MechAIQ

Engineering Intelligence — Generative design, Simulation & AI for mechanical systems

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Physics-driven generative design & AI for mechanical systems

MechAIQ helps engineering teams and manufacturers shrink design cycles, remove guesswork, and deliver failure-free products using physics-grade simulation, advanced vibration analysis, predictive maintenance solutions and AI-powered automation.

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Founder’s Note

MechAIQ was founded to bridge classical mechanical engineering and modern AI — building systems that don’t just analyze data, but understand physics.

Smart Design Review

Physics-backed design audits: quick CAE checks, torsional & modal reviews, and actionable fixes before prototyping.

Generative Design Engine

AI-driven topology optimization that meets stress, NVH and manufacturability constraints — exportable to CAD.

Predictive Maintenance & Diagnostics

Vibration analytics, gear-fault detection, condition monitoring models and alert systems for real equipment using AI.

Simulation–Test Correlation

Siamese neural networks & ML pipelines that align simulation outputs with field test data — reduce redesign cycles.

Design Automation Workflows

CAD scripting, meshing automation, batch simulations and deployable ML scripts to speed engineering throughput.

Custom ML & Tooling

From neural network based fault detection systems to building similarity models for test correlation projects and machine's proactive analysis — deployable as APIs or apps.

How we engage

  1. Discovery (1 week) — problem scoping, data & CAD intake, KPI setting.
  2. Prototype (2–6 weeks) — fast CAE checks, ML proof-of-concept, generative design demo.
  3. Deliver (2–8 weeks) — deployable models, automation scripts, training & handover.

Pricing models: one-time project, monthly retainer, or product licensing for generative engines.

Case studies

Deployable Fault Detection Engine

Modelled vibration signatures to detect gear faults; accuracy > 90% and real-time alerts on production lines.

Torsional Risk Engine

Vibration analysis and harmonic balancing study for rotating systems — reduced peak torsional stress significantly.

Simulation–Test Correlation Engine

Physics-aware correlation engine that aligns simulation outputs with real-world test data — improving model confidence, reducing over-testing, and accelerating product validation cycles.

Contact & Next steps

Book a free 15-minute consultation. We'll review your CAD, outline quick wins, and propose a tailored roadmap.

Email: hello_mechaiq@outlook.com

Or paste your problem into a short form and we'll reply within 24hrs.

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