A simple question with complex answers
What does an electrical engineer really earn?
This question appears regularly in discussions with students, companies and industry experts.
Many numbers can be found online, but the reality inside engineering organizations is often more nuanced.
Typical engineering salaries
Depending on experience, specialization and industry, electrical engineers in Germany typically fall into the following ranges:
- - Entry level: roughly €50,000 to €65,000
- - Embedded software engineer: roughly €70,000 to €90,000
- - Senior engineer: roughly €90,000 to €120,000
- - Freelancer: roughly €90 to €140 per hour
At first glance these figures appear reasonable.
But they do not tell the full story.
Engineers build systems worth millions
Modern products are built on complex technical systems.
Electrical engineers design technologies such as:
- - automotive control units
- - industrial automation systems
- - energy infrastructure
- - medical technology
- - IoT platforms
A single software module may become part of a product sold worldwide.
The economic value of such systems can easily reach millions.
The price of a software failure
Looking at the topic from another perspective reveals an interesting insight.
As a software expert witness I regularly analyze technical failure cases.
In these situations it becomes clear how much economic impact technical decisions can have.
A single defect may lead to consequences such as:
- - production interruptions
- - product recalls
- - safety issues
- - reputational damage
The financial impact of such events can easily exceed the salaries of the engineers involved.
Why engineering is still underestimated
Despite this responsibility, engineering is still often perceived as a cost factor inside organizations.
In reality, technical expertise forms the backbone of many industrial value chains.
With increasing digitalization the importance of software, electronics and system architecture continues to grow.
Regulation is changing the landscape
New regulatory developments are also changing the context of engineering work.
One example is the revised EU Product Liability Directive, which increasingly recognizes software as an integral component of a product.
This places stronger emphasis on topics such as software quality, documentation and development processes.
Technical decisions therefore increasingly become business risk factors.
Conclusion
Electrical engineers are among the central actors of modern industry.
They design the systems that move vehicles, control factories and power digital infrastructure.
The salary discussion therefore reflects a broader question:
How much value does engineering actually create for our economy?
This question will become even more relevant as digital technologies continue to expand.