南京天洑软件有限公司 provides an integrated suite of domestically developed engineering simulation and optimization tools, including CFD, FEM, data modeling, and AI‑enhanced multi‑objective optimization. Built on a common industrial AI platform, the products offer guided interfaces, automated workflows, and seamless data exchange to help energy, automotive, aerospace, shipbuilding, and turbomachinery engineers accelerate design cycles and reduce licensing costs.
Funding
Funding not disclosed
Founders
Product
Problem
Many engineering firms rely on fragmented, foreign simulation and optimization tools that are costly, require extensive training, and lack seamless integration with industry-specific workflows. This hampers rapid product development and digital transformation across sectors such as energy, automotive, aerospace, and shipbuilding.
Solution
Njtf delivers a comprehensive suite of domestically developed software products that cover fluid dynamics, structural finite element analysis, data-driven modeling, and intelligent optimization. Each tool incorporates guided, wizard‑style interfaces and AI‑enhanced solvers to reduce setup time and improve solution accuracy. The products are built on a common industrial AI platform that enables data exchange, model reuse, and custom application development, allowing users to create end‑to‑end simulation and optimization pipelines without switching between disparate systems. By providing industry‑focused solution packages, Njtf helps customers accelerate design cycles, lower licensing costs, and achieve higher reliability in performance predictions.
Target Audience
Primary customers are engineering and R&D teams in energy generation, automotive manufacturing, aerospace, shipbuilding, and turbomachinery sectors that require integrated simulation, optimization, and AI‑driven analysis tools.
Features
- AICFD: intelligent CFD solver with automated mesh generation, real‑time simulation monitoring, and rotating‑machinery modules.
- AIFEM: high‑precision structural FEM solver with AI‑accelerated solution algorithms and industry‑specific templates.
- AIPOD: multi‑objective optimization engine with surrogate modeling, design of experiments, and cross‑platform integration.
- DTEmpower: zero‑code data modeling environment offering drag‑and‑drop workflow construction, advanced visualization, and mechanistic model coupling.
- TFIIF: industrial AI “digital base” providing unified knowledge management, graphical model building, and self‑learning inference engines.
- AITurbo, AIPump, AIFan, AIBlade, AIPIPE: specialized design modules for turbomachinery, pumps, fans, blades, and pipeline systems with parametric and reverse‑engineering capabilities.
- Seamless interoperability among all products through a common data format and API, enabling custom workflow automation and platform extensions.