🏢 Job Overview

Join our pioneering team to drive the future of industrial intelligence. We are seeking a passionate Automation Engineer to design, develop, and optimize next-generation smart control systems, transforming traditional industrial sites into autonomous, data-driven ecosystems.

📋 Key Responsibilities

• Smart Control System R&D: Design and implement intelligent control solutions to upgrade existing products towards digitalization and automation.
• PLC Programming & Commissioning: Develop, debug, and optimize PLC and related control system programs. Participate in joint system debugging, functional verification, and on-site commissioning.
• Data Acquisition & Integration: Collect and fuse multi-source sensor data (material level, pressure, vibration, flow, etc.) to assist in building equipment status monitoring and intelligent control models.
• Strategy Optimization: Optimize control logic and operational strategies based on real-world industrial conditions and operational data to improve system responsiveness and stability.
• Collaborative Platform Development: Collaborate with software development and system integration teams to build smart monitoring, remote O&M, and unmanned operation systems.
• Standardization & Iteration: Standardize control programs, data interfaces, and system applications to facilitate continuous upgrades and scalable replication.

🎓 Requirements

1. Education & Experience

• Bachelor’s degree or above in Automation Engineering or related fields.
• Open to both talented fresh graduates and experienced professionals (3+ years of industrial automation project experience is highly preferred).

2. Technical Skills

• Solid understanding of industrial automation system architecture and common control methods.
• Fundamental knowledge of industrial sensors, actuators, and control logic.

3. Intelligence System Insights

• Basic cognition of industrial data acquisition, system interlocking, and status monitoring.
• Strong logical analysis skills with the ability to participate in the optimization of intelligent control strategies.

4. Field Work & Adaptability

• Adaptable to typical industrial field environments such as mines, mineral processing plants, power plants, metallurgy, and chemical plants.
• Willingness to travel or reside on project sites periodically.

5. Soft Skills

• Strong learning agility, a passion for technical diving, and excellent cross-functional collaboration skills.
• Uncompromising commitment to system safety, reliability, and stability.