Project management method and system based on process type in explosive field

Abstract

The invention relates to a project management method and system based on a flow type in the field of explosives and powders, and belongs to the technical field of project data processing. The method comprises the following steps: acquiring project declaration data through a declaration platform, and performing project approval management on the approved project declaration data to obtain a project development task book; obtaining an explosive and powder field project flow, and constructing a project management level according to the explosive and powder field project flow; scheme design, safety review, primary test trial production, process safety review, test analysis and formula technology identification are carried out according to a project development task book, project implementation supervision dynamic management is carried out on a project passing review, and project progress management and project cost control management are dynamically controlled by constructing a data updating unit. And the controllability and manageability of the operation process of the core business process are enhanced.

Description

Technical Field

[0001] The invention belongs to the technical field of project data processing, and in particular relates to a process-based project management method and system in the field of explosives and firearms. Background Art

[0002] In the actual production and operation process in the industrial field, the current information system cannot fully support production operations and enterprise management. This is mainly reflected in the fact that the master data business rules have not yet formed a systematic framework and rules in the management and control process. Data is managed in a decentralized manner, the sources are inconsistent, the internal operation subsystems are independent of each other, and the data are isolated from each other. Different systems have incompatible personnel management systems, organizational structures, and data standard systems. Data cannot be managed in a unified manner, which has caused great difficulties for the effective use of data. The data deposited in each system cannot become data assets, and the data cannot be effectively integrated.

[0003] Traditional project management methods mostly use offline paper documents for approval and circulation from project establishment, execution to final acceptance. Process documents are difficult to classify and organize, making it difficult to achieve informatization and comprehensiveness of project management. Project management is also relatively extensive, and there are many types of projects. In terms of project fund management, since there is no data information association between projects, contracts, fund payment status, etc., and the project progress information is not fed back in time, the project progress cannot be monitored in real time and the project cost cannot be accurately controlled. Summary of the invention

[0004] In order to solve the above problems existing in the prior art, the present invention provides a process-based project management method and system in the field of explosives and firearms.

[0005] The purpose of the present invention can be achieved through the following technical solutions:

[0006] The first aspect of the present invention is a process-based project management method in the field of explosives and firearms. The specific management method is as follows:

[0007] S1: Obtain project application data, and manage the project application data to obtain a project development task book;

[0008] S2: Obtain the project process in the field of explosives and propellants, and construct a project management hierarchy based on the project process in the field of explosives and propellants, wherein the project management hierarchy includes a project research end, a scientific and technological information management end, and an institute review end; the project research end performs a scheme design according to the project development task book and sends the scheme design information to the scientific and technological information management end through a design approval process. If the design approval process is passed, the project research end sends safety review information to the scientific and technological information management end through a review process; the scientific and technological information management end performs a safety management analysis on the safety review information, and feeds back the safety review results to the project research end through the review process;

[0009] S3: If the safety review result is passed, the project research end sends a primary test and trial production application to the science and technology information end through the application approval process. If the primary test and trial production application is passed, the project research end drives the test process to perform a primary batch test, collects the data recorded during the test execution according to the equipment management subsystem and generates a primary test result. The project research end sends the primary test result to the science and technology information management end through the review process. The science and technology information management end performs a process safety review and analysis on the primary test result and feeds back the process safety review result to the project research end through the review process.

[0010] S4: If the result of the process safety review is passed, the project research end sends a test and trial production application to the science and technology information end through the application approval process. If the test and trial production application is passed, the project research end sends an appraisal plan application to the research institute review end through the application approval process. After the appraisal plan application is passed, the science and technology information management end conducts an appraisal review based on the appraisal plan application to generate an appraisal plan, and sends it to the research institute review end through the application approval process; after the appraisal plan is passed, the appraisal plan is sent to the project research end through the decision-making issuance process, and the project research end generates an appraisal test outline based on the appraisal plan, and conducts a factory-level review based on the appraisal test outline;

[0011] S5: Dynamically manage the project implementation supervision of the project that has passed the factory-level review, and dynamically control the project progress management and project cost control management in the dynamic management of project implementation supervision by constructing a data update unit.

[0012] Specifically, the factory-level review method is:

[0013] The project research and development end sends the identification test outline to the scientific and technological information management end through the review process. After receiving the identification test outline, the scientific and technological information management end submits an identification review request to the research institute review end through the review process. After the research institute review end passes the identification review request, it feeds back the identification result to the project research and development end through the decision-making issuance process. After receiving the identification result, the project research and development end conducts tissue formula identification through the research institute review end, and feeds back the tissue formula identification result to the project research and development end.

[0014] Specifically, the data updating unit is used to set a data updating cycle and collect decision status change information, and adjust the schedule planning and cost budget according to the data updating cycle and decision status change information.

[0015] Specifically, the dynamic control method of the project progress management is: decompose the project construction period target and set the progress plan according to the construction site environment and economic and technical documents, calculate the sub-project quantities and duration according to the construction period target, and generate a draft progress plan according to the sub-project quantities and duration. If the draft progress plan is in line with the progress plan, the draft progress plan is implemented; if it does not meet the progress plan, the construction period target is re-decomposed; according to the data update cycle, the construction progress report in the master data system is regularly extracted; if the construction progress report is in line with the progress plan, the progress report analysis is performed and the project progress statistical report is generated, and the project progress statistical report is sent to the archive management subsystem for storage and management; if the construction progress report does not meet the progress plan, the draft progress plan is regenerated.

[0016] Specifically, the dynamic control method of the project cost control management is: confirm the target cost according to the organization's formula identification results and the pricing of the formula materials, set the cost budget, set the construction plan according to the target cost and the sub-item engineering quantity, and if the engineering cost of the construction plan is greater than the cost budget, reset the construction plan; if the engineering cost of the construction plan is less than or equal to the cost budget, decompose the cost plan according to the construction plan to obtain the single project target cost, obtain the actual engineering cost through the construction progress report, if the actual engineering cost is less than or equal to the target cost, send the actual engineering cost to the archive management subsystem for storage and management, and if the actual engineering cost is greater than the target cost, perform cost improvement and optimization based on the single project target cost and the actual engineering cost.

[0017] The second aspect of the present invention is a process-based project management system in the field of explosives and fire, comprising: a project application module, a project review module, a project test module, a test identification module, and a process optimization module;

[0018] The project application module is used to obtain project application data through the application platform, standardize the project application data and then conduct approval, and conduct project establishment management on the approved project application data to obtain a project development task book;

[0019] The project review module is used to obtain the project process in the field of explosives and propellants, and to construct a project management hierarchy according to the project process in the field of explosives and propellants, and the project management hierarchy includes a project research end, a scientific and technological information management end, and a research institute review end; the project research end performs a scheme design according to the project development task book and sends the scheme design information to the scientific and technological information management end through a design approval process. If the design approval process is passed, the project research end sends safety review information to the scientific and technological information management end through a review process; the scientific and technological information management end performs a safety management analysis on the safety review information, and feeds back the safety review results to the project research end through the review process;

[0020] The project test module is used to send a primary test and trial production application to the science and technology information end through an application approval process. If the primary test and trial production application is approved, the project research end drives the test process to perform a primary batch test, collects data recorded during the test execution according to the equipment management subsystem and generates a primary test result. The project research end sends the primary test result to the science and technology information management end through the review process. The science and technology information management end performs a process safety review and analysis on the primary test result and feeds back the process safety review result to the project research end through the review process.

[0021] The test identification module is used to send a test and trial production application to the science and technology information end through the application approval process. If the test and trial production application is approved, the project undertaking and research end sends an identification plan application to the research institute review end through the application approval process. After the identification plan application is approved, the science and technology information management end conducts an identification review based on the identification plan application to generate an identification plan, and sends it to the research institute review end through the application approval process; after the identification plan is approved, the identification plan is sent to the project undertaking and research end through the decision-making issuance process, and the project undertaking and research end generates an identification test outline based on the identification plan, and conducts a factory-level review based on the identification test outline;

[0022] The process optimization module is used to dynamically manage the project implementation supervision of the projects that have passed the factory-level review, and dynamically control the project progress management and project cost control management in the project implementation supervision dynamic management by constructing a data update unit.

[0023] The third aspect of the present invention is an electronic device, comprising: a memory storing executable program code, and a processor coupled to the memory; the processor calls the executable program code stored in the memory to execute the process-based project management method in the field of explosives and firearms disclosed in the first aspect of the present invention.

[0024] A fourth aspect of the present invention is a computer-readable storage medium storing a computer program, wherein the computer program enables a computer to execute the process-based project management method in the field of explosives and firearms disclosed in the first aspect of the present invention.

[0025] The beneficial effects of the present invention are:

[0026] Through a unified project application platform, applications for different project types are aggregated, and the data of the application projects is improved through project establishment management, so as to meet the management department's purpose of comprehensive supervision of data completeness during the project establishment process; by establishing business links between the project management system and other subsystems, optimizing business processes and data linkage, and solidifying system functions at the personnel operation level, the controllability and manageability of core business processes are enhanced during the operation of the core business processes, helping to realize enterprise informatization and refined management, deeply integrating information technology and practical applications, and realizing digital transformation and intelligent upgrading. BRIEF DESCRIPTION OF THE DRAWINGS

[0027] In order to facilitate understanding by those skilled in the art, the present invention is further described below with reference to the accompanying drawings.

[0028] Figure 1 The present invention is a flowchart of a process-based project management method in the field of explosives and firearms. DETAILED DESCRIPTION

[0029] In order to further explain the technical means and effects adopted by the present invention to achieve the predetermined invention purpose, the specific implementation methods, structures, features and effects of the present invention are described in detail below in conjunction with the accompanying drawings and preferred embodiments.

[0030] Example 1

[0031] like Figure 1 As shown, the embodiment of the present invention discloses a process-based project management method in the field of explosives and firearms, which specifically includes:

[0032] S1: Acquire project application data, standardize the project application data and then conduct approval, and conduct project establishment management on the approved project application data to obtain a project development task book;

[0033] S2: Obtain the project process in the field of explosives and propellants, and construct a project management hierarchy based on the project process in the field of explosives and propellants, wherein the project management hierarchy includes a project research end, a scientific and technological information management end, and an institute review end; the project research end performs a scheme design according to the project development task book and sends the scheme design information to the scientific and technological information management end through a design approval process. If the design approval process is passed, the project research end sends safety review information to the scientific and technological information management end through a review process; the scientific and technological information management end performs a safety management analysis on the safety review information, and feeds back the safety review results to the project research end through the review process;

[0034] S3: If the safety review result is passed, the project research end sends a primary test and trial production application to the science and technology information end through the application approval process. If the primary test and trial production application is passed, the project research end drives the test process to perform a primary batch test, collects the data recorded during the test execution according to the equipment management subsystem and generates a primary test result. The project research end sends the primary test result to the science and technology information management end through the review process. The science and technology information management end performs a process safety review and analysis on the primary test result and feeds back the process safety review result to the project research end through the review process.

[0035] S4: If the result of the process safety review is passed, the project research end sends a test and trial production application to the science and technology information end through the application approval process. If the test and trial production application is passed, the project research end sends an appraisal plan application to the research institute review end through the application approval process. After the appraisal plan application is passed, the science and technology information management end conducts an appraisal review based on the appraisal plan application to generate an appraisal plan, and sends it to the research institute review end through the application approval process; after the appraisal plan is passed, the appraisal plan is sent to the project research end through the decision-making issuance process, and the project research end generates an appraisal test outline based on the appraisal plan, and conducts a factory-level review based on the appraisal test outline;

[0036] S5: Dynamically manage the project implementation supervision of the project that has passed the factory-level review, and dynamically control the project progress management and project cost control management in the dynamic management of project implementation supervision by constructing a data update unit.

[0037] In this embodiment, the software adopts a service-oriented, modular and distributed architecture, uses Java as the main business development language, provides Linux environment compatibility and container management functions required by mainstream cloud platforms, and supports smooth module separation and reconstruction of the system scale from small to large. Based on the ERP control mechanism, the project is managed as the basic unit architecture, and the logistics, capital flow, and information flow are integrated through the workflow collaboration platform, including all project management data, providing project members with information on all aspects of the project, realizing information sharing, collaborative work, process control, real-time monitoring of the construction process, and real-time recording and updating of constantly changing content in the ERP platform, accurately reflecting the actual construction status on site, providing the latest engineering information to construction personnel, and ensuring that the construction process is implemented according to project goals.

[0038] Specifically, the factory-level review method is:

[0039] The project research and development end sends the identification test outline to the scientific and technological information management end through the review process. After receiving the identification test outline, the scientific and technological information management end submits an identification review request to the research institute review end through the review process. After the research institute review end passes the identification review request, it feeds back the identification result to the project research and development end through the decision-making issuance process. After receiving the identification result, the project research and development end conducts tissue formula identification through the research institute review end, and feeds back the tissue formula identification result to the project research and development end.

[0040] Specifically, the data updating unit is used to set a data updating cycle and collect decision status change information, and adjust the schedule planning and cost budget according to the data updating cycle and decision status change information.

[0041] Specifically, the dynamic control method of the project progress management is: decompose the project construction period target and set the progress plan according to the construction site environment and economic and technical documents, calculate the sub-project quantities and duration according to the construction period target, and generate a draft progress plan according to the sub-project quantities and duration. If the draft progress plan is in line with the progress plan, the draft progress plan is implemented; if it does not meet the progress plan, the construction period target is re-decomposed; according to the data update cycle, the construction progress report in the master data system is regularly extracted; if the construction progress report is in line with the progress plan, the progress report analysis is performed and the project progress statistical report is generated, and the project progress statistical report is sent to the archive management subsystem for storage and management; if the construction progress report does not meet the progress plan, the draft progress plan is regenerated.

[0042] Specifically, the dynamic control method of the project cost control management is: confirm the target cost according to the organization's formula identification results and the pricing of the formula materials, set the cost budget, set the construction plan according to the target cost and the sub-item engineering quantity, and if the engineering cost of the construction plan is greater than the cost budget, reset the construction plan; if the engineering cost of the construction plan is less than or equal to the cost budget, decompose the cost plan according to the construction plan to obtain the single project target cost, obtain the actual engineering cost through the construction progress report, if the actual engineering cost is less than or equal to the target cost, send the actual engineering cost to the archive management subsystem for storage and management, and if the actual engineering cost is greater than the target cost, perform cost improvement and optimization based on the single project target cost and the actual engineering cost.

[0043] Example 2

[0044] The embodiment of the present invention discloses a process-based project management system in the field of explosives, including: a project application module, a project review module, a project test module, a test identification module, and a process optimization module;

[0045] The project application module is used to obtain project application data through the application platform, standardize the project application data and then conduct approval, and conduct project establishment management on the approved project application data to obtain a project development task book;

[0046] The project review module is used to obtain the project process in the field of explosives and propellants, and to construct a project management hierarchy according to the project process in the field of explosives and propellants, and the project management hierarchy includes a project research end, a scientific and technological information management end, and a research institute review end; the project research end performs a scheme design according to the project development task book and sends the scheme design information to the scientific and technological information management end through a design approval process. If the design approval process is passed, the project research end sends safety review information to the scientific and technological information management end through a review process; the scientific and technological information management end performs a safety management analysis on the safety review information, and feeds back the safety review results to the project research end through the review process;

[0047] The project test module is used to send a primary test and trial production application to the science and technology information end through an application approval process. If the primary test and trial production application is approved, the project research end drives the test process to perform a primary batch test, collects data recorded during the test execution according to the equipment management subsystem and generates a primary test result. The project research end sends the primary test result to the science and technology information management end through the review process. The science and technology information management end performs a process safety review and analysis on the primary test result and feeds back the process safety review result to the project research end through the review process.

[0048] The test identification module is used to send a test and trial production application to the science and technology information end through the application approval process. If the test and trial production application is approved, the project undertaking and research end sends an identification plan application to the research institute review end through the application approval process. After the identification plan application is approved, the science and technology information management end conducts an identification review based on the identification plan application to generate an identification plan, and sends it to the research institute review end through the application approval process; after the identification plan is approved, the identification plan is sent to the project undertaking and research end through the decision-making issuance process, and the project undertaking and research end generates an identification test outline based on the identification plan, and conducts a factory-level review based on the identification test outline;

[0049] The process optimization module is used to dynamically manage the project implementation supervision of the projects that have passed the factory-level review, and dynamically control the project progress management and project cost control management in the project implementation supervision dynamic management by constructing a data update unit.

[0050] In this embodiment, the comprehensive management function of the project can be specifically divided into project budgeting: through the overall project budget submission for project budget management, and providing budget preparation, budget change and budget export functions for the management department; project planning: project planning mainly completes the project breakdown structure, organization breakdown results, multi-level schedule planning, mutual plan planning, design input, etc., and mainly provides professional planning functions for project managers and professional leaders; daily project: daily project management is mainly aimed at the project approval and execution stage. The main functions provided in the execution stage include: phased results management, review management, job conventions, working time management, reporting management, and change management; project implementation: providing project implementation management from coarse to fine for relevant managers at different levels, and the implementation scope includes: planned schedule, cost, resource load, quality status, and results delivery; project progress: supports the work progress of a single project, and can enter a single project, and go deep into the professional, task work package, and work item level by level through a variety of methods to understand Specific progress; it also supports monitoring of the overall progress of the project, comparing the planned time with the actual completion time, so that managers can grasp the progress of the design in the most intuitive way; Project contract: by querying the contract execution progress and contract payment status through the implementation of project contract management, the management department can meet the purpose of project contract management; Cost and expense: by real-time statistics and analysis of human cost and management cost, the purpose of cost monitoring can be met; Resource monitoring: by statistics and ranking of planned working hours and planned work tasks, the purpose of understanding the expected load of personnel can be achieved, and by filling in working hours and confirming working hours, the purpose of statistical ranking of each working hour can be achieved to understand the current load of personnel; Project review: by collecting basic quality data on review records and other aspects, the purpose of project review management can be achieved; Project closing: project evaluation, project completion summary; Archives management: automatically collect and archive various results of the project according to certain rules to form the company's own knowledge archive, laying a solid foundation for project knowledge accumulation and knowledge reuse. Integrated process-type production and manufacturing execution system integration in the field of explosives, push basic information such as process regulations and product formula bom, and obtain human resources employee information through the interface platform.

[0051] Example 3

[0052] An electronic device disclosed in an embodiment of the present invention comprises: a memory storing executable program code and a processor coupled to the memory; the processor calls the executable program code stored in the memory to execute the process-based project management method in the field of explosives and firearms disclosed in Embodiment 1 of the present invention.

[0053] Example 4

[0054] An embodiment of the present invention discloses a computer-readable storage medium, wherein the computer-readable storage medium stores a computer program, wherein the computer program enables a computer to execute the process-based project management method in the field of explosives and firearms disclosed in Embodiment 1 of the present invention.

Claims

1. A process-based project management method in the field of explosives, characterized by The specific management methods are as follows: S1: Obtain project application data, and manage the project application data to obtain a project development task book; S2: Obtain the project process in the field of explosives and propellants, and construct a project management hierarchy according to the project process in the field of explosives and propellants, wherein the project management hierarchy includes a project research end, a scientific and technological information management end, and an institute review end; the project research end performs a scheme design according to the project development task book and sends the scheme design information to the scientific and technological information management end through the design approval process. If the design approval process is passed, the project research end sends safety review information to the scientific and technological information management end through the review process; The scientific and technological information management end performs safety management analysis on the safety review information, and feeds back the safety review results to the project research end through the review process; S3: If the safety review result is passed, the project research end sends a primary test and trial production application to the science and technology information end through the application approval process. If the primary test and trial production application is passed, the project research end drives the test process to perform a primary batch test, collects the data recorded during the test execution according to the equipment management subsystem and generates a primary test result. The project research end sends the primary test result to the science and technology information management end through the review process. The science and technology information management end performs a process safety review and analysis on the primary test result and feeds back the process safety review result to the project research end through the review process. S4: If the result of the process safety review is passed, the project research end sends a test and trial production application to the science and technology information end through the application approval process. If the test and trial production application is passed, the project research end sends an appraisal plan application to the research institute review end through the application approval process. After the appraisal plan application is passed, the science and technology information management end conducts an appraisal review based on the appraisal plan application to generate an appraisal plan, and sends it to the research institute review end through the application approval process; after the appraisal plan is passed, the appraisal plan is sent to the project research end through the decision-making issuance process, and the project research end generates an appraisal test outline based on the appraisal plan, and conducts a factory-level review based on the appraisal test outline; S5: Dynamically manage the project implementation supervision of the project that has passed the factory-level review, and dynamically control the project progress management and project cost control management in the dynamic management of project implementation supervision by constructing a data update unit. The factory-level review method is: The project research and development end sends the identification test outline to the scientific and technological information management end through the review process. After receiving the identification test outline, the scientific and technological information management end submits an identification review request to the research institute review end through the review process. After the research institute review end passes the identification review request, it feeds back the identification result to the project research and development end through the decision-making issuance process. After receiving the identification result, the project research and development end conducts tissue formula identification through the research institute review end, and feeds back the tissue formula identification result to the project research and development end. The data updating unit is used to set a data updating cycle and collect decision status change information, and adjust the schedule planning and cost budget according to the data updating cycle and decision status change information. The dynamic control method of the project progress management is as follows: decompose the project duration target and set the progress plan according to the construction site environment and economic and technical documents, calculate the sub-item engineering quantities and duration according to the duration target, and generate a draft progress plan according to the sub-item engineering quantities and duration. If the draft progress plan conforms to the progress plan, implement the draft progress plan; if it does not conform to the progress plan, re-decompose the duration target; regularly extract the construction progress report in the master data system according to the data update cycle; if the construction progress report conforms to the progress plan, perform progress report analysis and generate a project progress statistical report; and send the project progress statistical report to the archive management subsystem for storage and management; if the construction progress report does not conform to the progress plan, regenerate the draft progress plan. The dynamic control method of the project cost control management is as follows: confirm the target cost according to the organization's formula identification results and the pricing of the formula materials, set a cost budget, set a construction plan according to the target cost and the sub-item engineering quantity, and if the engineering cost of the construction plan is greater than the cost budget, reset the construction plan; if the engineering cost of the construction plan is less than or equal to the cost budget, decompose the cost plan according to the construction plan to obtain the single project target cost, obtain the actual engineering cost through the construction progress report, and if the actual engineering cost is less than or equal to the target cost, send the actual engineering cost to the archive management subsystem for storage management; if the actual engineering cost is greater than the target cost, perform cost improvement and optimization based on the single project target cost and the actual engineering cost.

2. A process-based project management system in the field of explosives, characterized by: include: Project application module, project review module, project test module, test identification module, process optimization module; The project application module is used to obtain project application data through the application platform, standardize the project application data and then conduct approval, and conduct project establishment management on the approved project application data to obtain a project development task book; The project review module is used to obtain the project process in the field of explosives and propellants, and to construct a project management level according to the project process in the field of explosives and propellants, and the project management level includes a project research end, a scientific and technological information management end, and a research institute review end; the project research end performs a scheme design according to the project development task book and sends the scheme design information to the scientific and technological information management end through the design approval process. If the design approval process is passed, the project research end sends safety review information to the scientific and technological information management end through the review process; The scientific and technological information management end performs safety management analysis on the safety review information, and feeds back the safety review results to the project research end through the review process; The project test module is used to send a primary test and trial production application to the science and technology information end through an application approval process. If the primary test and trial production application is approved, the project research end drives the test process to perform a primary batch test, collects data recorded during the test execution according to the equipment management subsystem and generates a primary test result. The project research end sends the primary test result to the science and technology information management end through the review process. The science and technology information management end performs a process safety review and analysis on the primary test result and feeds back the process safety review result to the project research end through the review process. The test identification module is used to send a test and trial production application to the science and technology information end through the application approval process. If the test and trial production application is approved, the project undertaking and research end sends an identification plan application to the research institute review end through the application approval process. After the identification plan application is approved, the science and technology information management end conducts an identification review based on the identification plan application to generate an identification plan, and sends it to the research institute review end through the application approval process; after the identification plan is approved, the identification plan is sent to the project undertaking and research end through the decision-making issuance process, and the project undertaking and research end generates an identification test outline based on the identification plan, and conducts a factory-level review based on the identification test outline; The process optimization module is used to dynamically manage the project implementation supervision of the projects that have passed the factory-level review, and dynamically control the project progress management and project cost control management in the project implementation supervision dynamic management by constructing a data update unit.

3. An electronic device, characterized in that include: A memory storing executable program code, and a processor coupled to the memory; The processor calls the executable program code stored in the memory to execute the method according to claim 1.

4. A computer-readable storage medium, characterized in that: The computer-readable storage medium stores a computer program, wherein the computer program causes a computer to execute the method of claim 1 .

Images