Laser radar and wind-sensing instrumentation for environmental monitoring
青岛华航环境科技 designs and manufactures laser radar (lidar) systems for wind measurement and environmental applications. The engineering-dominant org (13 of 15 staff) is deep in algorithm development—Doppler inversion, deep learning neural networks, laser radar product design—supported by a Python + MATLAB + C# stack typical of embedded systems and scientific computing. Active projects span hardware (high-speed PCB design, EMC resolution) and software (algorithm integration, inversion pipelines), suggesting a vertically integrated hardware-software business rather than pure software.
青岛华航环境科技, based in Qingdao, Shandong, builds laser wind radar systems for environmental monitoring and measurement applications. The company operates across hardware design (PCB, optical/RF components via Altium Designer and Zemax), embedded software (Embedded Linux, C#, .NET), and algorithm development (MATLAB, Python for inversion and neural-network modeling). Internal challenges include EMC compliance on high-speed boards, signal integrity, production quality, and process standardization. The product roadmap includes laser radar upgrades, application-specific solutions, and industry event participation.
The company uses 用友 and SAP for enterprise systems, MATLAB and Python for algorithm and simulation work, Altium Designer and Zemax for hardware design, C# and .NET for embedded software, Git and Subversion for version control, and Visual Studio for development.
Primary projects include laser wind radar product design and upgrades, Doppler wind lidar inversion algorithm development, deep learning neural networks, high-speed PCB design, EMC issue resolution, and algorithm integration and testing.
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