The team oversees the equipment's complete mechanical design, including pressure-resistant structures, sealing systems, buoyancy adjustment, flight-attitude mechanisms, industrial styling, assembly process development, component selection and verification, and assembly testing.

Leveraging seismic data from seabed nodes and ocean-bottom seismometers, the team performs data processing, inversion, 3D geological modeling, and structural interpretation. By integrating geoscience methods with artificial intelligence, we support offshore oil and gas exploration and evaluation.

The team specializes in deep-sea acoustic signal processing and navigation control, electronic hardware and embedded development, host-computer monitoring software, system integration testing, and calibration with error analysis. We support detection, positioning, and propulsion control for underwater equipment.

The team oversees the overall design and hydrodynamic optimization of deep-sea propellers, handles prototype fabrication, conducts open-water tank tests and full-system underwater propulsion trials, and supports propulsion system certification and iterative upgrades.