Bas Engineer

Responsibilities

• Ensure the reliability of operational data integration from BMS/EPMS systems at overseas data centers.
• Organize local FM/FE teams in creating, spot-checking, and continuously updating CMDB topology diagrams.
• Organize local teams in surveying, integrating, governing, and optimizing EMS measurement points.
• Organize local FM/FE teams in alarm convergence, EOP integration, and the development and drills of emergency response execution strategies.
• Evaluate controls technology optimizations and develop standardized solutions for recurring issues.
• Conduct controls-specific risk inspections, change reviews, O&M optimization assessments, maintenance audits, and global unannounced site audits.
• Drive the deployment of key controls technologies across global data centers to ensure reliable automated control of equipment.
• Supervise suppliers' on-site change work and manage system deployment, commissioning, operation, optimization, and policy configuration.

Qualifications

• Bachelor's degree or above in Mechanical Engineering, Electrical Engineering, Automation, HVAC, Computer Science, or a related field.
• 5 years of work experience, including 3 years in data center O&M management or as a quality engineer.
• Familiar with controls system architecture and operating logic, with an understanding of logic optimization practices.
• Familiar with BMS/EPMS systems and infrastructure equipment; proficient in mainstream communication protocols (Modbus, BACnet, SNMP, MQTT, etc.).
• Capable of system deployment, commissioning, operation, optimization, and policy configuration; coding/scripting skills (Python/Shell, etc.) are a plus.
• Bilingual in Chinese and English, able to independently handle on-site technical communication overseas and write technical documentation in English.
• Strong cross-departmental, cross-team, and cross-cultural collaboration skills, with solid execution ability and a strong sense of responsibility.
• Work closely with local FM/FE teams to drive the implementation of IDC control systems, evolving from monitoring to automated control.