Overseas Network Engineer简历模板

During college, systematically studied professional courses such as computer networks, operating systems, and data structures, and mastered a solid theoretical foundation. Actively participated in various computer technology competitions organized by the school, such as the ACM Programming Contest, which exercised logical thinking and problem-solving abilities. Passed the CET-6 exam and has good English reading and writing skills, laying a language foundation for subsequent overseas work.

• Responsible for the network architecture design and optimization of the company's overseas branches, and formulated personalized network solutions according to the business needs of different regions. For example, for the complex network environment in Southeast Asia, a redundant backup network architecture was designed, reducing the network fault recovery time from an average of 2 hours to within 30 minutes.
• Closely collaborated with overseas teams to complete the selection, procurement, and deployment of network equipment. In the India project, compared the equipment performance and prices of multiple suppliers, and finally selected the equipment with the best cost performance, saving more than 20% of the procurement cost for the company.
• Continuously monitored the operation status of overseas networks, and timely handled network faults and security incidents. Established a 7*24-hour network monitoring mechanism, and through automated monitoring tools, obtained real-time data such as network traffic and equipment status. On average, more than 30 network faults were handled per month, ensuring the stable operation of overseas businesses.

• Led the company's overseas cloud data center network construction project, planned the network topology, designed VLAN division, IP address planning, etc. In the cloud data center project in a country in Africa, SDN (Software-Defined Networking) technology was used to achieve automated network management and flexible configuration, increasing network deployment efficiency by more than 30%.
• Responsible for formulating and implementing overseas network security strategies to resist various network attacks. Deployed security devices such as firewalls and intrusion detection systems, and regularly conducted security vulnerability scans and repairs. In the Middle East project, successfully resisted multiple DDoS attacks, ensuring the safe operation of the data center.
• Provided network technical support and training for overseas customers to improve customer satisfaction. In response to the needs of European customers for new network technologies, organized multiple technical trainings, such as SD-WAN technology training, enabling customers to better understand and use the company's network products and services, and improving customer satisfaction to over 95%.

• Participated in the company's overseas 5G network pilot project, responsible for network testing and optimization. In the pilot project in a city in Southeast Asia, tested indicators such as 5G base station signal coverage and transmission rate, and collected and analyzed a large amount of data. For the signal blind area problem found in the test, adjusted the base station location and transmission power, increasing the 5G signal coverage rate in the area from 80% to over 95%, and increasing the average user download rate from 100Mbps to 300Mbps.
• Cooperated with the R & D team to optimize the QoS (Quality of Service) mechanism of the 5G network. According to the needs of different business types (such as video streaming, real-time games), formulated differentiated QoS strategies to ensure the network quality of key businesses. In the pilot project, the video streaming business stuttering rate was reduced to less than 5%, and the delay of real-time game business was stabilized within 50ms.

• Led the company's overseas enterprise private network project, providing customized network solutions for multinational enterprises. In the private network project of a European automobile manufacturing enterprise, deeply understood the customer's production process, office needs, etc., and designed a network architecture including multiple subnets such as the enterprise intranet, production network, and video conference network. Adopted MPLS VPN technology to achieve secure and efficient communication between different branches of the enterprise. Able to design complex MPLS VPN topologies according to customer needs, handle VPN routing, label allocation, etc., and ensure the stable operation of the enterprise private network.
• Responsible for the overall implementation and delivery of the project, coordinated various resources to ensure the project progressed as planned. During the project implementation process, identified and solved problems such as equipment compatibility and network docking in advance, enabling the project to be delivered 1 month ahead of schedule. After project delivery, the customer's network operated stably, meeting the enterprise's global office and production network needs, and received high praise from the customer.