Prerequisites
- You have completed a degree in civil engineering at a university, technical college or comparable institution, ideally with a focus on solid construction, metal construction or timber construction.
- You have at least 10 years of practical experience in the field of structural planning and calculation.
- You have extensive practical experience in dealing with complex structures and their stability verification.
- You can demonstrate your involvement in construction projects that involve a high degree of structural difficulty.
- You have no economic or personal interests in the construction projects you are reviewing.
- You can demonstrate your skills in an exam or by submitting work samples.
- After the provisional recognition, you will complete a kind of “trainee period” in which you will carry out further examinations under supervision.
- Once these requirements have been met, you will be granted final recognition as a structural safety testing engineer.
Documents required
In order to be recognized as a structural safety test engineer in Hamburg, you must submit the following documents with your application:
- Evidence of professional qualifications: documents on degree and professional experience
- References and work samples: Examples of your work in the field of stability testing
- Declaration of reliability: confirmation that no disciplinary or criminal proceedings are pending against you
- Insurance coverage: Proof of liability insurance that covers your activities as a test engineer
- Additional evidence: Depending on the field (solid construction, timber construction or metal construction) specific qualifications and experience
Please note
The recognition of test engineers and test experts will be revoked if the business residence is relocated outside of Hamburg.
As a structural safety test engineer, you check the structural safety of buildings as part of construction projects. Your main task is to ensure that load-bearing structures and other structural elements meet the structural safety requirements in accordance with applicable regulations and standards. This is essential to ensure the safety and stability of buildings and facilities.
Areas of responsibility:
- Verification of stability proofs: Verification of static and dynamic calculations prepared by planning offices.
- Control of construction work: Ensuring that construction work complies with the approved plans and technical regulations.
- Assessment of the supporting structure: evaluation of the stability and load-bearing capacity of components such as foundations, ceilings, walls and columns.
- Consulting and collaboration: Working with architects, engineers and construction managers to advise on planning issues or adjustments.
- Testing in case of significant changes: Assessment of the effects of changes during construction on the structural safety.
The work of a structural engineer is particularly important for large and complex construction projects, such as high-rise buildings, bridges or industrial plants. Errors in structural testing can pose significant risks to public safety.
Deadlines
You need official recognition from the responsible body before you can work as a structural safety test engineer.
