Simulate and analyze designs before you build.
A custom-built solution, engineered from the ground up for your exact workflow.
Expert setup, configuration and rollout of the leading platform on the market.
Extensions, custom modules and workflows on top of your existing platform.
Clean, reliable integrations that connect this into the rest of your stack.
Ongoing management, monitoring and optimization so it keeps performing.
CAE software simulates and analyzes designs for performance, stress, and behavior. Romanov Solutions builds, customizes, and integrates engineering analysis tools. Whether you need a custom build, a faster implementation, or a tailored clone you own outright, Romanov Solutions delivers Computer-Aided Engineering (CAE) Software that fits how your team actually works — engineered to scale and built to last.
We start with your real workflow, not a template. From discovery through architecture, delivery and support, you get senior engineers who have shipped CAD & PLM in production — not a hand-off to juniors. Every engagement is scoped honestly and built to integrate cleanly with the rest of your stack.
Based in Hallandale Beach, Florida, we provide hands-on, in-person Computer-Aided Engineering (CAE) Software across Hallandale Beach, Hollywood, Aventura, Sunny Isles Beach, Golden Beach and Bal Harbour, backed by a worldwide global team for clients anywhere. You get local accountability with global delivery capacity.
Headquartered in Hallandale Beach, Florida, we provide on-site and remote Computer-Aided Engineering (CAE) Software development & integration across Hallandale Beach, Hollywood, Aventura, Sunny Isles Beach, Golden Beach, Bal Harbour, Surfside and Dania Beach — backed by a worldwide global team delivering around the clock. Local businesses get in-person support; clients anywhere get the same senior engineering.
Service ZIP codes include 33009, 33019, 33020, 33021, 33023, 33024, 33025, 33004, 33154, 33160, 33180, 33162, 33139, 33141, 33301, 33308, 33312, 33027, 33028, 33029, 33010, 33431.
Capture real objects as digital 3D data.
Design roads, sites, and infrastructure with precision.
Build solid and surface 3D models with precision.
Take products from concept to manufacturable design.
Model mechanical parts, assemblies, and tooling.
Create accurate 2D drawings and technical drafts.
Analyze stress, strain, and structural integrity.
Prepare and slice models for additive manufacturing.
Run and track the factory floor in real time.
Tell us what you need — we'll scope it honestly and show you the fastest path to production.