Insufficient Transparency in Requirements Management:
The lack of a clear process for collecting, organizing, and tracking project requirements leads to frequent and difficult-to-trace requirement changes, impacting overall project planning and execution efficiency.
Insufficient Timeliness in Project Schedule Management:
Untimely project progress tracking and the lack of real-time monitoring and early warning mechanisms increase the risk of project delays and make it difficult to meet customer delivery requirements.
Disorganized Version Management of Documents and Drawings:
The lack of standardized version management for documents and drawings makes it difficult to identify differences between versions, easily leading to the use of incorrect versions in production or delivery, causing quality issues.
The paper-based review process is cumbersome and difficult to track:
The paper-based review document circulation is inefficient, making it difficult to record review opinions and follow up on rectification in real time, affecting project decision-making efficiency.
Difficulty in sharing product data:
Data is scattered across different departments and individuals, lacking a unified sharing platform, resulting in severe information silos and affecting team collaboration efficiency.
Disorganized EC changes and inability to accumulate knowledge:
The lack of standardized processes for Engineering Change (EC) management and unclear change records prevent the effective accumulation and transfer of knowledge, affecting the reference and optimization of subsequent projects.
Outputs are not linked to project work:
Project deliverables lack effective linkage with specific work tasks, making it difficult to trace task execution and deliverable ownership, impacting project management and performance evaluation.
Disorganized access control, prone to data leakage:
Inadequate data access control leads to a lack of effective control over data access and operations, posing a risk of data leakage and misuse.
1. Project Management Optimization
Project Department: By introducing an advanced project management system, projects can be quickly established and comprehensive control over schedules, resources, costs, and risks can be achieved, ensuring on-time project delivery.
R&D Department: Optimize R&D processes, produce high-quality diagrams and documents, and establish necessary connections to improve R&D efficiency and collaboration capabilities.
Business and Marketing: Establish an efficient feedback mechanism to quickly respond to product issues, while facilitating access to new product information and improving customer satisfaction.
2. Data Management and Collaboration
Collaborative Development of Diagrams and Documents: Enable departments to quickly retrieve the latest version of product data from the system, ensuring information consistency and accuracy.
Materials and BOM Management: Optimize the creation, maintenance, and modification processes of the Bill of Materials (BOM) through systematic management, ensuring data timeliness and accuracy.
Change Management: Standardize the Engineering Change (EC) process, quickly respond to product change requests, track review progress, and prevent knowledge loss.
3. System Optimization and Function Expansion
System Operation and Optimization: Continuously optimize existing systems to improve their stability, usability, and scalability, ensuring the smooth progress of enterprise digital transformation.
Function Expansion: Gradually expand system functions according to business needs, such as integrating with factory production systems to streamline the entire data flow from operation to delivery.
4. Digital Transformation and Business Empowerment
Streamlining Data Flow: Achieve seamless data transfer from R&D to production through the integration of the PLM system with ERP, MES, and other systems, enhancing the interconnectivity of upstream and downstream businesses.
Enhancing Industry Competitiveness: Leverage digital means to further expand into markets such as new energy and automotive industries, providing customized, high-precision logistics vehicle solutions.
Customer Benefits:
**Engineering Efficiency Improvement**
1. R&D and Design Efficiency: By introducing a PLM system, centralized management and efficient collaboration of product data are achieved. The R&D department can quickly produce high-quality drawings and documents and establish necessary connections, significantly improving design efficiency.
2. Project Management Optimization: Project departments can quickly establish projects and comprehensively control schedules, resources, costs, and risks, ensuring on-time project delivery and reducing cost increases due to schedule delays.
3. Data Management and Collaboration: Departments can quickly query the latest version of product data from the system, ensuring information consistency and accuracy, and reducing errors and rework caused by version inconsistencies. 4. Change Management Optimization: Standardize Engineering Change (EC) processes, quickly respond to product change requests and track review progress, prevent knowledge loss, and improve overall project efficiency. 5. Technological Innovation Empowerment: Leveraging innovative achievements such as FOSB integrated molding technology, significantly improve product positioning accuracy and transportation stability, optimize production processes, reduce assembly steps, and further improve production efficiency. 1. Cost Savings and Efficiency Improvement: Through digital transformation and system optimization, reduce manpower, material, and time costs. For example, CIMC Group has saved 20% on annual maintenance costs through full cloud adoption. Standardized management reduces production waste caused by data chaos, version errors, etc., and improves overall operational efficiency. 2. Return on Investment and Payback Period: After system implementation, enterprises can quickly achieve project delivery and business growth, significantly shortening the return on investment period. For example, CIMC Liangcai implemented a PLM system, achieving interconnectivity between upstream and downstream businesses and improving overall operational efficiency. Innovative technologies such as FOSB integrated molding technology not only increase product added value but also reduce transportation losses, further enhancing the company's profitability. 3. Long-Term Benefits and Market Competitiveness: Digital transformation drives enterprises towards intelligent and efficient development, enhancing their market competitiveness and customer satisfaction. Through continuous optimization of system functions and business processes, enterprises can better respond to market changes and achieve long-term stable revenue growth.
