1 AN ALTERNATIVE MODEL OF ERP MAINTENANCE STRATEGY Muhammad Rofi IMTIHAN 1, Mohd. Salihin NGADIMAN, Habibollah HARON Department of Modelling and Industrial Computing Faculty of Computer Science and Information System Universiti Teknologi Malaysia, Skudai, Johor, Malaysia ABSTRACT For the past few years, it has been possible to buy a business application including transaction processing systems for such tasks as accounting, manufacturing, or human resources as a packaged product. Packages to do this collection of work are generally referred to as Enterprise Resource Planning (ERP) systems. Most ERP systems are huge because of the diversity of tasks they must perform. The ERP systems are providing an integration of several tasks, and the flexibility to perform those tasks at enterprises with vastly varying needs. But, only few of these ERP systems developed have actually considered maintenance strategies. Maintenance is a complex process that is triggered by planned periodic repair (scheduled or planned maintenance), equipment breakdown or deterioration indicated by a monitored parameter (unplanned or emergency maintenance). This process includes planning, scheduling, monitoring, quality assurance and the development of necessary resources such as workshop, labor, machines, equipment, tools, spare parts and materials. Keywords Enterprise Resource Planning, Maintenance Strategy, 1. Introduction An enterprise resource planning (ERP) system is a software architecture that facilitates the flow of information among the different functions within an enterprise. Similarly, ERP facilitates information sharing across organizational units and geographical locations. ERP system provides consistency and Visibility or transparency across the entire enterprise. This system was introduced into companies to solve various organizational problems and to provide an integrated infrastructure. ERP solutions are designed to solve the fragmentation of information in large business organizations, and integrate all the information flowing within a company . A primary benefit of using ERP is easier access to reliable, integrated information. A related benefit is the elimination of redundant data and the rationalization of processes, which result in substantial cost savings. . Beside of primary benefit which mentioned above, ERP also has several benefits including: Improved work process. Increase access to available data for decision making. Timely and accurate information. Increased Customer Response Time. Quick response to changing business operations and market conditions, resulting in improved competitive advantages. Reduced paper Single address book (Customers, vendors and employee). However, research about fundamental issues of ERP maintenance and upgrade is at an early stage if we compare with research about ERP implementation issues over the past two decades. Maintenance has been considered as a support function, non productive and not a core function adding little value to business. However, it has been noticed that many manufacturing industries have used various approaches to improve maintenance effectiveness . Many companies have recognized that maintenance of assets have a critical part of the operational function. An effective maintenance strategy can significantly contribute through adding value to the production activities. Recent maintenance strategies employ many techniques such as corrective maintenance , fixed-time maintenance, condition-based maintenance, improvement maintenance and selective maintenance. This paper is divided into five sections. Section 2 gives an overview of Enterprise Resource Planning (ERP) including new framework that proposed in previous researches, evolutionary of ERP and ERP market. In Section 3, we present about Maintenance Management as a crucial function in implementing ERP while Section 4 present about related works that dealing with this paper. Section 5 presents a proposed alternative framework of maintenance management system. Section 6 concludes the paper. 2. Enterprise Resource Planning (ERP): An Overview ERP allows companies to integrate various departmental information. This system has evolved from a human resource management application to a tool that extend to IT management. 1 Research Lab, Department of Modelling and Industrial Computing, Faculty Computer Science and Information Technology, Universiti Teknologi Malaysia.
2 For many users, an ERP is a complete System that performs attempts to integrate the suppliers and customers with the manufacturing environment of the organization. For example, a purchase entered in the order module and passes the order to a manufacturing function, which sends a materials request to the supply-chain module, which gets the necessary parts from suppliers and uses a logistics module to get them to the factory. At the same time the purchase transaction shows in general ledger module as an output. ERP stops treating these transactions separately as stand alone activities and considers them to be a part of interlinked processes that make up the business . An overview of ERP systems including some of the most popular functions within each module is shown in Figure 1. However, the names and numbers of modules in an ERP system provided by various software vendors may differ. A typical system integrates all these functions by allowing its modules to share and transfer information by freely centralizing information in a single database accessible by all modules . everything from entry of sales order to customer service. The ERP The various modules of ERP include engineering data control (bill of materials, process plan and work center data), sales, purchase and inventory (sales and distribution, inventory and purchase); material requirement planning (MRP), resource flow management (production scheduling, finance and human resources management), works documentation (work order, shop order release, material issue release and route cards for parts and assemblies), shopfloor control and management and others like costing, maintenance management, logistics management and MIS. Also, the model of ERP includes areas such as finance (financial accounting, treasury management, enterprise control and asset management), logistics (production planning, materials management, plant maintenance, quality management, project systems, sales and distribution), human resources (personnel management, training and development and skills inventory) and workflow (integrates the entire enterprise with flexible assignment of tasks and responsibilities to locations, positions, jobs, groups or individuals) . Figure 1: ERP System modules The evolutionary of ERP The focus of manufacturing systems in the 1960's was on Inventory control. Most of the software packages (usually customized) were designed to handle inventory based on traditional inventory concepts. In the 1970's the focus changed to MRP (Material Requirement Planning) systems that translated the master schedule production for the end items into categorized requirements for the sub-assemblies, components and raw materials planning and procurement. Then, in the 1980 s MRP II evolved as an extension of MRP to shop floor and Distribution management activities [ ERP.html]. During 1990 s, MRP II was extended to handle wider scope which consist of various function of engineering, purchasing, logistics, account payable, Bill of Materials (BOM), master scheduling, sales and marketing and MRP itself. The extended MRP II packaged into integrated enterprise software named Enterprise Resource Planning (ERP). As a continuation, ERP vendors added more modules and functions as add-ons to the core modules giving birth to the extended ERPs. These ERP extensions include advanced planning and scheduling (APS), e- business solutions such as customer relationship management (CRM) and supply chain management (SCM) [Priel, V., System Maintenance Organization, MacDonald & Evans, London, 1994] and more concerning to web services The Market of ERP Business information systems can be either designed as custom applications or purchased as off-the-shelf standard solutions. The development of custom applications is generally expensive and is often plagued by uncertainties, such as the
3 Figure 2: The Evolution of ERP selection of appropriate development tools, the duration of the development cycle, or the difficulties involved in assessing costs. Therefore, companies are radically changing their information technology strategies by purchasing off-the-shelf software packages instead of developing IT systems in-house . Out of more than 100 ERP providers worldwide, SAP-AG, Oracle, JD Edwards, PeopleSoft and Baan collectively called the Big Five of ERP software vendors control approximately 70 per cent of the ERP market share  (Figure 3). On the other side, the market is also witnessing new avenues like the emergence of SME user with significant demand for module specific implementation. The main modules in any ERP application include: Sales Distribution; Project Management; Human Resources; Material Management; Quality Management; Data Warehousing and Inventory Control. Figure 3: Market shares of ERP system vendors 3. Maintenance Management as a crucial function in implementing ERP Nowadays, maintenance has been considered as a support function, non productive and not a core function adding little value to business. However, it has been noticed that many manufacturing industries have used various approaches to improve maintenance effectiveness . Many companies have recognized that maintenance of assets have a critical part of the operational function. An effective maintenance strategy can significantly contribute through adding value to the production activities. In 2001, Duffuaa et. al  described a generic conceptual simulation models for maintenance systems which consisted of seven modules. Those modules include: 1. Input module: this module supplies all data required for the simulation model. 2. Maintenance load module: this module represents and models the way maintenance load is generated. The maintenance load is, in fact, the driving force of the whole model. 3. Planning and scheduling module: the input of this module is the maintenance load, i.e. a set of maintenance jobs. This module matches each job with the required resources then schedules it for execution. 4. Materials and spares module: this module is called by the planning and scheduling module to check for materials and supply availability before a job is ready to be scheduled. 5. Tools and equipment module: this module is called from the planning and scheduling module to check tools and equipment availability for maintenance jobs.
4 6. Quality module: this module is also called from the planning and scheduling to decide on the quality of executed maintenance jobs. 7. Performance measures module: in this module statistics are collected for calculating various performance measures. ERP vendor such as SAP provides a variety of maintenance supports for its clients . These supports include maintenance methodology, automated modification tool, change management system, online bug reporting system and helpdesk support . 4. Related Works The most relevant researches that related to this paper are described in the following. Celeste et. al  in their paper contributed detailed observations in an ERP maintenance environment such as: the ERP system does not only maintain internally originated by requests, but also implements maintenance introduced by the vendor; requests for user-support concerning the ERP system behavior, function and training constitute a main part of ERP maintenance activity; and similar to the software environment, enhancement is the major maintenance activity in the ERP environment. This paper  also explained about the objectives of implementing ERP maintenance such as: To keep the system running, To adapt to a changed environment in order to operate well, To provide help to the system users in using the system, To realize benefits from the system (best business processes or practices, improved system integration, operational cost effectiveness), and To keep the system a supported-version and meet the vendors requirements for standard code. Celeste et. al  has proposed two-level ERP maintenance taxonomy named Client-benefits oriented taxonomy of ERP maintenance. The level-1 of this taxonomy helps in determining whether a maintenance request requires the level-2 of benefit categorization. The reason for this two-level maintenance taxonomy is that some ERP maintenance requests bring business benefit but the mandatory maintenance requests do not. Requests that could bring business benefits need to be identified and treated carefully to quantify the benefits, which can be simultaneously used to justify maintenance decisions. The process to classify an ERP maintenance request in the proposed maintenance taxonomy is demonstrated in Figure 4. Figure 4: The process of identifying client-benefits oriented taxonomy of ERP maintenance. On the next paper  has identified the crucial factors for maintenance process standard adoption in the ERP context. There are two crucial factors found to explain the majority of the variances in that paper, it can be seen in Figure 5, those two environments are internal and external environments. Internal environment involves those factors under the control of and defines the characteristics within the ERP-client organization. On the other hand, external environment describes the maintenance support and client s satisfaction for the support provided by the external source i.e the vendor. The first crucial factor is related to external environment the vendor s maintenance support satisfaction. In particular, this is concerned with the availability of maintenance support from the vendor and whether it meets client s maintenance needs of the satisfaction. Automated maintenance management tool, training and education on ERP maintenance process management, overall satisfaction, and the availability of automated maintenance management tool and automatic record of all changes and modification provided by the vendor in assisting the clients to perform ERP maintenance activities. In the other hand, the second crucial factor is related with an organization s internal factor, it is a management perception on the needs for basic critical software maintenance. Procedures for controlling changes and a mechanism for assuring that regression testing is done before, during and after making changes to ERP system, and the needs for training in these aspects.
5 Figure 5: A preliminary factor model for ERP maintenance process standard adoption. Nikolopoulos et. al  carry out an integrating objectoriented maintenance system, focused on the effective modeling of information systems dealing with task of maintenance planning and scheduling. The proposed model by Nikolopoulos et. al  is divided into six parts. The divided parts are following: 1. Maintenance load; 2. Maintenance resources; 3. Maintenance planning and scheduling; 4. Work orders executing; 5. Quality control; and 6. Performance measurement. The proposed model considers three types of maintenance: 1. Preventive maintenance: a work that must be carried out on a planned periodic schedule; 2. Emergency maintenance: work that must be done immediately; and 3. Diagnostic predictive maintenance or condition-based maintenance: work that must be planned as soon as possible triggered by deterioration indicated by a monitored parameter. It can be seen from Figure 6. That the maintenance management system must cope with the maintenance load. Maintenance load can be planned maintenance but sometimes it can be unplanned maintenance. Each time a maintenance load is created, a maintenance job request is generated. Then a work order is planned and scheduled. When a work order is completed, a set of quality control tests are performed. In case some of these tests are not satisfying, a request for a repetition of the maintenance job may be imposed. A successful quality control is followed by performance measurement and cost analysis. Finally, all data are recorded in the database and, as a result, the log data file of the maintained item is updated and new future periodic maintenance dates are calculated. Figure 6: Structure of integrated maintenance management system.
6 5. The Proposed Model From the related work which explained above, all those researches have shared their ideas to contribute and propose the model of maintenance system that can be implemented into ERP system effectively. All of those models have many advantages to be implemented. Hence, in this paper we will try to accommodate all of the advantages in implementing those maintenance models into one compacted model. In our proposed model, we have adapted Celeste et. al  statement that categorized ERP maintenance activities into five categories. Those categories are following: Competitive advantage: Increase and improve the capabilities and power to compete with other vendors. Globalization: Enhance information flow to and from customers, suppliers, and other business partners outside the enterprise, and flexibility to operate in worldwide areas. Integrated system: Improve the flow of information through centralized system, better system integration and communication among internal business processes. Best practice/ business processes: Improve business processes and practices, and business performance. Cost reduction: Cost decreased in activities related to business administration and processing, and system maintenance, and system support from the vendor. From these categories, we have explained their objectives, type of maintenance activities that could be implemented to the system and function that potentially handle those activities. We can see the classification proposed at Table 1. From the table shown at Figure 7. we have concluded that depending on the maintenance objectives and scope, a maintenance activity is not necessary contributing to a single benefit only. For instance, a request which primary is to provide better integrated system could also trigger, lead to and result in other benefits such as cost reduction in producing and manufacturing a product, facilitating the implementation of a function that is not possible before, enhancing the potential for operating in worldwide market, and/or providing the opportunities for new market. Table 1: A Classification of maintenance activities divided into five categories. Category Primary Object Type of maintenance that could be done to the system Competitive advantage Increase market share, business opportunity, customer loyalty, customer satisfaction, service quality Adopt advanced tech. / Add new functionality. Potentially handled by the following ERP maintenance function Enhancement Globalization Facilitate global access to customer, supplier and business partners Enhance information flow and system integration with customers, suppliers and business partners. Migrate Desktop Based ERP to Web Based ERP. (Optional) Enhancement Platform migrate. (Optional) Integrated System Business process effectiveness Cost reduction Improve integration among internal business processes, enhance data management and accuracy of decisions Enhance efficiency and effectiveness in business processes and business performance/, and make the production cycle times shorter. Minimize cost (to the company) Improve integration among application modules and processes in the system. Reengineer or redesign processes Upgrade to supported version Replace custom code with standard code Enhancement Enhancement Patch-maintenance (standard code) Technical upgrade
7 Figure 7: Connectivity among the maintenance activities categories. The proposed model is an integration of client-benefit based maintenance strategy and data collection from classifying maintenance request. The framework shown in Figure 8. is identifying maintenance request from The client and then generating work order to be processed into the next maintenance steps depend on which category the request included. After work order completion, the result must be evaluated in quality control and performance evaluation. In this model, all of information are stored in database that can be used at the new future periodic maintenance dates. Figure 8: New Proposed model of Maintenance Management System.
8 6. Conclusion and Future Work This paper proposed a new model of maintenance management system, presented an adaptable model for the maintenance strategy. The contribution of this model is that the specific methodology and provides an adaptable, generic model for any enterprise. The author have started working to implement this model of maintenance strategy into open source ERP based on small medium enterprises in Malaysia. The main objective of the next model is scheduling maintenance in open source ERP with the approached model based on the modules of SME in Malaysia. Finally, we are expecting that our proposed model will impact to our project in developing open source ERP and hopefully this model can be more complete simultaneously in the next researches. Acknowledgments. This work is supported by the Ministry of Science & Technology and Innovation (MOSTI), Malaysia and Research Management Center, Universiti Teknologi Malaysia (UTM) under the Vot: References . Blanchard, B., Verma, D., Peterson, E., Maintainability: A Key to Effective Serviceability and Maintenance Management, John Wiley & Sons, New York, NY, . Retrieved. 10 February . DTI, "Effective maintenance a route to increased profitability", Managing Into the 90s Series, Department of Trade and Industry Publication, London, . Gupta, A., "Enterprise resource planning: the emerging organizational value systems", Industrial Management & Data Systems, Vol. 100 No.3, pp , . Chen, I.J., "Planning for ERP systems: analysis and future trend", Business Process Management Journal, Vol. 7 No.5, pp , . Siriginidi, S.R., "Enterprise resource planning in reengineering business", Business Process Management Journal, Vol. 6 No.5, pp , . Priel, V., System Maintenance Organization, MacDonald & Evans, London, . Mabert, V.A., Soni, A., Venkataramanan, M.A., "Enterprise resource planning: common myths versus evolving reality", Business Horizons, pp , . Duffuaa S., Ben-Daya, M., Al-Sultan, K., Andijani, A., A generic conceptual simulation model for maintenance systems., Journal of Quality in Maintenance Engineering, Vol. 7 No. 3, pp , . Ng, C.S.P., "Factors Driving Enterprise Resource Planning Upgrade Deferring Decision: A Transaction Cost Economics Perspective," Proc. International Conference on Accounting and Information Technology (ICAIT), Taiwan, pp , . Ng, C.S.P., Yuan, Z., Ping-Yu, H., Wen-Hsien T., Salient Factors for Maintenance Standard Adoption in Enterprise Resource Planning Context: An Exploratory Study, Proceedings of the 39th Hawaii International Conference on System Sciences, . Celeste, S., Guy, G., Taizan, C., An ERP-client benefitoriented maintenance taxonomy, Information Systems Management Research Group (ISMRG), Australia, . Celeste, S., Gable, G.G., and Chan, T., "A Client Benefits- Oriented Taxonomy of ERP Maintenance," Journal of Systems and Software, vol. 64, No. 3, pp , . Nikolopoulos K., Metaxiotis K., Lekatis N., Assimakopoulos, V., Integrating industrial maintenance strategy into ERP., Industrial Management & Data Systems, Vol 103 No 3, pp , 2003.
Lecture-2-The Strategic Role of Information Systems Thepul Ginige 1 LEARNING OBJECTIVES Analyze roles of 6 types of information systems Describe types of information systems Analyze relationships between
A Foundation for Understanding Enterprise Resource Planning Systems Develop an understanding of how ERP systems can improve the effectiveness of information systems in organizations Understand the business
ACCT341, Chapter 15 Accounting Software Introduction Accounting software Early decades primarily processed bookkeeping transactions Today it has become much more of a mgmt tool customizes financial reports
ERP(Enterprise Resource Planning) & MRP Mr.Vijayakumar S 1 Session Objectives At the end of this session the delegate would have understood ERP ERP example SAP MRP and structure MRP1 & MRPII difference
ACS-1803 Introduction to Information Systems Instructor: Kerry Augustine Enterprise Information Systems Lecture Outline 6 ACS-1803 Introduction to Information Systems Learning Objectives 1. Explain how
CHAPTER ENTERPRISE RESOURCE PLANNING SYSTEMS This chapter introduces an approach to information system development that represents the next step on a continuum that began with stand-alone applications,
IMPLEMENTATION OF THE PROCESS APPROACH AND BUSINESS PROCESS MANAGEMENT CONCEPT IN CROATIAN SHIPYARDS Ivana Mikačić University of Split, Faculty of Economics, Croatia firstname.lastname@example.org Željana Dulčić
Effective and Best practices of load and performance testing Oracle Applications using BSD Oracle plug-in for Rational Performance Tester Anitha P Somanathan & Krishna Murthy ISSR IBM India Pvt Ltd Rational
Please stay tuned. The Presentation will start in 4 Minutes 11/2/2012 Please stay tuned. The Presentation will start in 3 Minutes 11/2/2012 Please stay tuned. The Presentation will start in 2 Minutes 11/2/2012
A LANDCSAPE OF ENTERPRISE RESOURCE PLANNING IMPLEMENTATION Marina Hassan 1, 2 and Marzanah A. Jabar 1 1 Universiti Putra Malaysia (UPM), Malaysia, email@example.com 1 Universiti Putra Malaysia (UPM),
Advanced Logistic Systems, Vol. 7, No. 1 (2013), pp. 7 12. HOW TO SUPPORT PURCHASING WITH ERP SYSTEMS AS INTEGRATOR OF NOVEL LOGISTIC TOOLS? ÁGOTA BÁNYAI 1 Abstract: The increased complexity of globalised
Chapter 2 Information Systems in the Enterprise 2.1 2006 by Prentice Hall OBJECTIVES Evaluate the role played by the major types of systems in a business and their relationship to each other Describe the
IST 301 Process Integration III-A Enterprise Resource (SAP ) Abdullah Konak School of Information Sciences and Technology Penn State Berks Learning Objectives Identify the factors that led to the development
Class Announcements TIM 50 - Business Information Systems Lecture 5 UC Santa Cruz, Ram Akella October 8, 2015 For next time q Read Cisco Case Hwk 2 due by start of class Tuesday On ecommons q Laudon and
TIM 50 - Business Information Systems Lecture 5 UC Santa Cruz, Ram Akella October 8, 2015 Class Announcements n For next time q Read Cisco Case n n Hwk 2 due by start of class Tuesday On ecommons q Laudon
AC 2009-803: ENTERPRISE RESOURCE PLANNING: A STUDY OF USER SATISFACTION WITH REFERENCE TO THE CONSTRUCTION INDUSTRY I. Choudhury, Texas A&M University American Society for Engineering Education, 2009 Page
Chapter 5 Information Technology and Changing Business Processes Managing and Using Information Systems: A Strategic Approach by Keri Pearlson & Carol Saunders Introduction How can IT enable business change?
An Alternative Framework of Open Source Enterprise Resource Planning (ERP) System for Small and Medium Enterprise (SME) Zirawani BAHARUM, Salihin NGADIMAN, Habibollah HARON Department of Modelling & Industrial
50 ERP Response to E-Business Challenges. Peoplesoft Case Senior lect. Doina FOTACHE, PhD., Senior lect. Luminita FÎNARU, PhD. Department of Informatics, Al. I Cuza University, Iasi ERP is becoming the
Manufacturing challenges of today and how Navision Axapta solves them- the solution for change; controlled by you. Manufacturing In the current explosive economy, many manufacturers are struggling to keep
Planning an ERP Implementation Project @ Small and Medium Enterprises 27 th Regional WIRC Conference 31 August 2012 Table of Contents What is an SME and ERP Why an ERP for the SME segment Assessing the
ERP ISE413 Software Applications in Industry Introduction to ERP Upon completion of this lecture you will be able to : Describe the concept of ERP Define key terms as they relate to ERP Describe the basic
1 Chapter Manufacturing Planning and Control The manufacturing planning and control (MPC) system is concerned with planning and controlling all aspects of manufacturing, including managing materials, scheduling
CORPORATE EBS PROFILE Corporate Profile Addvantum, is a global service provider of Information Technology consulting and services, to customers in ASEAN and EMEA region. Addvantum has technical delivery
VALLIAMMAI ENGINEERING COLLEGE DEPARTMENT OF MBA QUESTION BANK BA7301 & Enterprise Resource Planning UNIT I PART A 1. Define ERP. 2. What is an Enterprise? 3. What are the main misconceptions about ERP?
Faculty of Foundry Engineering Virtotechnology Management Information Systems Classification, elements, and evolution Agenda Information Systems (IS) IS introduction Classification Integrated IS 2 Information
Enterprise Systems: From Supply Chains to ERP to CRM Management Information Code: 164292-02 Course: Management Information Period: Autumn 2013 Professor: Sync Sangwon Lee, Ph. D D. of Information & Electronic
ACS-1803 Introduction to Information Systems Instructor: Kerry Augustine Functional Area Systems Production / Operation Systems Lecture Outline 5, Part 2 ACS-1803 Introduction to Information Systems Examples:
ACS-1803 Introduction to Information Systems Instructor: Kerry Augustine Functional Area Systems Production / Operation Systems Lecture Outline 5, Part 2 ACS-1803 Introduction to Information Systems Examples:
Sales and Operations Planning in Company Supply Chain Based on Heuristics and Data Warehousing Technology Jun-Zhong Wang 1 and Ping-Yu Hsu 2 1 Department of Business Administration, National Central University,
1.3 ERP System Evolution Learning Objectives State the purpose of enterprise resource planning (ERP) systems List the challenges facing the industry List the development stages of the manufacturing planning
ACS-1803 Introduction to Information Systems Instructor: David Tenjo Enterprise Information Systems Lecture Outline 6 1 Learning Objectives 1. Explain how organizations support business activities by using
Turban and Volonino Chapter 10 Enterprise Systems: Supply Chains, ERP, CRM & KM Information Technology for Management Improving Performance in the Digital Economy 7 th edition John Wiley & Sons, Inc. Slides
Benefits of Using Enterprise Resource Planning Systems PASI OJALA Oulu University of Applied Sciences Hintanmutka 17 A6, 90650 Oulu FINLAND Abstract: - During the last years several enterprises have used
Introduction to ERP Rafael Andreu Sandra Sieber Josep Valor May 2003 1 Universidad de Navarra What is ERP? The dream ERP attempts to integrate all departments and functions across a company onto a single
CHAPTER 1 STUDY OF PERFORMANCE OF ERP SYSTEM IN SELECT INDIAN MANUFACTURING FIRMS: INTRODUCTION 1.1 Introduction Today s global business environment has brought in new competitions with new opportunities
Evaluation Framework for an ERP System using Balanced Scorecard Approach SUDHANSHU JOSHI Faculty Member- Applied Finance & IS +91-9997410336,firstname.lastname@example.org Gurukul Kangri University, Haridwar
RESEARCH NOTE ROI ANALYSIS YOU CAN TRUST TM The Real ROI from SAP THE BOTTOM LINE Fifty-seven percent of SAP customers interviewed did not believe that they had achieved a positive ROI, after having used
Sage MAS 90 and 200 Extended Enterprise Suite S An End-to-End Approach to Business Software At Sage, we ve been supporting businesses like yours with world-class business software for well over a quarter
COMPARATIVE STUDY OF ERP IMPLEMENTATION METHODOLOGY CASE STUDY: ACCELERATED SAP VS DANTES & HASIBUAN METHODOLOGY M. Hilman, F. Setiadi, I. Sarika, J. Budiasto, and R. Alfian Faculty of Computer Science,
APPLICATION OF INFORMATION TECHNOLOGY AS ERP IN SILK INDUSTRY Radha Krishna Rambola, Dr. Nesar Ahmad & Alok Deepak The Tilka Manjhi Bhagalpur University, Bhagalpur [Email: email@example.com, firstname.lastname@example.org,
About ERP Software Whitepaper Many people have heard the term ERP used in a conversation but don t fully understand what it means. This whitepaper will provide information about the processes and advantages
Software for the automotive industry Executive brief Innovate automotive design and improve productivity, sales and services to grow and reach new markets. 2 Innovate automotive design and improve productivity,
Original source of publication: Adam Martin, Keckeis Johannes, Kostenzer Peter, Klepzig Heiner; Lean ERP - How ERP Systems and Lean Management fit together; in: Piazolo, Felderer; Innovation and Future
Chapter 2 The Development of Enterprise Resource Planning Systems Introduction An enterprise resource planning system can help a company integrate its operation by serving as a company wide computing environment
White Paper February 2009 IBM Cognos Supply Chain Analytics 2 Contents 5 Business problems Perform cross-functional analysis of key supply chain processes 5 Business drivers Supplier Relationship Management
Oman College of Management and Technology Course 103402 MIS Topic 7 Achieving Operational Excellence and Customer Intimacy CS/MIS Department Enterprise Systems Management Information Systems Enterprise
International Conference 20th EURO Mini Conference Continuous Optimization and Knowledge-Based Technologies (EurOPT-2008) May 20 23, 2008, Neringa, LITHUANIA ISBN 978-9955-28-283-9 L. Sakalauskas, G.W.
Chapter 8 Achieving Operational Excellence and Customer Intimacy: Enterprise Applications 8.1 Copyright 2011 Pearson Education, Inc STUDENT LEARNING OBJECTIVES How do enterprise systems help businesses
Przemysław Lech * Enterprise System Assimilation: phases, activities, and outcomes Introduction Enterprise systems (ES) are the backbone of most global manufacturing and service enterprises [Muscatello,
Driving Manufacturing Performance SIMATIC IT Production Suite Answers for industry. SIMATIC IT at the intersection of value creation processes With SIMATIC IT, Siemens is broadening the scope of MES. Plant
Using business software and solutions to manage your business workflow, processes, administration and financials is essential in the highly competitive advanced technological world we all work in today,
Factors Influencing Selection and Effective Implementation of ERP Systems in Medium Sized Organizations in Developing Countries Samudaya Nanayakkara email@example.com Prasad Perera firstname.lastname@example.org and Asoka
Material Requirement Planning (MRP) Material Requirement Planning An early attempt to develop an integrated MIS for the order fulfillment process. By combining information on the demand for products purchased
Concepts in Enterprise Resource Planning 2 nd Edition Chapter 2 The Development of Enterprise Resource Planning Systems Chapter Objectives Identify the factors that led to the development of Enterprise
ERP Purchase Decision at Benton Manufacturing Company Presented By Ahmad Ardiansyah Zein Araro Jireh Tulus Bambang Wijarnako Raja Badal Muda Sedang Bagus Tirtayasa The Content About Company ERP & Information
Enhancing Production Planning (PP) Module for Manufacturing Finished Goods and Generating A Production Schedule Using SAP Application Shruthi M 1, Priya D 2 1 Dept of ISE, R V College of Engineering, Karnataka,
APDSI 2000 Full Paper (July, 2000) An Integrated Methodology for Implementing ERP Systems Su-Yeon Kim 1), Eui-Ho Suh 2), Hyun-Seok Hwang 3) 1) Department of Industrial Engineering, POSTECH, Korea (email@example.com)
Course: Enterprise Applications and Open Source Systems for e-governance implementation Day 3 Session 3: Introduction to ERP Applications Agenda Introduction to ERP Applications Benefits of ERP Applications
Utilizing KolibriMFG Software System to Schedule and Control Shop Floor Lajos Kiss Patternium AC., www.patternium.hu, firstname.lastname@example.org Abstract: Manufacturing software modules are essential part of any large
A Comparative Analysis of User Satisfaction with Enterprise Resource Planning Choudhury, I. Texas A&M University, USA (email: email@example.com) Abstract An Enterprise Resource Planning system (ERP)
Influence of Business Process on the ERP Project Effectiveness Jun-Der Leu*, Wen-Hsien Tsai*, Ping-Yu Hsu*, Julian Cheng*, Yi-Wen Fan** *Institute of Business Administration, National Central University
ACKNOWLEDGEMENT First of all, the author would like to thank God for everything He gave to allow me to finish this thesis. It happened only because of His bless, guidance and strength. This thesis is written
International Journal of Computing Academic Research (IJCAR) ISSN 2305-9184 Volume 4, Number 5(2015), pp.265-269 MEACSE Publications http://www.meacse.org/ijcar Enterprise Resource Planning (ERP) System
COMPUTER INTEGRATED MANUFACTURING 1. INTRODUCTION: Computer Integrated Manufacturing () encompasses the entire range of product development and manufacturing activities with all the functions being carried
ERP and Business Processes Presentation Overview About ERP Evolution of ERP Implementation Issues What is the State of the ERP Market? Case Study:An ERP success: NESTLE ERP and Business Process Modelling
Non-Stop Manufacturing Excellence. Automotive Answers for industry. Answers to your challenges How can the potential of emerging markets be best economically tapped? What possibilities are there of reducing
What s the best business management software for my business? Pg1 Accounting centric systems VS Industry Specific ERP Pg2 What Are Industry Specific ERP Solutions? What Is The Difference Between Accounting
Information Systems for Business Integration (Week 13, Thursday 4/5/2007) BUS3500 - Abdou Illia, Spring 2007 1 LEARNING GOALS Explain the difference between horizontal and vertical business integration.
ERP & WEB BASED SUPPLY Chain Management Chapter 1 Introduction to ERP Introduction to ERP Concept ERP is short of Enterprise Resource Planning,which is business management system that integrates all facets
The Evolution of Enterprise Information Systems David L. Olson James & H.K. Stuart Professor of MIS University of Nebraska Lincoln 1972 19901990 The industry sees a plethora of computer systems developed
Production Planning & Scheduling (PPS) for SAP Business One SAP Business One in combination with PPSOne delivers a cost-effective, compact enterprise solution for small and midsized manufacturing companies
Proc. of the Sixth Americas Conference on Information Systems (AMCIS 2000), pp. 1022-1028, Long Beach, CA, 2000. Differences in Characteristics of the ERP System Selection Process between Small or Medium
Operational Business Intelligence in Manufacturing Copyright 2007 KeyTone Technologies Inc. Page 1 SmartWIP - Intelligent Manufacturing with RFID Manufacturers are under competitive pressure to fulfill
The Beginners Guide to ERP for Food Processors Technically, ERP stands for Enterprise Resource Planning software, but really it could stand for Everything Right & Profitable or Easier Realized Profits.
ERP Program I570: Enterprise Resource Planning and System Integration Spring Quarter 2010 Instructors Professors Ash Soni, Tony Gerth and Bipin Prabhakar Operations & Decision Technologies Department Kelley
MANAGING THE DIGITAL FIRM, 12 TH EDITION GLOBAL EDITION Chapter 9 ACHIEVING OPERATIONAL EXCELLENCE AND CUSTOMER INTIMACY: ENTERPRISE APPLICATIONS VIDEO CASES Case 1: Sinosteel Strengthens Business Management
Database Systems Journal vol. II, no. 2/2011 23 A Grid Architecture for Manufacturing Database System Laurentiu CIOVICĂ, Constantin Daniel AVRAM Economic Informatics Department, Academy of Economic Studies
Efficiency LAMAR SOFTWARE, INC. Productivity Flexibility Connect your suppliers, vendors and business partners in real-time over the Internet with LAMAR Software s proven web-enabled ERP suite. Info Net
ERP Systems December 4, 2014 Generic ERP system 2 Categories of ERP systems By size and complexity Enterprise grade packages Midmarket solutions Small business packages By specialization Generic packages
W H I T E P A P E R PDM VS. PLM: IT ALL STARTS WITH PDM Overview Product data management (PDM) or product lifecycle management (PLM) which system best fits the needs of your manufacturing organization?
Business Intelligence solutions decisions that are better-informed leading to long-term competitive advantage Your business technologists. Powering progress Every organization generates vast amounts of
A SYSTEM DEVELOPMENT METHODOLOGY FOR ERP SYSTEM IN SMEs OF MALAYSIAN MANUFACTURING SECTORS 1 YOUSEF KHALEEL, 2 RIZA SULAIMAN 1 Student, Department of Industrial Computing, UKM, Selangor, Malaysia 2 Assoc.
ERP and SAP Part 2 SAP University Alliances Version 2.01 Sumantra Sarkar Georgia State University Robinson College of Business 8 rd November, 2011 SAP Components Logistics PP QM MM PM SD HR SAP R/3 Client/Server