Compulsory Liability Insurance for Commercial Motor Vehicles

With its core in adaptability and change responsiveness, the Agile methodology has become a popular application of the project process within the often volatile environment of today’s software development projects. The Agile methodology emphasizes interaction between project roles over documentation and formal processes. This higher interaction increases the need for functioning information dissemination throughout the entire project process. The study was carried out at a small sized Swedish IT consultancy firm. The company wished to acquire a project management and planning software tool to support the entire project process and all involved project roles. However, awareness of areas in the project process in need of support was not entirely clear. Therefore, the objective of the study was to investigate the company’s application of the Agile project process and identify potential challenges. Furthermore, the objective was to investigate how a project management and planning software tool can support the Agile project process within software development. The thesis was carried out as an abductive case study, where qualitative data collection methods and literature studies were combined. As a result from the study, two main conclusions have been drawn. Firstly: requirements engineering, the customer role, communication, and knowledge transfer were concluded as prominent challenges in the project process in need of increased support. Secondly, a project management and planning software tool can support the project process by: increasing the communication and collaboration abilities, providing holistic and historical project overview, providing a single storage location, and providing structure. Furthermore, the study has also shown that the project management and planning software tool needs to interact with the Agile project process in order to provide successful support. As final contribution, the Interaction model was created. The model visualizes the main areas in which a project management and planning software tool must interact with the Agile process, in order to support the entire project process successfully.Genom dess anpassningsförmåga och förändringsmottaglighet har den Agila metodiken blivit en populär tillämpning för projektprocessen inom mjukvaruutveckling, en miljö där snabba förändringar tillhör vardagen. Den Agila metodiken framhäver interaktion mellan projektroller  framför  dokumentation  och  formella  processer,  vilket  ökar  behovet  av fungerande informationsspridning genom hela projektprocessen. Studien  har  utförts  hos  ett  mindre  svenskt  IT-konsultföretag,  vilket  önskade  att införskaffa en programvara för ett projektlednings- och planeringsverktyg som kan stötta hela  projektprocessen  och  alla  involverade  projektroller.  Medvetenheten  kring  de områden i projektprocessen som är i behov av stöd var däremot inte helt tydlig. Målet med   studien   var   därför   att   undersöka   företagets   tillämpning   av   den   Agila projektprocessen  och  identifiera  eventuella  utmaningar.  Vidare  var  målet  också  att undersöka hur en programvara för ett projektlednings- och planeringsverktyg kan stödja den Agila projektprocessen inom mjukvaruutveckling. Examensarbetet utfördes som en abduktiv fallstudie där flera kvalitativa datainsamlingsmetoder användes tillsammans med litteraturstudier. Som resultat av studien har två huvudslutsatser dragits. För det första; kravhantering, kundrollen, kommunikation  och  kunskapsöverföring  identifierades som framträdande utmaningar i projektprocessen i behov av ökat stöd. För det andra, att en programvara för ett projektlednings- och planeringsverktyg kan stödja projektprocessen genom att; förbättra  kommunikations-  och  samarbetsmöjligheterna,  ge  en  övergripande  och historisk projektöverblick, fungera som en gemensam lagringsplats och tillhandahålla struktur.  Vidare  har  studien  visat  att  en  programvara  för  ett  projektlednings-  och planeringsverktyg  måste  interagera  med  den  Agila  projektprocessen  för  att  ge  ett effektivt  stöd.  Som  ett  slutligt  bidrag  skapades  "the  Interaction  model",  vilken visualiserar huvudområdena inom vilka en programvara för ett  projektlednings- och planeringsverktyg måste interagera med projektprocessen för att ge ett fullt stöd till processen

Using multiple criteria decision analysis to aid the selection of enterprise resource planning software : a case study

BHC Ltd is a family owned SME which specialises in steel fabrication for the construction industry. Due to rapid growth over the past decade the company’s current business software has evolved from a collection of semi-integrated individual packages and Excel spreadsheets. To help the company become more efficient during the current financial downturn and to ensure they are capable of future growth, BHC Ltd initiated a project with the University of Strathclyde to select and implement an Enterprise Resource Planning (ERP) solution. This paper will provide a case study of BHC’s ERP selection process. In particular it will discuss how steel specific business requirements and organisational culture led us to use multiple criteria decision analysis (MCDA) when making a final software selection. The MCDA process that was followed is further discussed and includes the success that was achieved by using this approach

An integrated MCDA software application for forest planning : a case study in southwestern Sweden

Forest planning in Sweden today translates not only into planning of timber production, but also for the provision of other functions and services. Multi-criteria decision analysis (MCDA) methods provide a way to take also non-monetary values into account in planning. The purpose of this study was to gain experience on how to use a forest decision support system combined with an MCDA tool in practical forestry. We used a new forest planning tool, PlanWise, which includes an integrated MCDA module, PlanEval. Using the software, the decision maker can compare different forest plans and evaluate them against his/her objectives in a structured and analytical manner. The analysis thus provides a ranking of the alternatives based on the individual preferences of the decision maker. PlanEval and the MCDA planning process are described in a case study, where the manager of a forest estate in southwestern Sweden used the program to compare different forest plans made for the estate. In the paper, we analyze possibilities and challenges of this approach and identify problems such as the adherence to formal requirements of MCDA techniques and the difficulty of comparing maps. Possibilities to expedite an MCDA planning process further are also discussed. The findings confirm that integration of an MCDA tool with a forest decision support system is valuable, but requires expert assistance to be successful

Investigating distributed simulation at the Ford motor company

Engine production is a complex process that requires the manufacturing and assembly of a wide variety of components to create a varied product mix. Simulation plays a key role in the planning process of a new production line to determine if it can meet expected demand. However, these simulations can be very time consuming and can often take up to a day to execute a single run. This paper investigates how distributed simulation based on the IEEE 1516 High Level Architecture and the emerging standard COTS Simulation Package Interoperability Product Development Group (CSPI-PDG) Type I Interoperability Reference Model could be used to reduce the time taken for a single simulation run. CSP interoperability and the problem of integrating CSPs with HLA software (the runtime infrastructure) are presented. New prototype benchmarking software, the COTS Simulation Package Emulator (CSPE), which is being developed to investigate distributed simulation problems, is discussed. The paper then develops a case study of how this was used to investigate the feasibility of using distributed simulation at Ford. The paper discusses results obtained from this case study and suggests that distributed simulation could indeed be beneficial to Ford

The real SAP® Business one cost : a case study of ERP adoption in an SME

This paper reports on a UK based service management Small and Medium-sized Enterprise (SME) that invested into SAP® Business One. The action research case study highlights the real cost and difficulties faced in moving to the one single SAP system and the process that was followed in order to identify third-party vendors that can integrate or customise SAP® Business One. This paper highlights the additional costs required to ensure a ‘fit-for-purpose’ solution to close the gap between strategic needs and the existing SAP Business One solution. The gap itself is illustrated by highlighting 10 key functionalities expected by the given service management SME. The actual implementation cost of the Enterprise Resource Planning (ERP) was found to be approximately double the initial SAP costs. The real costs involve time for, among other things, process reengineering, strategic decision making, software add-ons, staff-training, project-management and software maintenance

Terrestrial laser scanning and 3D imaging: Heritage case study – The Black Gate, Newcastle Upon Tyne

This paper offers a case study on the recording of a section of wall on a complex heritage building, the Black Gate in Newcastle upon Tyne. The paper adopts case study methodology to assess the appropriateness of using a long range scanner based upon pulse technology for the recording of part of this historic structure and describes the scanning instruments adopted as well as the selection of appropriate software for the pre-processing and documentation. The study offers an overview of the survey planning stages, field operation, and processing of 3D point cloud data using the third party software adopted, including problems encountered. Issues emerging are discussed, in both the 2D and 3D modelling of detailed surfaces from point cloud data, and in the process of software selection, data preparation and export, pre-processing of point cloud data, meshing and the creation of 2D geometry and 3D animations. The paper describes the end results offered as deliverables for this project, and offers recommendations for a working method that can produce data suitable for producing stone-by-stone elevation drawings. The work processes and cost / time indicators are included in this case study and conclusions will consider whether the technique adopted could lead to an improved solution for heritage recording compared to those traditional techniques which are currently employed to produce stone-by-stone elevations. Areas for future research are identified

Comparing the Economic and Conventional Approaches to Financial Planning

The conventional approach to retirement and life insurance planning, which is used throughout the financial planning industry, differs markedly from the economic approach. The conventional approach asks households to specify how much they want to spend before retirement, after retirement, and in the event of an untimely death of the head or spouse. It then determines the amounts of saving and life insurance needed to achieve these targets. The economic approach is based on the life-cycle model of saving. Its goal is to smooth households' living standards over their life cycles and to ensure comparable living standards for potential survivors. In the economic approach, spending targets are endogenous. They are derived by calculating the most the household can afford to consume in the present given that it wants to preserve that living standard in the future. Although spending targets under the conventional approach can be adjusted in an iterative process to approximate those derived under the economic approach, there are practical limits to doing so. This is particularly the case for households experiencing changing demographics or facing borrowing constraints. This paper illustrates the different saving and insurance recommendations provided by economic financial planning software and the practical application of traditional financial planning software. The two software programs are Economic Security Planner (ESPlanner), developed by Economic Security Planning, Inc., and Quicken Financial Planner (QFP), developed by Intuit. Each program is run on 24 cases, 20 of which are stylized and 4 of which are actual households. The two software programs recommend dramatically different levels of saving or life insurance in each of the 24 cases. The different saving recommendations primarily reflect ESPlanner's adjustment for household demographics and borrowing constraints. The different life insurance recommendations reflect these same factors as well as ESPlanner's accounting for contingent household plans and for Social Security's survivor benefits. The less detailed tax and Social Security retirement benefit calculations used in our implementation of QFP also explain some of the differences between the two programs.

Workstation Configuration and Process Planning for RLW Operations

The application of Remote Laser Welding (RLW) has become an attractive assembly technology in various branches of industry, as it offers higher efficiency at lower costs compared to traditional Resistance Spot Welding (RSW) when high volumes of sheet metal assemblies are to be produced. However, the introduction of RLW technology raises multiple new issues in designing the configuration, the layout, and the behavior of the assembly system. Since configuring an RLW workstation and planning the welding process are closely interrelated problems, a hierarchical decision process must be applied where configuration and planning go hand in hand. The paper presents a hierarchical workflow forworkstation configuration and process planning for RLW operations, and proposes methods for solving the decision problems related to each step of this workflow. A software toolbox is introduced that has been developed to facilitate a semi-Automatic, mixed-initiative workstation design and t o guide the expert user throughout the configuration, planning, programming, evaluation, and simulation of the RLW workstation. A case study from the automotive industry is presented, where the software tools developed are applied to configuring and planning the behavior of an RLW workstation that replaces RSW technology in assembling a car door