RUP Concept and Training
Course Description: The course teaches the theory and practice of RUP. Our approach of teaching RUP is the hands-on approach, where students will have a small project to work with. This helps students grasp the overwhelming RUP material that has to be covered in the course. The students work as a team of developers and clients going through each of the development stages. Each student is assigned a role as a client, developer, analyst, manager and so on. Course Objectives: 1. Help make RUP concept easier by hands-on development of a software package 2. Introduce design concept and terminology 3. Introduce development phases and processes 4. Introduce Object Modeling 5. Help students think in RUP 6. Develop a software product using RUP and Rational Rose Software 7. Introduce Rapid Application Development Who should take this course? 1. Clients 2. Testers 3. Developers-programmers 4. Managers 5. Analysts & Architects Prerequisite We do recommend that the students should have both technical and/or business backgrounds. Our instructors have the ability to teach both technical and non-technical students. Clients can decide on which way the course should go based on the students background. Recommended Text Books We provide the text material for this course. Topic Outline Due to the overwhelming RUP material that has to be covered in the course and students background, the length and the pace of this course may vary. We may recommend a pace for the client based on our experience, but the students have the final decision in the matter. The following is the syllabus for the RUP course. |
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Phases – First Visit: |
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Inception
Elaboration Construction Transition |
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Iteration – First Visit: |
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What is an iteration?
Why iterate? Iteration and phases |
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Core Process Workflows - First Visit: |
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Business Modeling
Requirements Analysis Design Implementation Test Deployment Core Supporting Workflows Environment Project Management Configuration & Change Management |
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Overview Analysis & Design |
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Analysis Class
Aggregation Association Capsule Class Diagram Collaboration Diagram Data Model Design Classes Design Model Design Package Design Subsystem Designing Classes in Java Generalization Import Dependency in Design Interfaces Layering Reverse-Engineering Relational Databases Sequence Diagram Software Architecture Document Statechart Diagram Subscribes-Association Use-Case Realization |
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Inception: |
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Business Modeling
Requirements Analysis Design Implementation Test Deployment Core Supporting Workflows Environment Project Management Configuration & Change Management |
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Elaboration: |
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Business Modeling
Requirements Analysis Design Implementation Test Deployment Core Supporting Workflows Environment Project Management Configuration & Change Management |
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Construction: |
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Business Modeling
Requirements Analysis Design Implementation Test Deployment Core Supporting Workflows Environment Project Management Configuration & Change Management |
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Transition: |
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Business Modeling
Requirements Analysis Design Implementation Test Deployment Core Supporting Workflows Environment Project Management Configuration & Change Management |
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Iteration: |
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Inception
Elaboration Construction Transition |
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Management Role: |
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Open Discussion |
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