Engineering

Key Responsibilities：

1. Responsible for the design and optimization of complete industrial compressor units, including centrifugal and axial-flow compressors, covering process flow, aerodynamic performance, structural layout, and material selection.

2. Provide customized technical solutions based on customer requirements (e.g., petrochemical, natural gas transmission, air separation), and prepare technical proposals and feasibility reports.

3. Lead technical communication with customers to define performance parameters (pressure, flow rate, efficiency, etc.) and special requirements (explosion-proof, corrosion-resistant, low-noise, etc.).

4. Collaborate with mechanical design, electrical control, and process production teams to ensure the feasibility and implementation of solutions.

5. Apply CFD and FEA tools for fluid mechanics, thermodynamics, and rotor dynamics analysis to optimize unit performance and reliability.

6. Participate in prototype testing, on-site commissioning, and fault diagnosis, and provide technical improvement recommendations.

7. Keep track of domestic and international compressor technology trends and promote the adoption of new technologies (e.g., intelligent condition monitoring, energy-saving design).

8. Complete other tasks assigned by superior leaders.

Qualifications:

1. Bachelor's degree or above, majored in Mechanical Design, Fluid Machinery, Power Engineering, Process Equipment and Control, or other related disciplines.

2. At least 3 years of technical R&D or solution design experience in the industrial compressor industry (covering centrifugal, axial-flow and other types); experience in new product development or projects in petrochemical, natural gas, air separation and other fields is preferred.

3. Familiar with compressor product structure, working principles, manufacturing processes, and testing standards; able to independently complete complete-unit solution design and resolve technical issues during project execution.

4. Proficient in compressor complete-unit solution design methodology, including process flow, aerodynamic performance matching, structural layout, and material selection; capable of preparing technical proposals and feasibility reports.

5. Solid foundation in fluid mechanics, thermodynamics, and mechanical design; experienced in using CFD and FEA tools for unit performance and reliability analysis.

6. Proficient in CAD, UG 3D modeling tools, able to read compressor assembly drawings and part drawings and conduct solution verification.

7. Possess strong cross-departmental collaboration capabilities, and can effectively promote the mechanical design, electrical control, process production and other departments to implement the solutions.