Yuzhuo Su

Directed Lumineq display sales initiatives in the Chinese market, managing strategies.

Supported end customers by providing technical assistance while maintaining distributor sales model.

Teamed with the Finnish group to test, maintain, and upgrade Rugged Displays for optimal performance.

Spearheaded technical collaboration with Chinese team and local clients on Transparent Displays.

Broadened business scale and partnerships in China, increasing market influence.

Directed Lumineq display sales within Chinese market, aiding company sales procedures.

Executed a distributor-based model to drive sales of Rugged Displays in China, offering technical support to end customers.

Worked with Finnish team on product testing, maintenance, and upgrades for Rugged Displays.

Directed technical efforts for Transparent Displays with the Chinese team, leading to automotive sector demonstrations.

Managed joint Finland-China efforts in testing and developing interlayer display technology with leading companies like Fuyao Glass.

• Recognized as the first inventor on multiple patents for electroluminescent display advancements.
• Worked on international business acquisitions for a China-Finland project team.
• Worked with Finnish teams to form a successful China-Finland partnership.
• Directed exploration and marketing efforts for thin-film electroluminescent display technology within China's railway, automotive, port, and industrial sectors.
• Formed key partnerships with top Chinese automotive companies including FAW, SAIC, BYD, and Geely.
• Oversaw product design, production, and environmental testing for displays at extreme conditions.
• Created remote information collection system demo with Arduino and LabVIEW for low-temperature environments.

• Achieved recognition by securing two patents as the initial inventor of advanced supercapacitor systems.
• Received a prestigious National Award from the China Port Association.
• Acknowledged as first contributor for achievements at Sifang Institute's Science and Technology Progress Award.
• Achieved recognition from CRRC Group for pioneering energy storage innovation.
• Expanded supercapacitor applications to port and heavy machinery.
• Directed the design of a supercapacitor energy recovery system for gantry cranes at Qingdao Dongjiakou Port.
• Created a remote monitoring system for supercapacitor modules, facilitating real-time data collection using PLC and 4G communication.

• Directed research on enhancing supercapacitor performance and module configuration.
• Collaborated with Maxwell to establish a regional 48V supercapacitor module manufacturing line.
• Increased project management efficiency by building an R&D team and instituting new documentation protocols.
• Created a significant number of supercapacitor modules exceeding 40 units used in various fields such as railways, wind energy projects, ports operations as well as the automotive and industrial sectors.

• Conducted comprehensive debugging of both static and dynamic components within the traction system during the Beijing Metro Line 13 localization.
• Designed IGBT double-pulse test system for enhancing converter dynamic attributes.
• Contributed to the CRH5 EMU localization project, managing auxiliary converter system debugging.
• Executed thorough testing on traction and auxiliary systems in Type 380 EMUs.
• Drafted and won project bid for Qingdao Blue Silicon Valley Line auxiliary systems.