Optical system design and simulation for semiconductor and microscopy applications
北京兆维科技is an engineering-focused firm (17 of 22 staff) building optical systems and deep-UV microscopy tools using simulation software (Zemax, COMSOL, Ansys) paired with GPU-accelerated image processing (TensorFlow, PyTorch, OpenCV). The project list—optical alignment, component selection, high-throughput data processing—maps directly to their stated pain points (optical calibration, large-capacity detection computing), suggesting they're solving real manufacturing and quality-control bottlenecks rather than pursuing exploratory research.
北京兆维科技designs and develops optical systems for semiconductor inspection and deep-UV microscopy applications. The company operates out of Beijing with a small, mid-to-senior engineering team (11–50 employees total, majority IC-side) and handles the full stack from simulation (optical design tools, FEA) through GPU-accelerated algorithm development (image processing, defect detection). Projects span optical component selection, system calibration, and integration testing. Current challenges include industrializing optical inspection equipment and scaling data-processing pipelines for high-throughput detection.
The stack includes Zemax (optical design), COMSOL (multiphysics), Ansys (FEA), SolidWorks (CAD), and AutoCAD. These are paired with Python, C#/.NET, and GPU frameworks (CUDA, OpenCL) for algorithm development.
Active projects include deep-UV microscopy system design, optical component selection and simulation, OPC data file simulation, high-throughput image algorithm processing, and optical module assembly and integration testing.
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