Objectives Oriented Project Planning Research Articles

Application of Grain Storage System based on Strategic Planning and Modern Techniques

After a presentation of the management process of a grain silo, we present the necessity of the analysis and the identification of information in a grain silo wile using a strategic planning based on the OOPP method (Objectives Oriented Project Planning). This kind of analysis leads to an efficient management of the activities of grain silo. In fact, the OOPP method constitutes a tool of a global systemic modeling enabling to analyze a complex situation by a hierarchically decomposition until reaching an elementary level allowing to an operational planning.

APPLICATION OF SYSTEM ANALYSIS IN ORDER TO MONITOR GRAIN SILOS

After a presentation of the management of grain silos, we present the necessity of the system analysis and the identification of information in grain silos based on the OOPP method (Objectives Oriented Project Planning). This kind of analysis enables an efficient management and monitoring of the activities of grain silos. In fact, the OOPP method constitutes a tool of a global system modeling that allows us to analyze a difficult situation by a hierarchically decomposition until attainment a basic level allowing to an operational planning. Then, the aim of this paper is the application of the OOPP method to the analysis of grain silos which enables us to contribute to the development and deployment of an Information System and monitoring of grain storage.

APPLICATION OF SYSTEM ANALYSIS IN ORDER TO MONITOR GRAIN SILOS

After a presentation of the management of grain silos, we present the necessity of the system analysis and the identification of information in grain silos based on the OOPP method (Objectives Oriented Project Planning). This kind of analysis enables an efficient management and monitoring of the activities of grain silos. In fact, the OOPP method constitutes a tool of a global system modeling that allows us to analyze a difficult situation by a hierarchically decomposition until attainment a basic level allowing to an operational planning. Then, the aim of this paper is the application of the OOPP method to the analysis of grain silos which enables us to contribute to the development and deployment of an Information System and monitoring of grain storage.

Modelling of renewable energy production based on systemic analysis method

The technological advances, industrialisation and the need for modern comfort make the use of electricity necessary and urgent. This allows researchers and engineers to find solutions to the challenges of electricity, integrate renewable energies, increase control and supervision. This paper presents in the first part, the photovoltaic energy production chain as well as the wind production energy chain. In the second part, it presents the need of objective oriented project planning (OOPP) method for systemic analysis and modelling. Then, we present the activities matrix based on the systems modelling with the OOPP method in order to analyse the general objectives identified: analysis of the photovoltaic production energy, analysis of the wind farm, and finally analysis of the advanced control strategies.

Modelling of renewable energy production based on systemic analysis method

The technological advances, industrialisation and the need for modern comfort make the use of electricity necessary and urgent. This allows researchers and engineers to find solutions to the challenges of electricity, integrate renewable energies, increase control and supervision. This paper presents in the first part, the photovoltaic energy production chain as well as the wind production energy chain. In the second part, it presents the need of objective oriented project planning (OOPP) method for systemic analysis and modelling. Then, we present the activities matrix based on the systems modelling with the OOPP method in order to analyse the general objectives identified: analysis of the photovoltaic production energy, analysis of the wind farm, and finally analysis of the advanced control strategies.

The use of objective oriented project planning tools for nanosafety and health concerns: a case study in nanomedicine research project

AbstractPotential human health and environmental risks associated with nanoscience research projects and their deliverables, termed nanosafety, is one of the important issues for translating research findings into commercially viable products. This paper examined the applicability of project management tools to address nanosafety in an efficient manner. Using objectives oriented project planning (OOPP) we describe a new integrated content of the problem tree, the result tree, and the logical framework approach (LFA), by modeling our nanomedicine research project entitled “Nanomedicine preparation based on antibody drug conjugate (ADC)” as a case study. As a main result of the case study, we demonstrated an LFA matrix that highlights the need to deal with nanosafety as an activity of the research project. Consequently, the activity can lead to the output, standing operating procedure (SOP), for managing the project waste disposals and its deliverables side effects. In general, such output can be concluded as an important output for all nanoscience research projects to avoid underestimating risks for their nano-objects. Moreover, this article is written in the hope of providing an easy-to-understand template of project management tools for novice nanomedicine researchers who aim to apply OOPP in the design of their research projects.

System Analysis of a Hybrid Renewable Energy System

Renewable energies are important components of sustainable development. Indeed, coupled with a rational use of energy, they reduce the use of conventional energy systems based on resources of fossil and fissile origin, and so therefore the pressures environmental and socio-economic use. Renewable energy aims to offer an energy service to our society at an acceptable price. But on the other hand, the cost of this service has an impact on the local economy, the environment and society in general. Compared to conventional solutions, enhancement of renewable energy creates more jobs, strengthens the local economy, reduces the environmental impact and reduces the lust on the stocks of energy and therefore it is a source of peace. In this paper, we are interested in the study of a hybrid renewable energy system: wind – photovoltaic – accumulator. The objective of this paper is to propose a novel approach of system analysis based on the OOPP method (Objective Oriented Project Planning) of a hybrid renewable energy system. DOI: http://dx.doi.org/10.11591/ijece.v4i3.5880

Operation Management: Project Management in Jig and Fixture Industries

The economic growth in Southeast Asia has a number of benefits for downstream industries including jig and fixture fabricators. Jig and fixture fabricators are categorized as small and medium industries that operate based on job-shop manufacturing concept. Meantime, jig and fixture projects are characterized by the unique nature of unforeseeable demand and customized design with multiple objectives. Hence, managing jig and fixture projects is eventually not an easy task. In line with this, this paper aims to develop an objective driven framework that is applicable to jig and fixture industries in Southeast Asia. Thus, the paper reviews various objectives and success factors for jig and fixture projects. The paper subsequently proposes a jig and fixture project management framework based on an objective-oriented project planning and management theory, namely Logical Framework Approach (LFA). The proposed framework is developed based on the concept that generalizations of jig and fixture projects objectives are infeasible. As such, the proposed framework treats projects objective individually. The uniqueness of the proposed framework is the multiple cross links that exist between project management success factors and project objectives. Intrinsically, the proposed framework presents a clearer picture on important factors that contribute towards the success of achieving each projects objective. The proposed framework has descriptive value in terms of studying, classifying and defining the relationships that govern jig and fixture project activities and project objectives.

Systemic Analysis of an Industrial System: Case Study of a Grain Silo

The objective of this paper is to present firstly the issues involved in the upgrading process of industrial systems and secondly the difficulty of the transition into an automated system. Two interesting methods of analysis have been applied on an example of a grain silo process: SADT (Structured Analysis and Design Technique) and OOPP (Objective Oriented Project Planning). These methods can be applied on a systemic analysis of industrial processes. The paper briefly discusses the design of automated systems and shows some advantages of the application of systemic analysis on the upgrading of industrial systems. Afterwards, the basic principles of the two methods applied on the grain silo are presented. Finally, the different results obtained from the two methods are discussed.

Refining the objectives oriented project planning (OOPP) into method of informational analysis by objectives

After a presentation of the logical framework approach (LFA), also referred to objectives oriented project planning (OOPP), we present our contribution in refining it into the method of informational analysis by objectives (MIAO). This contribution consists of defining new tools that provides elaborate matrix of information that permits the analysis of the informational exchange process between the activities of a project on the one hand, and defining the logic-functional rules of treatments associated to the MIAO permitting us to assure the consistency and hardiness of the analysis on the other hand. Key words: Project planning, system analysis, objectives oriented project planning(OOPP) method, method of informational analysis by objectives (MIAO).

English

This article presents briefly the famous methods of modeling and analysis used for the medical framework. Some methods present hiatuses and they are neither precisely coherent nor complementary for modeling the functional system and decisional of an enterprise. Indeed, the use of these methods is an important step within the medical framework which is concerned with the quality assurance of the medical guidelines and protocols. In fact, quality assurance represents the programs of regular assessment of medical and nursing activities to evaluate the quality of medical care. Our contribution in this paper consists in presenting on the one hand the methods SADT (structured analysis design technique), OOPP (objective oriented project planning) and GRAI (graph with results and actions interrelated) and on the other hand, a review on the methods of analysis and modeling used for the medical framework. An example of the application of the SADT method showing how to improve protocols and implement them in medical guidelines is presented. Key words: Medical framework, quality assurance, analysis, modeling.

Information analysis and geographic information system (GIS) exploitation in a grain silo

This paper presents on the one hand, the cereal activities in Tunisia and on the other hand, a systemic approach of analysis based on the objective oriented project planning (OOPP) method. The exploitation of the systemic approach enables us not only to analyze and to identify the information of the stock management in a grain silo but also to lead an efficient management of cereal transaction. In fact, the OOPP method constitutes a tool of a global systemic modelling enabling to analyze a complex situation by a hierarchically decomposition until reaching an elementary level of allowing an operational planning. This analysis enables us to identify the information needed for the deployment of a geographic information system (GIS) in Tunisia. Key words: Cereal transaction, systemic analysis, objective oriented project planning method, geographic information system (GIS).

Using systemic methods for designing automated systems: case study of a grain silo

After a presentation of a methodology for designing automated systems using systemic methods, we present the issues involved in the upgrading and the automation of industrial systems. To deal with these issues, we present a practical case of a grain silo management. The methodology proposed is divided into ten steps and it is based on the use of two systemic methods: Structured Analysis and Design Technique (SADT) and Objectives-Oriented Project Planning (OOPP). This methodology allows us to validate the automation architecture to install in the grain silo.