Regenerative Closed-loop Management Engineer/Manager

CATL invites you to continue our legend of green energy.

CATL is a World Fortune 300 Company, a global leader who provides premier EV battery and energy storage battery for the world. CATL’s EV battery consumption volume has ranked No.1 in the world for seven consecutive years and global energy storage battery shipment has also ranked No.1 for four consecutive years.

Job Description:

‌1. Market Development and Customer Maintenance for Recycling: Responsible for market development of battery recycling business, including overall progress of power battery recycling projects, information acquisition, project promotion, execution, supervision, and review;

2. Customer Relationship Management: Maintain good communication with customers, regularly maintain customer relationships, collect and provide feedback on market information, and handle and resolve customer feedback issues;

3. Execution and supervision of the waste recycling plan: oversee the implementation of various aspects of the recycling plan to ensure that they are carried out in an orderly and effective manner;

4. Regeneration network construction;

5. Data Management and Analysis.

Job Requirement:

1.Bachelor's degree or above;

2.Major:Vehicle engineering, mechanical manufacturing and automation, electrical engineering, electrochemistry, applied chemistry, materials chemistry, physics, materials, metallurgy, environment;

3.Familiar with knowledge of lithium battery products and have certain renewable channel resources;Solid theoretical knowledge of chemistry and lithium battery reliability foundation;Familiar with the recycling channels and reuse processes of waste batteries;Have good learning and communication skills; Excellent business negotiation and adaptability;

4.Overseas project experience is preferred;

5.Have good English communication skills;

6.Familiar with the current situation and regulatory requirements of the overseas recycling market, and understand the application of old batteries in recycling, cascading utilization, and regeneration.