Will it hold?
Dr.Q runs the numbers.

Describe part and load case in plain language: the agent sets up the analysis, the in-house solver computes, and the result is not just a number but a statement of how far it carries. Error band, satisfied convergence, and detected singularities all sit in the report, while the design is still on screen.

Coupling Element
Chat
BWK
EU
EXIST
ID NRW
WIKE NRW
NVIDIA Inception
BWK
EU
EXIST
ID NRW
WIKE NRW
NVIDIA Inception
BWK
EU
EXIST
ID NRW
WIKE NRW
NVIDIA Inception
BWK
EU
EXIST
ID NRW
WIKE NRW
NVIDIA Inception
BWK
EU
EXIST
ID NRW
WIKE NRW
NVIDIA Inception
BWK
EU
EXIST
ID NRW
WIKE NRW
NVIDIA Inception

Run it yourself, no guesswork.

Upload the part, describe the load case in plain language, look at the result with its error band. Anyone who wants to see how the number came about will find assumptions, mesh, and convergence in the report.

Simulation rarely fails on solver power: it fails because setup and assessment take expert time that projects don't have. Dr.Q removes that bottleneck: design teams run routine checks themselves, while simulation experts stay free for the cases that truly need them.

Simulation knowledge grows inside the team, rather than only living with an external provider

Engineering confidence already in the design phase

Fewer late failures, better products

A solver built for exactly this job.

The in-house solver is agent-native, deterministic, and self-checking: it turns plain language into reproducible FEM results, right in everyday design work. No black box: every run produces a traceable input script and stays reproducible years later.

Trusted by engineers.

Mit Dr. Q können wir unseren Service erweitern, ohne in teure Hard- und Software zu investieren. Besonders bei Neuentwicklungen hilft uns die Möglichkeit, FEM-Simulationen on demand durchzuführen und unsere Produkte gezielt zu optimieren.

Peter Kohl
Peter KohlHead of Application Technology · K.I.S Antriebstechnik

Die Zusammenarbeit mit Dr. Q war schnell, reibungslos und hochprofessionell. Präzise FEM-Analysen, die auch für KMUs zugänglich sind.

Axel Fett
Axel FettFounder · PROTOSOLID

Dank Dr.Q konnten wir unser Design simulationsgetrieben optimieren: weniger Gewicht, mehr Sicherheit. Unkomplizierte Zusammenarbeit, verständlich aufbereitet.

Martin Brüggemann
Martin BrüggemannCreator · aerocockpit.org

Two ways to Dr.Q.

Same solver. Same engineering rigor. Different level of hands-on.

Run it in-house

The AI agent guides the design team through setup, automated meshing, and reporting: in the browser, no installation required.

  • AI agent for guided setup
  • Automated meshing, deterministic solver
  • Browser-based, no installation

Have it computed

Our simulation team takes on complex cases, backed by more than 20 years of simulation experience.

  • Our simulation experts scope the case up front
  • Reports that internal guidelines and external audits build on
  • Turnaround measured in days, not months

Frequently asked questions.

Dr.Q is an AI-agent-driven FEM simulation platform. Through a chat interface, the agent guides the design team through the whole flow: from setup through boundary conditions to evaluation. A guided first setup is reached quickly; complex cases are handled with expert support.
Dr.Q is aimed at companies with their own product development, particularly in mechanical and plant engineering as well as toolmaking. Both experienced simulation experts and designers without FEM experience benefit from the AI-powered user interface.
Traditional FEM software requires simulation experts and dedicated hardware. Dr.Q is browser-based and agent-native: setup and assessment move into the design team, the in-house solver computes deterministically. Simulation experts stay free for the cases that truly need them.
Dr.Q computes structural mechanics and heat conduction on solid models for mechanical engineering components and assemblies: static strength, linear and with plasticity, a strength check against the yield strength with a safety factor, large deformations, contact that is bonded, separating or sliding, with and without friction, joints with preloaded bolts, rivets and adhesives, natural frequencies and buckling for single parts, steady and transient heat conduction with thermal expansion and thermal stress, and linear viscoelastic creep and relaxation for elastomers and plastics. Formal code checks come from the report service as a static FKM assessment.
Getting started is a free trial: request access, we'll set up an account with the included free credits within one working day, and the first guided simulation is usually under 30 minutes, with simple models running in 10 to 15 minutes.
Dr.Q is based on a solver developed in-house, built from the ground up to be driven by an AI agent. Thanks to this tight integration the agent knows every solver function and guides through the simulation step by step; every run is deterministic and reproducible.
Absolutely. Dr.Q is designed for users at every skill level: it reduces the FEM software experience needed for routine checks. For more complex questions, our team of experienced simulation engineers is available: practical, clear, and solution-oriented.
Every report documents assumptions, mesh, and settings so that internal guidelines and external verification processes can build on them.