CONSTRUCTION OF ORGANIZATION COORDINATION NETWORK OF MAJOR SCIENTIFIC AND TECHNOLOGICAL PROJECTS Xin-wen He1, Ye Wang2, Guang-ming Hou3 1 School of Management, Minzu University of China, Beijing, China 2 Business School, Central South University, Changsha, China 3 School of Management and Economy, Beijing Institute of Technology, Beijing, China (10808040@bit.edu.cn) Abstract - Major scientific and technological project need many organizations to implement. In this paper, in order to deeply analyze the problem of organization coordination of major scientific and technological project, we use methods of systems engineering and project management, based on organization theory, coordination theory and network organization theory. We design three network models, including centralized network, adaptive network, distributed network, and discuss the process of management in organization coordination network of major scientific and technological projects. Finally, we analyze some characteristics of organization coordination network of major scientific and technological projects. Keywords - Major scientific and technological projects, Organization management mode, Organization coordination network I. INTRODUCTION Major scientific and technological projects need many organizations to implement. In order to achieve stated objectives, these organizations, under the guidance of the government, put the task coordination, product ordination and technology ordination together to form a complex and ordered network based on certain way linked, that is organization coordination network (OCN) of major scientific and technological project (MSTP). In this paper, for the reality of complex OCN, with the actual situation and needs of the organization management of MSTP in China, we use methods of systems engineering and project management, based on organization theory, coordination theory and network organization theory. We propose theoretical level organization coordination of MSTP. We design corresponding network model, which is significant for organization management of MSTP. II. Organization Coordination Network Models Construction Methods of Organization Coordination Network based on Task (Product) According to coordination theory and network organization theory [1,2], we use system decomposition integration and work breakdown structure technology, based on the methods of systems engineering and project management [3,4]. According to the organization management practices of domestic and international MSTP, focused on its objectives achieving, we construct the OCN of MSTP based on task. The immediate objective of MSTP is developing products that can meet certain pre-established goal and property. The product is very complex, including many components, which requires much research to test whether it is successful. The work assignments are very large. In the system engineering method, the extremely complex MSTP is known as “system”, that is an organic whole with specific functions combined with several components of interaction and interdependence. And this “system” itself is subordinate to a larger system[5,6]. For example, missile weapon system is one of the most complex development systems of modern MSTP. It relies on thousands of people working together to develop the result [4]. Hsue-Shen TSIEN believes that developing such a complex system faces the question:“ How to turn the general requirement of initial developing into specific work tasks of thousands of participants gradually. And how to integrate these tasks into an actual system of technically sound, economically viable, short development cycle and coordination operation. And also make it effectively subordinating a larger system.” Describing the problem in this way he intends to prompt that system view which should be used to analysis questions, while solution of solving problems is system project method. System project commonly uses the way of “V” type figure to describe the scope and the basic method of system project working. It emphasizes the demand driven. First we disintegrate and define top-down from the system, subsystem to components. Then we integrate and test bottom up from components, subsystem to system. Finally, we get an overall performance optimization to meet the full life cycle requirement system. It can be seen that the system gradual decomposition and comprehensive integration is just the method core of constructing OCN of MSTP[7][8]. Among project management methods, Work Breakdown Structure (WBS) targeted to deliverables should get a hierarchical structure after the implementation of work breakdown of the project teamwork aiming to achieve project objectives and create the necessary deliverables [2]. WBS determines the scope of the project and organizes them together orderly. WBS divides the project work into a number of small and manageable tasks, each dropping meaning more detailed description of the project work. In order to identify all the tasks of completing project work, WBS (and vocabulary) should divide the project needed completing according to deliverables structure of project, life cycle phase of project or use, into unit of work that is relatively independent, content single and easy to manage. In the US, according to management standards, any large products should establish WBS system and work out WBS dictionary, as the contact text to unified management framework of the ordering party and the contractor. It can be seen that WBS is the technology base of OCN of MSTP[9]. Whether the system engineering “V” chart or the project management WBS, they mainly describe the whole tasks focused on product development. And each of them is a hierarchical tree structure chart based on breakdown of products, as shown in Fig. 1. Each level of product breakdown structure diagram respectively represents system, partial system, subsystem, components and other development tasks. Focused on the need to manage product development a production tasks services to ensure the achievement, including integration and assembly, test and evaluation, data management and personal training, assurance facilities and equipment and so on [10]. For different systems, the content of product development task breakdown structure is different, but the form is parallel. And the part of management security is commonly used. Both the tasks of whole system design breakdown integration and management security and the tasks of each sub-item (often referred as work breakdown or work package) after breakdown require one specific unit (project team) in the organization of separate implementation to undertake. Link relationship among tasks determines the link of the collaborative of several specific units within the implementing organization, creating functional, project-based and matrix organization structure models that can reflect the relationship between project organization and functional department within implementing organization. Besides, it also determines the link relationship among a large number of implementing organization, creating the basic structure models of OCN of MSTP based on the whole WBS charter. Sys tem Partial System Subsystem Unit Unit Partial System Subsystem Unit Subsystem Unit Unit Subsystem Unit Unit Unit Fig.1. Simplified task decomposition structure model of system Model Construction of Organization Coordination Network Just as a MSTP does not only have one feasible WBS charter, the OCN of MSTP also has several structure models, which depends on the hierarchical tree model of WBS. And it is also affected by how many tasks taken on by implementing organization, namely affected by the number proportion of implementing organization of different tasks taken on by different task hierarchy, and it is also fundamentally constrained by the economic institutional environment of MSTP. The basic models of WBS can ensure that one task is only taken by one implementing organization and one implementing organization can take on several tasks. Under this assumption, we will undertake the implementing organization computing of different tasks across task-level to calculation according to the implementing of the last task-level. We consider several factors including the basic model of the WBS, task level, task number, implementing organization number of the same task-level, implementing organization proportion of different task-level and economic environment. We list three typical representative distribution of different tasks and basic models of OCN of MSTP under different economic system as follows: Centralized network. MSTP is integrated by whole systems decomposition. Partial system and subsystem development task are undertaken by a number of special units of a implementing organization (referred to system organizations). A small number of the bottom part development task is undertaken by other implementing organization (referred to component organization). MSTP is star shaped centralization structure model which regarded system organization as the core and component organization as the edge, Fig. 2. System Partial System U23 Partial System U22 Subsystem Subsystem U1 Subsystem Subsystem SystemOrganization U21 Unit Unit Unit Unit Unit Unit …… Unit Unit Organization Unit Fig.2. The simplified centralized model of OCN of MSTP Adaptive network. The whole system decomposition integration task of MSTP is undertaken by an implementing organization (referred to whole system organization).Partial system development task is undertaken by a large number of implementing organization (referred to partial system). A large number of subsystem development task is undertaken by few implementing organization (referred to subsystem organization). Numerous of bottom part development task is undertaken by lots of implementing organization (referred to component system). Thus the OCN of MSTP manifests as adaptive structure model of level shape, Fig. 3. U1 System Partial System Subsystem Unit Unit Unit U21 Partial System Subsystem single MSTP. Between the organizations by which several MSTPs are carried out at the same time, there is no complete continuous coordinated relationship. So, the SystemOrganization corresponding matrix structure is not within the scope of Partial System Organizationthis study. Subsystem Unit Unit U22 Unit SubsystemOrganization U31 Subsystem Unit Unit U41 U42 U43 U44 Professional Financial Logistics Se rvice Company Com pany Othe rs Unit Organization Fig.3. The adaptive model of OCN of MSTP Distributed network. The whole system decomposition integration task of MSTP is undertaken by a implementing organization. Every partial system development task is undertaken by each professional implementing organization. Each subsystem development task is also undertaken by special implementing organization. A large number of component development task is undertaken by professional implementing organization. Then the OCN of MSTP manifest as distributed structure model of level shape, Fig. 4. System HR Company MSTP 1 MSTP 2 Fig.5. Matrix structure of organization cluster. OCU UE Ui Ri1 Ri3 Ri2 LE Ui1 Ui2 Ui3 SystemOrganization U1 Fig.6. Basic structure unit diagram of OCN of MSTP Partial System Subsystem Partial System Subsystem Subsystem U21 U31 Subsystem U32 U41 U42 U43 U44 Unit Unit Unit Unit Unit Unit Unit Partial System Organization U22 U33 U34 U45 U46 U47 U48 SubsystemOrganization Unit Organization Unit Fig.4. The distributed model of OCN of MSTP OCN models of MSTP mainly include the above mentioned network models like centralized network, adaptive network and distributed network. If the number of implementary organizations, which have many tasklevels and undertake different work assignments in every task-level, is equal, the OCNs of MSTP may show a chain-type structure. Among varieties of open OCN models of MSTP, the independent implementary organization can not only undertake different work assignments in the same task-level, it can also take on tasks in different task-levels.(It would be better to decrease the number of the organizations which take on work assignment across multiple task-levels, or else the developed semi-finished products would turnover frequently and repeatedly among the implementary organizations and the cost and time would increase.) Between different organizations, there are not only formal collaborative chained relationships, but also the informal ones that do not aim at the MSTP. Between the various implementary organizations, the target flow, task flow, labor flow, product flow, capital flow, technology flow, time flow and information flow will move vertically and horizontally. In addition, sometimes, several MSTPs are put into effect simultaneously and a large number of implementary organizations outsource the common management services security business to professional service organizations or companies partly. In the above conditions, organization cluster shows a very complex matrix structure. The brief model is shown in Fig. 5. This paper analyzes the problem of organization coordination of The Formal Quantitative Description of Organization Coordination Network Model Whether centralized network, adaptive network, or distributed network, corresponding to levels type system task of MSTP, between a level of implementary organization and the next level, there is a monitoring and coordinated relationship. This relationship can finally be abstracted and shown in Fig. 6 which indicates the basic structure. Thus, it realizes the OCN structure of unified modeling. The OCN structure of MSTP is defined uniformly and formally as follows: OCU∷=(UE,LE,CR) UE∷=Ui,i∈{1,2,…,e} LE∷={Li |i∈{1,2,…,e1}} Li∷=Uj ,i∈{1,2,…,e1},j∈{1,2,…,e} CR∷={Ri |Ri: UE→Li,i∈{1,2,…,e1}} Ui∷=Ei| Di,i∈{1,2,…,e} Di∷={Ld |Ld∈Lj ,j∈{1,2,…,e1}},i∈{1, 2,…,e} In the above equation, OCU is the double-level basic structure set of OCN. UE is the upper implementary organization of the basic structure set. LE is the lower implementary organization of the basic structure set. CR reflects the relationship between the two levels of the implementary organization. Ei(i=0,1,…,e)means the implementary organization. Di(i=0,1,…,e)is the leadership decision-making group. Ui ( i = 0 , 1 , … , e ) refers to the relatively independent implementary organization. Ld means the main decision people who are chosen from the lower implementary organization. e refers to the total number of the implement organization in the network. e1 is the total number of the lower implement organization in the OCU. After the uniform and formal definition of the OCN structure of MSTP, we can build the tree structure of the OCN. (In order to standardize, according to the principles, we split the mesh structure form into a tree shape structure form.) Shown in Fig. 7, the formal description of the quantitative is as follows: OCN∷=(UE,LE,CR) UE∷=U LE∷={L} L∷=E| OCN CR∷={R|R: UE→L} U∷=E | D D∷={Ld |Ld∈L} Among the above equation, OCN is the built the OCN structure. Other definitions are as above. Thus, according to the above method, we can use these two kinds of basic structure form to construct other OCN model recursively. U1 U21 U31 U41 U42 P1 U22 U32 U43 U44 U33 U45 The Lif e Cycle of P roje ct U34 U46 P2 U47 U48 P3 Fig.7. Structure diagram of OCN of MSTP III. The characteristics of organization coordination network Systematicness: One of the features of system is the synergy of the subsystems, so that the overall effect is greater than the sum of the various subsystems. System approach is to determine and achieve the optimal target on the basis of analyzing the data, information and objective facts. Through system design and planning, to achieve identified goals, we should form a complete solution which includes the measures, steps and resources. During the program implementation process, the system management can improve the effectiveness. An organization coordination network of MSTP is a collaborative system. Interrelated processes will be confirmed as a system to understand and manage. It may help improve management efficiency and achieve the goal of the project. Coordination: Major scientific and technological project itself is a system. Each implementation process and different management process is also a system. In the actual management process, we should analyze the relationship between the work links overall and should balance the various stakeholder interests adequately. We had better give full consideration to the synergies between various departments and implementary organizations, so that Major scientific and technological project can develop orderly, coordinately and efficiently. Motivation: Implementary organization is the key node of organization coordination network of MSTP. The effective management about organization coordination network of MSTP requires not only the highest organizers of the correct orientation, but also depends on the whole implementary organization's active participation. So, to deal with implementary organization, we should take effective incentives to stimulate the enthusiasm and social responsibility of it. We need to focus on the strong professional disciplines constitute of implementary organization. Besides, we had better enhance the spiritual and cultural refinement of MSTP. We should enhance the enthusiasm and initiative of each implementary organization so that the organization's energy can play out fully and we can promote organization coordination network's overall development. Efficiency: There are many evaluation standards about organization coordination network of MSTP. But the main standard should be performance. If we want to build organization coordination network of MSTP, we must improve the efficiency. Besides, we may systematically analyses and research various factors that affect the development of organization coordination network of MSTP. Through taking effective measures and methods, we mobilize departments and implementary organization's enthusiasm in many ways. By the strict and effective construction of organization coordination network of MSTP, we ensure the cooperation between the implementary organizations so that the MSTP can be carried on orderly and efficiently. We should improve the efficiency of organization coordination network of MSTP and finally realize the goals of MSTP. IV. Conclusion OCN are key elements of organization and management of MSTP. Combined with the organization and management practice, based on coordination theory and network organization theory, we use methods of systems engineering and project management. We propose some principles to construct OCN of MSTP, which are the same objectives, division of labor, information communication and streamlining the upper. We design three network models, including centralized network, adaptive network, distributed network. Among them, the task-based distributed network shows network structure which is characterized by hierarchy and tree type and it reflects the typical cross-organizational coordination rules. OCN of MSTP has four characteristics: systematicness, coordination, motivation and efficiency. It has complex entity elements, inter-entity relationships, network structure and management operation mode. So, it requires an in-depth systematic research. Acknowledgment This work was supported by the National Natural Science Foundation of P. R. China (No 71173016). References [1] Haken , Synergetics , Xi’an: Northwestern University Press,1981. [2] [3] [4] [5] [6] Powell, W. W., Neither marks nor hierarchy: network forms of organization, In B.M.Staw&L.L.Cummings, Research in organization behavior.Greenwich,CT:JAI Press.1990. B.W.Chai, Social networks and organizations, Beijing: Renmin University of China Press, 2007. X. S. Qian,the System Engineering, Shanghai: Shanghai Jiaotong University Press, 2007. Y. L. Wang , the System Engineering, Beijing: Higher Education Press, 2009. Project Management Institute, Y. J. Lu, Y. Wang,A Guide to the Project Managment Body of Knowledge, 3rd ed., Beijing: Electronics Industry Press, 2005. Raymond E. Miles, Charles C.Snow, Cause of Failure in Network Organizations, California Management Review.1992,34(4):54-72. [8] W. A. Li, The network organization—the new trend of organization development, Beijing: Economic Science Press, 2003 [9] J. Hong, T. Ke, Complex Adaptive of Network Organization, Chinese Journal of Management Science, 2004, 12:123-126. [10] B. Z. Guo,“China Aerospace and System Engineering”, China Ordnance Industry, pp.13, April 2003 [7]