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Frontier Technology R&D Collaboration in Higher Education — Background of Cooperation with Northwestern Polytechnical University
Northwestern Polytechnical University ranks among the nation’s leading institutions in research across aerospace, marine engineering, and other fields. Its “Deep-Sea Intelligent Vehicle Navigation and Observation System” project aims to overcome core technological bottlenecks in deep-sea intelligent equipment, placing stringent demands on the miniaturization, high precision, and low power consumption of supporting electronic devices. Leveraging its innovative capabilities in products such as underwater cameras and underwater lighting, Hesi Technology has become a key supplier for this project.
Scope of Cooperation
In response to the project’s requirements for miniaturization and intelligent development, Hesi Technology has provided an integrated solution for underwater observation and auxiliary equipment. The customized underwater camera employs a miniature high-definition sensor, offering a compact form factor and high imaging accuracy, enabling real-time capture of environmental data around the underwater vehicle. The underwater lighting fixture utilizes a low-power LED light source with adjustable illumination intensity, ensuring optimal lighting while reducing energy consumption. The accompanying waterproof connectors facilitate compact inter-device connections, saving installation space. Furthermore, the company’s technical team collaborates closely with university research groups, continuously refining the product’s power consumption and performance parameters based on experimental feedback, thereby helping the project overcome key technical challenges.
Collaborative Outcomes
The products provided by Hesi Technology effectively meet the lightweight and high-precision requirements of deep-sea autonomous vehicles, significantly enhancing the stability of navigation and observation systems as well as data accuracy, thereby accelerating the project’s R&D progress. Relevant technological achievements have been patented through multiple invention patents and have been successfully applied to the development of prototype deep-sea scientific research vehicles. Building on this successful collaboration, the two parties have established a joint industry–university–research laboratory and will continue to cooperate in areas such as technological innovation and the commercialization of results for underwater intelligent electronic devices, achieving complementary resource utilization and mutual benefit between academia and industry.
Recommended Products
Recommended Products
This product is an underwater camera with CVBS analog video output, featuring a high-sensitivity imaging sensor that delivers clear, stable real-time footage even in low-light conditions. Its robust, compact metal housing offers excellent water tightness and corrosion resistance, making it ideal for applications such as underwater exploration, aquaculture, subaquatic construction, river and lake channel monitoring, pool security, and dive‑assisted observation. The dedicated green transmission cable combines flexibility with superior tensile strength, ensuring reliable performance in complex underwater cabling environments. With versatile mounting options, the system can be integrated with underwater probes, cable‑reel units, or monitoring displays, providing users with an intuitive and dependable underwater visual solution.
