Implementation, Usage and Advantages of Cloud Computing within Project Management using the example of an Offshore Wind Farm Project

Table of Contents

• 1. Introduction
• 1.1. Problem and Thesis Definition
• 1.2. Structure
• 2. Executive Summary
• 3. Theoretical Background
• 3.1. Cloud Computing
• 3.1.1. Introduction
• 3.1.2. Definition
• 3.1.3. Virtualization
• 3.1.4. Service-oriented Architectures
• 3.1.5. Cloud Deployment Models
• 3.1.6. Monetary & Business Aspects of Cloud Computing
• 3.1.7. Information security
• 3.1.8. Requirements of Cloud Computing
• 3.2. Project Management
• 3.2.1. Introduction
• 3.2.2. Project Definition
• 3.2.3. Project Management Definition
• 3.2.4. Work Breakdown Structure
• 3.2.5. Project Phases
• 3.2.6. Project Life Cycle
• 3.2.7. Organizational Influences on Projects
• 3.2.8. Megaproject
• 4. Private Cloud Companies & Market Offer
• 4.1. Introduction
• 4.2. Current Situation in Germany
• 4.3. Stakeholders in Cloud Computing Environment
• 4.4. Standardization Requirements for Cloud Computing
• 4.5. Companies
• 4.5.1. Company Overview
• 4.5.2. Microsoft SharePoint
• 5. Offshore Wind Farm Projects
• 5.1. Introduction
• 5.2. Project Specifics
• 5.3. Project Cloud Usages
• 6. Hypothesis
• 6.1. Introduction
• 6.2. Project specific Requirements on Cloud Computing
• 6.3. Commercial Aspects of Cloud Computing in Projects
• 6.4. Success Factors
• 6.5. Cloud Advantages
• 6.6. Cloud Disadvantages
• 6.7. Comparison of Usage
• 7. Conclusion and Summary
• 8. Future Research & Outlook

Objectives and Key Themes

This Master's thesis examines the implementation, usage, and advantages of cloud computing within project management, using an offshore wind farm project as a case study. The objective is to analyze the applicability and benefits of cloud-based solutions in managing complex, large-scale projects within the renewable energy sector. * Application of Cloud Computing in Project Management * Advantages and Disadvantages of Cloud Computing in Project Management * Specific Requirements for Cloud Computing in Large-Scale Projects * Commercial Aspects of Cloud Computing in Projects * Success Factors for Cloud Computing Implementation in Projects

Chapter Summaries

3. Theoretical Background: This chapter lays the groundwork for the thesis by providing a comprehensive overview of cloud computing and project management. It defines key concepts like virtualization, service-oriented architectures, and various cloud deployment models, examining their relevance to project execution. The chapter then delves into project management methodologies, including project definition, work breakdown structures, and project life cycles, establishing a framework for understanding how cloud computing can integrate into project management practices. The connection between these two seemingly disparate fields is established, setting the stage for a deeper analysis in subsequent chapters.

4. Private Cloud Companies & Market Offer: This chapter explores the current market landscape of private cloud companies and their offerings. It analyzes the competitive environment in Germany, identifying key players and their respective strengths. The chapter also addresses standardization requirements for cloud computing, which is crucial for ensuring interoperability and compatibility across different platforms. The analysis incorporates an examination of the stakeholders involved in the cloud computing ecosystem, highlighting their interactions and influences on the market dynamics.

5. Offshore Wind Farm Projects: This chapter focuses on the specifics of offshore wind farm projects, providing context for the application of cloud computing. It delves into the unique challenges and requirements of these large-scale projects, including their complexity, geographical limitations, and the need for efficient collaboration among diverse stakeholders. The chapter then analyzes how cloud-based solutions can help address these challenges and improve the overall project management process.

Keywords

Cloud Computing, Project Management, Offshore Wind Farm, Virtualization, Service-oriented Architectures, Project Life Cycle, Work Breakdown Structure, Megaprojects, Cost Management, Risk Management, Collaboration, Standardization, Market Analysis, Case Study, Success Factors.

Frequently Asked Questions: Master's Thesis on Cloud Computing in Offshore Wind Farm Projects

What is the main topic of this Master's thesis?

This Master's thesis investigates the implementation, usage, and advantages of cloud computing within project management, specifically focusing on offshore wind farm projects as a case study. It aims to analyze the applicability and benefits of cloud-based solutions for managing complex, large-scale projects in the renewable energy sector.

What are the key themes explored in the thesis?

The thesis explores several key themes, including the application of cloud computing in project management, the advantages and disadvantages of cloud-based solutions, specific requirements for cloud computing in large-scale projects, commercial aspects of cloud computing within projects, and success factors for effective cloud implementation.

What is covered in the Theoretical Background chapter?

The Theoretical Background chapter provides a comprehensive overview of cloud computing and project management. It defines core concepts like virtualization, service-oriented architectures, and various cloud deployment models, highlighting their relevance to project execution. It also details project management methodologies, including work breakdown structures and project life cycles, showing how cloud computing can integrate into these practices.

What does the chapter on Private Cloud Companies & Market Offer discuss?

This chapter examines the current market landscape of private cloud companies and their offerings, particularly in Germany. It analyzes the competitive environment, identifies key players, and addresses standardization requirements crucial for ensuring interoperability. The chapter also explores the stakeholders within the cloud computing ecosystem and their influence on market dynamics.

What is the focus of the Offshore Wind Farm Projects chapter?

This chapter centers on the specifics of offshore wind farm projects, providing context for the application of cloud computing. It details the unique challenges and requirements of these large-scale projects, such as complexity, geographical limitations, and the need for effective stakeholder collaboration. The chapter then analyzes how cloud solutions can improve project management in this context.

What are the key objectives of the thesis?

The main objectives are to analyze the applicability and benefits of cloud-based solutions in managing complex, large-scale projects, specifically within the renewable energy sector, and to identify the advantages and disadvantages of using cloud computing in project management for such projects.

What keywords are associated with this thesis?

Keywords include Cloud Computing, Project Management, Offshore Wind Farm, Virtualization, Service-oriented Architectures, Project Life Cycle, Work Breakdown Structure, Megaprojects, Cost Management, Risk Management, Collaboration, Standardization, Market Analysis, Case Study, and Success Factors.

What is the structure of the thesis?

The thesis follows a structured format, including an introduction, executive summary, theoretical background, a chapter on private cloud companies and market offerings, a chapter on offshore wind farm projects, a section on hypotheses, a conclusion, and an outlook on future research.

What kind of case study is used in this thesis?

An offshore wind farm project serves as the primary case study to illustrate the practical application and benefits of cloud computing within project management in a real-world, large-scale project.

Where can I find a detailed table of contents?

A detailed table of contents is provided within the thesis document, outlining all chapters and sub-sections.