More than 5 years of experience in tent/steel structure design and production, familiar with core processes such as tent frame welding and tent fabric cutting and splicing; Master CAD and other design software, able to optimize tent structure, solve problems such as dimensional deviation and installation adaptation in production; Understand the characteristics of materials such as aluminum alloy and PVC tarpaulin, and be able to select materials according to the scene and control costs; Have experience in process standardization, able to develop SOPs, improve production efficiency and product quality stability; Ability to solve problems and quickly handle process failures during production and installation.

Tent industrial engineers require 5 years of practical experience in the tent industry, with a focus on optimizing the entire production chain and controlling efficiency and costs. Familiar with the entire process of framework manufacturing (cutting, welding), tarpaulin processing (cutting, heat sealing), and finished product assembly, with optimization process cases such as adjusting processes or layouts to shorten cycles and reduce costs by 5% -8%. To be able to plan production capacity, develop flexible solutions based on order fluctuations, analyze equipment OEE, and reduce downtime; Understand the use of lean tools (5S, value stream mapping) to eliminate waste and improve per capita efficiency. We also need to deal with the conflict between quality and efficiency, such as solving the problem of tarpaulin leakage without slowing down the pace, using MES system data for decision-making, understanding the demand for different scenarios of tarpaulins, and responding to industry production during peak and off peak seasons.

Tent structural engineers require 5 years of relevant experience, with the core being to ensure the safety and adaptability of tent structures. Be familiar with frame type, tensioned membrane type and other tent structures, able to independently conduct stress analysis (wind resistance, snow accumulation, earthquake resistance), and have cases of using software such as ANSYS and SolidWorks to verify structural stability. Proficient in the material characteristics of aluminum, tarpaulin, connectors, etc., able to select according to the scenario (storage, emergency, etc.), and solve structural problems such as frame deformation and tarpaulin tearing. I also need to understand industry standards (ISO, GB/T), participate in the entire process from structural design to implementation, be able to connect with production optimization design, ensure that the plan can be implemented and the cost is controllable.

The core of SE Structural Engineer (System Engineering Direction Structural Engineer) is to start from the "overall system" and connect tent structure design, production, and application, requiring 5 years of cross link experience, rather than focusing solely on technical design. Proficient in tent structure (frame/membrane structure), able to conduct stress analysis such as wind resistance and load-bearing, and understand production processes (aluminum processing, tarpaulin heat sealing) to avoid disconnection between design and production line; Coordinate multiple departments, such as coordinating with industrial engineers to optimize structural manufacturability, or collaborating with FQC to clarify quality inspection standards. Also need to understand cost estimation and control material and processing costs under the premise of structural safety; Understand the application scenarios of tents (warehousing/emergency), ensure structural compatibility with system requirements, and promote full process collaboration from design to implementation.