Aviation and maritime support systems with CAD, simulation, and real-time control software
海丰通航 is a 44-person engineering organization in Beijing focused on aerospace and maritime logistics systems. The stack—CAD (CATIA, 3ds Max), physics simulation (ANSYS), game-engine rendering (Unreal Engine 5), and backend infrastructure (Spring, Redis, Elasticsearch, RabbitMQ)—reveals a business model built around design-heavy planning tools, equipment simulation, and control interfaces rather than pure services. The 24 engineers and mid-heavy seniority mix reflect active product development, not staff-augmentation consulting.
海丰通航 designs and delivers aerospace support systems, maritime equipment, and operational planning software. Their core capability spans mechanical design (CATIA, ANSYS for validation), real-time command and control interfaces (C++, Spring, Redis), and visualization tools powered by Unreal Engine 5. Active projects include shipborne underwater drone systems, aircraft repair workflows, logistics planning, and support-equipment lifecycle management. Hiring is minimal and concentrated in engineering; the organization operates as a product and systems integration business serving Chinese aviation and maritime operators.
Primary tools: CATIA and 3ds Max (CAD/design), ANSYS (physics simulation), Unreal Engine 5 (visualization), C++ and Java (backend), Spring Boot and MyBatis (application servers), Redis and Elasticsearch (data), RabbitMQ (messaging), Vue and JavaScript (UI).
Active projects include shipborne underwater drone systems, ship fuel supply design, aircraft support and repair workflows, aviation logistics planning, control interface optimization, and command dispatch technology research.
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