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 IE industrial engineers need to combine "basic qualifications+professional certification+skill certificates", with the core being to demonstrate their ability to optimize production and control efficiency.

In terms of education, a college degree or above in industrial engineering, mechanical engineering, or related majors is required to establish a theoretical foundation for IE. Priority should be given to professional certifications, such as Certified Industrial Engineer (CIE) or Six Sigma Green/Black Belt, which demonstrate process optimization and data analysis capabilities; Familiar with ISO 9001/14001 system certification to ensure production compliance. In terms of skills and qualifications, it is necessary to be able to operate software such as CAD and Process Simulate, and have experience in using ERP/MES systems. Some companies require holding a safety production administrator certificate to ensure that safety is taken into account in production optimization.

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 tent ME structural engineer needs to combine "educational background+professional certification+skill certificate", with the core being to prove the dual ability of structural design and production implementation.

A college degree or above in mechanical design, civil engineering, or related fields is required to establish a theoretical foundation in structure and manufacturing. Priority is given to professional certification, such as the title of Mechanical Engineer (intermediate or above), SolidWorks Certified Expert (CSWP), or certification through ANSYS Structural Analysis, demonstrating structural design and simulation capabilities; Familiar with industry standard certifications such as ISO 4892 (weather resistance) to ensure design compliance. Skills are required to be able to operate software such as CAD and ANSYS. Some companies require certificates related to welding processes to facilitate the optimization of structural processes in the production end.

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.

Tent SE structural engineers need to have "educational background+professional certification+cross domain skills certificate", with the core being to demonstrate their structural design and full process collaboration ability under systematic thinking.

A bachelor's degree or above in civil engineering, mechanical design, or related fields is required to establish a theoretical foundation in structural and systems engineering. Priority should be given to professional certifications, such as Registered Structural Engineer, SolidWorks Advanced Certification (CSWE), or ANSYS System Simulation Certification, which demonstrate the ability to analyze structures and optimize systems; Familiar with ISO 12215 (Tent Structure Standard) and other certifications to ensure design compliance. Skills require proof of software operation ability such as CAD/ANSYS, and some companies require project management related certificates (such as PMP) to facilitate cross link collaboration in design, production, and quality inspection.

The quality inspection of incoming materials requires 5 years of relevant experience, with the core being precise control of raw material quality and interception of non-conforming products.

Be familiar with material characteristics (such as tent aluminum, tarpaulin, connectors), master sampling standards (AQL), be able to operate testing tools such as calipers and tensiometers, and test indicators such as size, strength, and waterproofing according to standards.

Need to understand the incoming inspection process (receiving → sampling → testing → judgment → recording), be able to identify common quality issues (such as aluminum deformation, tarpaulin defects), be able to issue inspection reports and promote the handling of non-conforming products (return/exchange).

Also need to have communication and coordination skills, connect procurement and suppliers, and provide feedback on quality issues; Understand industry standards (such as the GB/T standard for tent materials) to ensure that incoming materials meet production and product safety requirements.

The quality inspection of tent IQC incoming materials requires "basic qualifications+professional skills certificates", and the core is to prove the ability to control the quality of raw materials.

College degree or above is required, with priority given to majors related to materials and machinery, laying a foundation for understanding material characteristics. In terms of professional qualifications, priority should be given to having a certificate of junior or above in quality engineering, or passing ISO 9001 internal auditor certification, familiar with quality system processes; Some companies require holding a metrologist certificate to ensure the standardized use of testing tools (calipers, tensiometers). Skills are required to be able to operate the testing equipment for core materials of tents (aluminum, PE/PVC tarpaulin, connectors), understand AQL sampling standards and industry standards for tent materials (such as GB/T 3190 aluminum standard), and have the ability to prepare basic quality inspection reports.

A tarpaulin process engineer requires 5 years of experience, with the core of controlling the entire tarpaulin processing process to ensure product performance and production efficiency.

To be proficient in tarpaulin processing techniques, such as cutting (CNC layout optimization), heat sealing (parameter debugging to prevent water leakage), sewing (matching stitch density with fabric), and be able to solve problems such as heat sealing glue opening and sewing jumpers.

Familiar with the material characteristics of tarpaulin (weather resistance and flame retardant indicators of PE/PVC), understand industry standards (such as GB/T 21661), and be able to adjust the process according to the scene (outdoor/storage); Can use CAD and other software to disassemble the pattern, connect design and production, reduce costs through process optimization (such as nested cutting), and cooperate with quality inspection to develop tarpaulin finished product testing standards (waterproof, tensile testing).

The tarpaulin process engineer requires "educational background+professional certification+skill certificates", with the core being to prove the ability to control the entire process of tarpaulin processing.

A college degree or above in polymer materials, textile engineering, or related fields is required to establish a theoretical foundation in tarpaulin materials and processes. Priority should be given to professional qualifications such as Chemical Engineer (Junior or above), Textile Craftsman Certification, or ISO 9001 Quality System Internal Auditor Certification to ensure process compliance; Some companies require certification for operating heat sealing/sewing equipment and familiarity with equipment parameter debugging. Skills required include the ability to operate CAD to disassemble tarpaulin patterns, mastery of PE/PVC tarpaulin cutting, heat sealing and other processes, understanding of GB/T 21661 tarpaulin standards, and the ability to analyze and optimize process problems.

Aluminum process engineers require 5 years of experience, with a core focus on controlling the entire aluminum processing process to ensure the accuracy and performance of components such as tent frames.

To be proficient in aluminum processing techniques, such as cutting, welding (argon arc welding), surface treatment (PE coating, anodizing), able to optimize process parameters (such as welding current, spraying temperature), and solve problems such as deformation and coating peeling.

Familiar with the characteristics of aluminum materials (such as strength differences between 6061 and 6063 grades), familiar with industry standards (GB/T 3190), and able to select based on the load-bearing and anti-corrosion requirements of tents; Can use CAD/SolidWorks to disassemble and process drawings, connect production and design, ensure that the process can be implemented, and at the same time reduce costs and improve efficiency through process optimization (such as reducing material waste).

Aluminum process engineers require "education+professional certification+skill certificates", with the core being to demonstrate their ability to control aluminum processing technology and solve problems.

Education requires a college degree or above in materials forming, mechanical engineering, or related fields, laying a theoretical foundation for the characteristics and processing of aluminum materials. Priority should be given to professional qualifications such as Material Engineer (Junior or above), Welding Engineer Certification (such as AWS CWI), or ISO 9001 Internal Auditor Certification to ensure process compliance; Some companies require a certificate of operation for CNC cutting equipment and familiarity with parameter debugging of processing equipment. Skills required include the ability to operate CAD/SolidWorks disassembly drawings, master aluminum cutting, welding, and surface treatment (PE coating) processes, understand the GB/T 3190 aluminum standard, and possess the ability to optimize processes and solve welding deformation problems。

Iron process engineers require 5 years of experience, with the core being to control the entire process of iron processing, ensuring the accuracy and durability of tent connectors, supports, and other products.

To be proficient in iron processing techniques such as stamping, welding (CO ₂ welding, argon arc welding), surface treatment (galvanizing, spraying), and be able to optimize process parameters (such as welding current, galvanizing temperature) to solve problems such as welding deformation and coating peeling.

Familiar with the material characteristics of iron parts (such as the strength difference between Q235 and Q355), understand industry standards (GB/T 700), and be able to select according to the load-bearing and anti-corrosion requirements of tents; Can use CAD/SolidWorks to disassemble and process drawings, connect production and design, reduce costs and improve efficiency through process optimization (such as optimizing stamping molds), and develop quality inspection standards (dimensional tolerances, rust resistance testing).

Tent iron processing engineers need to have "education+professional certification+skill certificates", with the core being to prove their ability in iron processing technology design and quality control.

Education requires a college degree or above in mechanical manufacturing, materials engineering, or related fields, laying a foundation in iron material (such as Q235) and processing theory. Priority should be given to professional qualifications such as welding engineer certification (such as AWS CWI, domestic welder senior certificate), material engineer (junior or above), or ISO 9001 internal auditor certification to ensure process compliance; Some companies require a certificate of operation for CNC stamping/cutting equipment and familiarity with equipment parameter debugging. Skills require the ability to operate CAD/SolidWorks disassembly drawings, master processes such as iron stamping, welding, and galvanizing, understand the GB/T 700 carbon steel standard, and have the ability to solve process problems such as welding deformation and coating peeling.

The FQC finished product quality inspection of tents requires 5 years of experience. The core is to comprehensively inspect the finished tents, intercept non-conforming products, and ensure delivery quality.

Familiarize oneself with the overall structure of the tent (frame, tarpaulin, connectors) and be able to test each item according to standards: frame installation accuracy (using calipers to measure gaps), tarpaulin sealing (rain testing), connector firmness (torque wrench verification), and identify issues such as deformation, water leakage, and looseness.

Need to understand the tent industry standards (ISO/GB/T), be able to fill out quality inspection reports, record issues, and promote rectification; Can connect production and after-sales, and provide feedback on common quality hazards (such as virtual welding at welding points); Understand the performance requirements of tents in different scenarios (storage/outdoor) to ensure that the finished products are suitable for the usage needs.

The FQC finished product quality inspection of tents requires "basic qualifications+professional skill certificates", with the core being the ability to verify the full dimensional quality of finished products.

College degree or above is required, with priority given to majors related to machinery and materials, laying a foundation in tent structure and material knowledge. Priority should be given to professional qualifications such as the Junior Certificate of Quality Engineer, ISO 9001 Internal Auditor Certification, and familiarity with quality control processes; Some enterprises require holding a metrological inspector certificate to ensure the standardized use of testing tools such as calipers and torque wrenches. In terms of skills, it is necessary to understand the industry standards for tents (such as ISO 12215), be able to operate rain testing equipment, torque meters, etc., have the ability to test key items such as frame accuracy and canopy sealing, and be able to prepare quality inspection reports, record problems, and promote rectification.

The manager of the finished tent accessory warehouse requires 5 years of experience, with the core of coordinating the entire process of accessory warehousing to ensure accurate inventory and efficient entry and exit.

Be familiar with tent accessories categories (connectors, screws, tent fabric fasteners, etc.), be able to plan warehouse layout (partitioned storage, flow line design), optimize inbound (acceptance shelving) and outbound (picking review) processes, and reduce errors and omissions.

Proficient in inventory management, using ERP/WMS systems to control inventory, establishing safety stock standards, and avoiding stockpiling or stockouts; Understand inventory counting (cycle counting, circulation counting) and solve the problem of discrepancies between accounts and reality; Can coordinate production and sales, ensure timely supply of accessories, and control warehousing costs (such as space utilization and labor efficiency).

The warehouse manager of tent WM needs to have "educational background+professional certification+management certificate", and the core is to prove the ability to coordinate the entire warehousing process and team management.

College degree or above is required, with priority given to majors such as logistics management and supply chain management, laying a theoretical foundation for warehouse operations. Priority should be given to intermediate logistics engineer certificate, warehouse administrator (senior) professional qualification certificate, or ISO 9001 internal auditor certification to ensure warehouse compliance; Some companies require familiarity with ERP/WMS system operation certification (such as SAP, UFIDA) to improve inventory control efficiency. In terms of skills, it is necessary to understand the characteristics of tent accessories (connectors, hardware), possess warehouse layout planning, inventory counting, cost control capabilities, and have team management experience to coordinate material supply and demand between production and sales.