measurement chaos."

Asphalt construction. Three columns in action.
Two days of pulling through - now it's time to settle up.
At the same time: new offers, old projects, five open to-dos in my head.

So we start early. First area for the offer:
A quick measurement, two photos - onwards.
Next stop: Another offer, quickly note down a few figures.
Then to the columns: three construction sites, three measurements,
a few notes from the foreman, maybe a few WhatsApp photos.

- All on the same block.
- Everything in the same cell phone album.
- Everything on the back seat.

Back in the office:
Which note was what again?
Was that a measurement or an offer?
And where was this fugue?

Sure, you'll figure it out -
but only after 20 minutes of guesswork. Or tomorrow. Or the day after tomorrow.

And you know:
Another hour lost - just for re-sorting.

🛠 It would be easier with SitePlan:
- Measurement saved directly with the project
- Photos automatically assigned & GPS-located
- Offers & construction projects clearly separated

Everything digital. Everything findable.

📌 No chaos of notes.
📌 No guessing game.
📌 Simply structured data when you need it.

💬 What many say:
"My passenger seat used to be full of measurements - today everything is digital and right where it belongs."

Digital measurement for site managers, foremen & accountants - find out more.

An open word on the shortage of skilled workers in civil engineering

A frank word on the shortage of skilled workers in civil engineering:

We are at a turning point.

And the situation will come to a head:
Over the next few years, many experienced employees will retire - their knowledge will disappear and the gaps will widen.

This means that fewer and fewer skilled workers have to manage more and more construction sites.
Time pressure, costs, responsibility - everything is spread across smaller teams and the question is: how do we deal with this?

More overtime, more stress, more pressure?

Or: processes that are so simple that every employee can work productively from day one - without lengthy training and special equipment... The shortage of skilled workers is a reality. But it does not have to lead to a standstill.

The decisive factor is whether we organize our work in such a way that fewer people can do more.

Civil engineering is no longer just competing with itself for young talent

Civil engineering is no longer just competing with itself for young talent.
But with industry, technology, IT - and everything that looks „modern“.

While other industries score points with smart tools, clear processes and a digital culture, civil engineering still looks like this to many young people:

- Paper mountains
- Outdated devices
- a lot of overtime
- little flexibility

No wonder many people opt for alternatives - for example:

- Industrial company with digital manufacturing
- Logistics companies with clear processes & career paths
- Tech & IT with flat hierarchies and plenty of creative freedom

A different picture awaits there:
Agile teams. Modern tools. And the feeling of being part of something future-proof.

The problem?
Civil engineering has a future - but you can't tell by looking at it.

Because what is actually being laid, built and connected today?

Fiber optics for fast connections
Power & water lines for functioning cities
Traffic routes for mobility & supply
Infrastructure for the energy transition

Civil engineering creates the lifelines of our society.
Roads, cables, networks - everything that connects people and regions.
Without it, nothing stands. Neither the economy. Nor progress. Nor everyday life.

But as long as we present civil engineering as old, hard and analog,
this is not noticed outside.

But let's show that modern construction companies today work digitally, take responsibility and offer real prospects.
then civil engineering will become attractive again. And competitive.

The crucial question is:
Are we ready to really show this change?
before the next generation finally runs away from us?

Civil engineering has no junior staff problem

He has an image problem.

According to a survey by the British initiative Go Construct think:

➔ 52 % of young people associate construction work with „unclean manual work“

➔ 37 % think construction work is „dangerous“

➔ 22 % say it is simply „boring“

(Source: Go Construct / CITB UK)

The picture is similar in Germany too - many see civil engineering as a plan B.
Especially in schools, with parents or career counselors:

If you can't make it in the office, you can still drive an excavator.

What is completely overlooked?

Modern civil engineering means:

➔ Digital planning & georeferenced surveying

➔ Infrastructure for energy transition, fiber optics, water, rail & road

➔ Project management at eye level with other engineering disciplines

And: without civil engineering, no city, no network, no progress can function.

But as long as the image remains „old, hard, analog“, young talent will also stay away.

So the real question is:

Do we have to change the image first - or the reality on the construction site first?

Or both?

Civil engineering 2026:

These figures show why we need to rethink - now.

Lack of skilled workers
- The average age in construction is over 46 years - often even higher for site managers & surveyors
- According to the ZDB, more than 60 % of companies are struggling to find skilled workers

Time is running out
- Foremen lose up to 8 hours per week with rework, measurement search & document reconstruction
- Many site managers report: 30-40 % of invoices are reduced - mostly because the proof is missing

Mistakes cost real money
- Incorrectly marked cables? Quickly 5 figures per incident
- Construction disputes? In Germany alone: several billion euros in damages per year due to construction disputes (source: HKA Construction Report 2023)

Digitization? Not yet part of everyday life
- Only a fraction of civil engineering companies work with digital measurement or documentation tools
- Although the construction tech market is growing massively across Europe (forecasts predict double-digit billion euro amounts by 2030).

My conclusion:
We won't get anywhere with tape measures, paperwork and complex systems that only work with days of training.

📲 Solutions are needed that
- run directly on the smartphone
- can be used by foremen & site managers themselves
- require hardly any training - and still work with centimeter precision and reliability

Recognizing this now not only saves time and money.
But it will finally make the job of civil engineering attractive again for those who really need it: the next generation.

What happens if a survey point is set incorrectly?

At Rail Power Systems, an overhead line mast was inadvertently set up incorrectly - the point was meters off.

However, this only became apparent six months later when the track was built. The damage? Time, money and nerves.

It was clear that a system was needed that would allow more self-monitoring on the construction site.

The solution: A simple combination of GNSS + SitePlan App.
Measure to the centimeter, check directly on the map, document automatically - without any detours.

This is how the introduction went:

▫ Pilot phase with rental antenna (complete GNSS package)
▫ Test through all columns
▫ Real numbers instead of gut feeling
▫ Decision: at least 1 complete GNSS package per location
▫ In 12 months: introduced across the board

What has changed:
- No reworking due to incorrect foundations
- 5× faster marking of mast locations
- many hundreds of surveying hours saved per year

👉 You can find the complete case study here:
https://www.siteplan.at/de/casestudy-rail-power-systems

In the end, it's not about guilt - but about solutions that make mistakes visible at an early stage.

Why do young people turn their backs on civil engineering - and what can we do about it?

Civil engineering is systemically relevant: Without it, there would be no fiber optics, no energy transition, no mobility transition.
And yet the industry is struggling with a massive shortage of young talent.

Why is that - and what do we need to change?

1. image & perception
Civil engineering is perceived by large sections of society as old, hard and unattractive.
According to the ZDB, there is a shortage of over 150,000 skilled workers in the construction industry - and the trend is rising.
And this is not only due to demographics - but also to the fact that the profession does not seem very modern to many people.

2. alternatives appear more attractive
Young people are gravitating towards IT, renewable energies or start-ups - areas that advertise digitalization, sustainability and flexibility.
Civil engineering on the other hand? Is often still associated with shift work, paperwork and outdated technology.

3. digitization is often missing - yet
On the construction site in particular, paperwork prevails in many places instead of smart processes.
Not only does this seem inefficient, but it also puts off many potential applicants who come from a digital world.
According to Bitkom, only 27 % of construction companies use digital tools for documentation or measurement at all.

4. hardly any diversity & visibility
Only 15 % women in the construction industry (Federal Statistical Office).
What's more: Civil engineering hardly plays a role in schools, the media or careers advice - it is invisible.

Conclusion:
It's not the job that's the problem - it's often how it's perceived.
If we want to inspire young people, we need:

- modern work equipment
- More visibility for the relevance of civil engineering
- and an image that keeps pace with the reality of the future

Question for you:
What needs to change?