Academia.edu no longer supports Internet Explorer.
To browse Academia.edu and the wider internet faster and more securely, please take a few seconds to upgrade your browser.
2019, www.orgcmf.com
…
10 pages
1 file
The organisation is a system of interrelated and interdependent elements (People, Process, Tools etc.) and as such is somewhat complex. Organisation Agility (Change Capability) is primarily determined by the Organisation System Maturity. By building the right organisation capabilities and their maturity levels we can improve its agility. This paper presents a method for building Change Capability Maturity (Agility) leveraging the Organisation Capability Maturity Framework (which is underpinned by Dynamic Systems Maturity Theory) couples with Agile Practice roll out (leveraging the Agile Manifesto & Principals)
Project Management Development - Practice and Perspectives Project Management Development -Practice and Perspectives 8th International Scientific Conference on Project Management in the Baltic Countries CONFERENCE PROCEEDINGS, 2019
The current global economy and growing digitalization require ever new solutions for cooperation between economy and society. In these terms, project management serves as a key discipline ensuring technically innovative and fast satisfaction of clients' demands. The classical project management methods are faced with certain changes in such circumstances. The new factors of success are agile and hybrid project management, as well as social competence and interactivity. The time of choosing between agile and traditional project management has already passed. Today, the tools to use for project management combine both agile and traditional elements.
Journal, 2018
The persistent high failure of change and transformation initiatives, to meet their expected outcomes, even with prevailing change management process and knowledge, has driven our need to understand what influences a human systems capability to change, and how can organisations achieve true Agility. Dynamic Systems Maturity Theory research has taken us a giant step forward in understanding how we can better manage change and transformation, and more importantly by the application of the theory improve the success rates of change and transformation initiatives. This paper introduces DSMT and its application to organisation change through the Organisation Capability Maturity Framework (OrgCMF™).
The skills and practices of a product manager can be seen as part of the intellectual capital of a software vendor. From this perspective, it is surprising that knowledge regarding software product management is not yet widely available. This impedes many companies from effectively improving their SPM methods. To support knowledge dissemination, method assessment, and method improvement in this and other areas, we propose the Online Method Engine. The solution combines knowledge management principles with incremental process improvement in order to allow software companies to obtain improvement guidance for their SPM methods, specific to their situation. The approach is designed to be domain-independent.
Master's Thesis by Andrew Whiteley
Agility Across Time and Space, 2010
Lecture Notes in Computer Science, 2011
We are in the business of delivering software intensive business systems using model-driven techniques. Developing suitable code generators is an important step in model-based development of purpose-specific business applications. Hence, it becomes critical to ensure that code generator development doesn't become a bottleneck for the project delivery. After establishing a sophisticated technology infrastructure to facilitate quick and easy adaptation of model-based code generators, we experimented with agile methodology. In this paper, we discuss why pure agile methodology does not work for model-driven software development. We propose a modification to the agile methodology in the form of meta-sprints as a golden mean between agile method and traditional plan-driven method. Early experience with the proposed development method is shared along with the lessons learnt.
The Lean and Agile Systems Development Approach fuses the principals and practices of Lean Startup and the Agile Software development movement to manage and teach the practise of software development in an educational setting. The Approach means to expose participants to the system development life cycle while simultaneously promoting a process based approach to developing software and educational artefacts. The proposed Approach is meant to be useful for " messy " real world problems that students and educators encounter within and outside of the academic domain. It emerged from the experience of having to initiate a diverse group of students with different social and educational backgrounds into systems development at university level. The Approach espouses an Agile mindset in problem solving. The Approach encourages self-reliance and the use of free (or low cost) open source and/or cloud based project planning, scheduling, analysis and design platforms and tools, thus lowering the barriers to entry for software development. The Approach encourages participants to appreciate the utility of crowd sourcing platforms to raise funding to pursue entrepreneurial activities. The Approach is a method which has been implemented and tested on university courses for introducing the software development life cycle. The processes, deliverables and workflow in the Approach are derived mainly from the disciplines of Agile (SCRUM and eXtreme programming), Lean startup, and Peircean semiotics. The Approach recognises the value of encouraging entrepreneurialism and incorporates basic business planning and fund raising into the proposed methodology. The Approach fuses and adapts the various principles of the aforementioned disciplines, encourages an Agile mindset, and espouses a Lean and Agile Systems Development Approach to the " messy " discipline of systems development in educational environments.
This paper is concerned with providing an enhanced Scrum framework that combines some practices of eXtreme Programming (XP) approach in Scrum framework to produce quality software on time. XP and Scrum are two agile software development methods. While Scrum is focused on project management, XP is focused on Software development; nevertheless, they both can be used to participate in the development of any software project independently or together. This paper presents the main concepts, features, phases, artifacts, and roles of Scrum as well as a brief introduction to XP and its practices. In this paper, the researcher presents how to combine some XP practices into Scrum activities. The researcher exploits the features and best practices of the two methods to propose an enhanced Scrum framework that includes an elaborated set of guidelines for achieving each Scrum activity. Therefore, the enhanced Scrum framework is more applicable than many previous attempts in this domain. The enha...
2007
Product or company names used in this set are for identification purposes only. Inclusion of the names of the products or companies does not indicate a claim of ownership by IGI of the trademark or registered trademark.
Global Pseudo-Differential Calculus on Euclidean Spaces, 2010
Il Capitale Culturale Studies on the Value of Cultural Heritage, 2014
Ars Adriatica, 2022
Comparative Law Review, 2017
Asian Association of Open Universities Journal (AAOUJ), 2024
Food and the City. Il cibo e la città, 2017
Cahiers d'histoire, 2021
International Journal of Systematic Theology, 2010
Táticas de Guerrilha na Arbitragem Internacional, 2023
Mousaios, XXVI, 2023
Psychotherapy Research, 2012
European Science N5 (61), 2021
Escravo, nem pensar! - Educação para prevenção ao trabalho escravo, 2022
International Journal of Biological Macromolecules, 2017
Project (Professional Journal of English Education), 2019
The American Journal of Forensic Medicine and Pathology, 2005
Physica E: Low-dimensional Systems and Nanostructures, 2001
DergiPark (Istanbul University), 2024