Engineering Master

Deterministic engineering. Zero hallucination.

Generative AI guesses. The Vonbuild OS calculates. Free your engineers (Structural, Thermal, Acoustic, Methods) from manual verification and double your production capacity at constant headcount.

You stake your Decennial Liability on every Design Calculation. Entrusting this task to a standard chatbot is unthinkable. The Engineering Master changes the paradigm: it uses your own professional tools to extract mathematically proven results.

[Verification]
8h to 20min
Verification time divided by 24
[Calculation method]
Deterministic
Computer Use: the professional software calculates
[Tool creation]
On the fly
The agent codes its own Python scripts
[Standards compliance]
Eurocodes + DTU
Automatic specification audit
Computer Use session: live verification

The Agent drives your design software

Here is what the Agent executes in the background: connection to your sizing platform, parameter entry, extraction of the certified result.
computer-use-session.log

$ agent.engineering --task="glazing-sizing" --norm="DTU-39"

[1/6] Opening secure browser...OK

[2/6] Navigating to SaaS sizing platform...OK

[3/6] Entering parameters: wind_zone=3, terrain=IIIb, altitude=450m

> Glazing thickness: 10mm | Allowable deflection: L/100

> Wind load: 1.35 kN/m2 | Snow load: 0.65 kN/m2

[4/6] Running calculation on platform...OK

> Certified result: thickness 12mm COMPLIANT (ratio 0.87)

[5/6] Extracting signed PDF report...OK

[6/6] Verifying NF EN 1991-1-4 Art. 7.2.2...COMPLIANT

Summary: 1 glazing sized | Source: SaaS platform (no hallucination) | Standard: DTU 39 + EN 1991-1-4

Your engineers are designers, not proofreaders

Today, 60% of a senior engineer's time is consumed by compliance verification, data cross-referencing and re-entry into spreadsheets. This is a massive value loss for your Engineering Consultancy.

Computer Use (software piloting)

The Agent has digital hands via its own secure web browser. You use SaaS sizing platforms, Robot Structural Analysis, or Excel files filled with complex VBA macros? The Agent opens the file, enters the parameters, runs the macro, and extracts the certified result from your professional tool.

SYSTEM_READY

Strict standards compliance

The Engineering Master is steeped in industry standards. It audits your Design Calculations against Eurocodes, SIA standards, and DTU. It does not simply say 'compliant': it cites the exact article of the standard (e.g. NF EN 1992-1-1 Art. 5.2) to justify its approval or rejection.

SYSTEM_READY

Document clash detection

Before the site even starts, the Agent cross-references the architect's Technical Specification (CCTP), the structural execution drawings and the MEP specifications (HVAC). It identifies inter-Work-Package technical contradictions instantly, avoiding colossal additional costs during the execution phase.

SYSTEM_READY

Auto-creation of Skills (competences)

Missing a specific calculation tool? Provide the standard to the Agent. It will code a Python script itself (e.g. glazing thickness sizing according to DTU 39), test it, and save it as a new reusable Skill available to all your colleagues.

SYSTEM_READY

Human expertise, amplified

The Engineering Master gathers data, runs calculations via your software, and prepares the validation report.

The Conductor (You) only needs to verify the soundness of the approach and sign off the deliverable.

What took 8 hours of tedious verification is validated in 20 minutes. The senior engineer focuses on design and decision-making, not line-by-line checking.

Before
8h
Manual verification
Line by line, printed PDFs, manual standards comparison
x24
After
20min
Human validation
Pre-generated report, certified calculations, standards cited

Scenario: DTU 39 glazing sizing

An architect sends you 34 different glazing types for a 2,800 m2 curtain wall. Each glazing must be sized according to DTU 39. No tool on the market does this calculation for you. The agent builds it, and processes all 34 cases in 8 minutes.

Step 1

Parameter extraction

The agent reads the facade PDF drawings, identifies the 34 glazing types (dimensions, position, exposure), and extracts the site's climatic parameters: wind zone, terrain category, altitude, snow zone. It determines the loads for each glazing position.

Step 2

The agent codes its DTU 39 tool

You provide the reference articles from DTU 39. The agent codes a Python script that implements the complete methodology: minimum thickness, allowable deflection, thermal verification. It runs it in a sandboxed environment and verifies the results against 3 known reference cases.

Step 3

34 sizings in 3 minutes

The script is applied to the 34 glazing types. For each case: selected composition, calculated vs allowable deflection, stress ratio, thermal verification. 3 glazing units require reinforcement. The agent prepares the corrected specification sheet.

Capitalisation

Skill saved and reusable

The DTU 39 script is saved as a new Skill. On the next project with a glazed facade, the sizing will be instant. The Skill is versioned, auditable, and can be improved by any engineer on the team.

Safety Protocol

Put our determinism to the test

Submit a drawing, a Technical Specification (CCTP) or a technical calculation. The agent verifies compliance, performs calculations via Computer Use, and builds the tools it needs. 15-day trial, 10 EUR/CHF.