Welcome to SolidWorks Synergy Studio — not merely a repository, but a reimagined ecosystem for 3D CAD collaboration, simulation orchestration, and design intelligence. Inspired by the robust foundation of SolidWorks software, this project transcends traditional CAD by weaving together parametric modeling, real-time simulation pipelines, and cloud-enabled product data management into a single, cohesive framework.

Imagine a workshop where every design decision is backed by instant computational feedback, where multilingual teams can co-create without friction, and where the barrier between concept and prototype dissolves into a seamless stream. This is the promise of Synergy Studio: a professional-grade environment for engineers and designers who refuse to compromise on precision or productivity.

In the world of mechanical design, the difference between a good product and a revolutionary one often lies in how well the tools adapt to human intuition. SolidWorks Synergy Studio was built on the premise that software should feel like an extension of the designer’s hand, not a hurdle to overcome. Every feature, from the responsive UI to the background simulation engine, is crafted to reduce cognitive load and amplify creative flow.

We believe that design software should be:

• Invisible in its complexity, visible in its results.
• Adaptive to workflows across industries and languages.
• Resilient enough to handle iterative exploration without penalty.

Unlike static geometry tools, Synergy Studio employs a living parameter engine that updates every dependent feature in real time. Change a dimension, and the entire assembly breathes with you — fillets, patterns, and constraints adjust automatically. This is not just undo/redo; this is fluid design thinking.

Engineering is a global conversation. Our built-in lingua-designa system allows the interface, documentation, and even feature names to switch dynamically between 12+ languages without breaking the model tree. Japanese tolerance notes, German simulation reports, French material libraries — all coexist in a single project file.

Why wait for separate FEA software? Integrated live physics preview lets you apply loads, materials, and thermal conditions to see deformation and stress heatmaps as you drag the slider. The solver uses adaptive mesh refinement, focusing computation where it matters — edges, holes, and contact surfaces.

Replace scattered spreadsheets with a context-aware bill of materials that tracks revision history, supplier links, and manufacturing notes. Each component carries its own digital twin, making version confusion a relic of the past.

Behind this repository is a commitment to uptime. Whether you are debugging a complex sweep or setting up a motion study, our support frameworks (included in the repo’s documentation) provide tiered help — from inline tooltips to diagnostic logs that explain why a constraint fails.

• A workstation with a dedicated GPU (NVIDIA RTX or AMD Radeon Pro recommended).
• Windows 10/11, Ubuntu 22.04+, or macOS Ventura+.
• 16 GB RAM minimum; 32 GB for complex assemblies.

The repository includes a pre-built launcher for all three major OS platforms. Upon first run, you will be guided through a workspace calibration wizard that adjusts grid spacing, unit systems, and UI density to match your screen and preferences.

To load an example project: navigate to examples/synergy_demo.sldprt and double-click. The interface will load a gearbox assembly with pre-applied loads and a material library in three languages.

Design a custom drone frame, simulate wind loads at 60 km/h, and export manufacturing drawings — all before lunch. The session saves a complete audit trail, so you can revisit decisions from three iterations ago.

Delegate sub-assemblies to teams in different time zones. The live merge functionality resolves conflicts in the sketch graph automatically, flagging only critical overlaps for human review.

Use the academic mode to restrict advanced solver features while teaching the fundamentals of constraint-based modeling. Student projects can be graded directly within the environment using the built-in annotation layer.

This project is distributed under the MIT License, a permissive open-source license that allows you to use, modify, and distribute the software freely, provided the original copyright notice is included. This ensures that SolidWorks Synergy Studio remains a community-driven tool without restrictive barriers.

View the full license text here: MIT License.

SolidWorks Synergy Studio is a professional toolkit intended for legitimate engineering and design purposes. The developers assume no liability for designs that fail due to improper application of simulation parameters or misuse of material data. Always validate critical components with physical testing.

This repository does not contain, endorse, or facilitate the use of unauthorized software activation methods. The "responsive UI," "multilingual support," and "24/7 customer support" features refer to the repository's built-in assistance guides, localized strings, and community forum responses — not to any third-party activation service.

We welcome contributions that respect the design philosophy: clarity over cleverness, robustness over speed-hacks. Please read our CONTRIBUTING.md (included in the .github folder) for style guidelines and commit conventions. All pull requests go through an automated build and a manual review by the core team.

• Q1 2026: Integration with additive manufacturing workflows (direct 3D printing slicing from the assembly tree).
• Q2 2026: On-premise collaboration server for air-gapped environments.
• Q3 2026: AI-assisted topology optimization suggestions based on load case history.
• Q4 2026: Full mobile viewer with annotation and approval capabilities.