IT4304 Rapid Software Development (Optional)

Transcription

1 Rapid Software Development (Optional) INTRODUCTION This is one of the optional courses designed for Semester 4 of the Bachelor of Information Technology Degree program. This course on Rapid Software Development (RSD) focuses on software development methods and tools associated with building correct, high quality software on schedule and within budget. CREDITS: 04 LEARNING OUTCOMES After successful completion of this course students will be able to: Obtain a firm foundation on RSD concepts and methodologies. Acquire sufficient working knowledge on RSD tools. MINOR MODIFICATIONS When minor modifications are made to this syllabus, those will be reflected in the Virtual Learning Environment (VLE) and the latest version can be downloaded from the relevant course page of VLE. Please inform your suggestions and comments through the VLE. ONLINE LEARNING MATERIALS AND ACTIVITIES You can access all learning materials and this syllabus in the VLE: if you are a registered student of BIT degree program. It is very important to participate in learning activities given in the VLE to learn this subject. ONLINE ASSIGNMENTS The assignments consist of two quizzes, assignment quiz 1 (It covers the first half of the syllabus) and assignment quiz 2 (It covers the second half of the syllabus). Maximum mark for a question is10, minimum mark for a question is 0 (irrespective of negative scores). Final mark is calculated considering 40% of assignment quiz 1 and 60% of assignment quiz 2. Pass mark for the online assignments in a course is 50. You are advised to do online assignments before the final exam of the course. It is compulsory to pass all online assignments to partially qualify to obtain year 2 certificate. 1

2 FINAL EXAMINATION Final exam of the course will be held at the end of the semester. Examination Paper will consist of two parts. Part 1 : 1 Hour paper consisting of Multiple Choice Questions Part 2 : 1 Hour paper consisting of Structured Questions OUTLINE OF SYLLABUS Topic Hours 1- Introduction to RSD Characteristics of Rapid Software Development Project Estimation Project Scheduling Teamwork Iterative and Incremental Development 04* 7- Rapid Application Development 04* 8- Software prototyping 02* 9- Agile software development 26* 10- Other topics in Rapid Software development 10* Total 60 * Students may need more time to do relevant practical work. 2

3 REQUIRED MATERIALS Main Reading Ref 1: Steven McConnell, Rapid Development ISBN: , WP Publishers & Distributors (P) Ltd. Supplementary Reading Ref 2: Agile and Iterative Development: A Manager's Guide by Craig Larman, Agile Software development series, Alistair Cockburn and Jim Highsmith, Series Editors Ref 3: hite_paper.pdf Ref 4: Ref 5: Ref 6: Ref 7: Ref 8: Ref 9: Ref 10: Ref 11: Ref 12: Ref 13: Ref 14: Ref 15: Ref 16: Ref 17: Ref 18: Ref 19: Ref 20: Ref 21: Ref 22: The pages of the web addresses mentioned above last accessed on 31st March The content of the above address are on the VLE. 3

4 DETAILED SYLLABUS: Section 1: Introduction to RSD (2 hrs) Instructional Objectives Identify issues in traditional software development Describe the difference between traditional software development and Rapid Software Development Identify commonly made classic mistakes during Rapid Software Development Select appropriate Rapid Software Development model Material /Sub Topics 1.1. What is Rapid Software Development? [Ref 1: pg 1] 1.2. Issues in traditional software development 1.3. Classic mistakes in Rapid Software Development [Ref 1: pg 37-38] People related classic mistakes [Ref 1: pg 40-43] Process related classic mistakes [Ref 1: pg 44-46] Product related classic mistakes [Ref 1: pg 46-47] Technology related classic mistakes [Ref 1: pg 47-48] 1.4. Why RSD? Choosing most rapid life cycle model [Ref 1: pg ] 1.5. What kind of RSD do you need? [Ref 1: pg 8-27] 1.6. Modern RSD Section 2 : Characteristics of Rapid Software Development (2 hrs) Instructional Objectives Describe the general strategy for rapid development Describe the four dimensions of development speed Discuss the importance of customer oriented development List some customer oriented practices Material /Sub Topics 2.1. Rapid development strategy [Ref 1: pg 8-18] General strategy for rapid development 4

5 Four dimensions of Development People Process Product Technology 2.2. Customer oriented development [Ref 1: pg ] Customer s importance to rapid development Customer oriented practices Managing customer expectations Section 3 : Project estimation (2 hrs) Instructional Objectives List different ways of estimating a RSD project Describe the differences among main aspects of RSD project estimation Material /Sub Topics 3.1. Software estimation and estimation process in RSD 3.2. Size estimation [Ref 1: pg ] 3.3. Effort estimation [Ref 1: pg ] 3.4. Schedule estimation [Ref 1: pg ] 3.5. Estimate refinement [Ref 1: pg ] Section 4 : Project scheduling (4hrs) Instructional Objectives Explain the relationship between schedule pressure and schedule slips Identify root causes of overly optimistic scheduling Identify negative effects of overly optimistic scheduling Explain different approaches of beating schedule pressure Material /Sub Topics 4.1. Overly optimistic scheduling [Ref 1: pg ] Root causes of overly optimistic schedules [Ref 1: pg ] Effects of overly optimistic schedules [Ref 1: pg ] 5

6 Excessive schedule pressure [Ref 1: pg ] 4.2. Schedule pressure Beating schedule pressure [Ref 1: pg ] Section 5 : Teamwork (4 hrs) Instructional Objectives Describe the importance of creating effective teams Explain the process of long term team building Identify the issues related to team work Material /Sub Topics 5.1. Teamwork s Importance to RSD [Ref 1: pg ] Variations in Team Productivity Cohesiveness and Performance 5.2. Creating Effective Teams [Ref 1:pg ] Team Characteristics 5.3. Why Teams Fail? [Ref 1:pg ] 5.4. Long-Term Team Building [Ref 1:pg 292] 5.5. Team Structure [Ref 1:pg 297] Team Models [Ref 1:pg 304] Section 6 : Iterative and Incremental Development (4 hrs) Instructional Objectives: Identify characteristics of RAD approach List advantages and limitations of Iterative and Incremental Development List commonly used Iterative and Incremental Development tools 6.1. Characteristics of the developmental model [Ref: Teacher's note] Iterative planning 6.2. When to use Iterative and Incremental Development [Ref: Teacher's note] 6.3. Iterative Development methods [Ref: Teacher's note] Unified Process 6.4. Iterative and Incremental Development tools [Ref: Teacher's note] 6

7 Section 7: Rapid Application Development (4 hrs) Instructional Objectives: Identify characteristics of RAD approach List advantages and limitations of RAD List commonly used RAD tools 7.1. Characteristics of RAD [Ref: Teacher's note] 7.2. RAD constraints [Ref: Teacher's note] 7.3. When to use RAD [Ref: Teacher's note] Advantages of RAD Disadvantages of RAD 7.4. RAD environment tools [Ref: Teacher's note] Database programming Interface generators Report generators Links to office applications Section 8 : Software prototyping (2hrs) Instructional Objectives: Identify characteristics of prototype approach List advantages and limitations of prototyping Identify two(2) different prototyping methods 8.1. Characteristics of prototyping method [Ref: Teacher's note] 8.2. Benefits of prototyping [Ref: Teacher's note] 8.3. Prototyping process [Ref: Teacher's note] 8.4. Prototyping methods [Ref: Teacher's note] Throwaway prototyping Evolutionary prototyping 8.5. Prototyping tools [Ref: Teacher's note] 7

8 Section 9: Agile software development (26 hrs) Instructional Objectives: Identify characteristics of agile approach List advantages and limitations of agile development Identify different agile development methods Use Rapid Software Development tools in agile development 9.1. What is agile software development? [Ref 2: pg 25-26] 9.2. History of Agile development [Ref: Teacher's note] 9.3. Agile process characteristics [Ref: Teacher's note] Human factors 9.4. The Agile manifesto and principles [Ref 2: pg 27-28] 9.5. Agile methods Adaptive Software development [Ref: Teacher's note] Features Agile Unified Process (AUP) [Ref: Teacher's note] History Characteristics of AUP Scrum History of scrum [Ref 2: pg ] Characteristics of Scrum [Ref: Teacher's note] Roles and Practices [Ref 2: pg ] Agile project management with scrum [Ref: Teacher's note] Artifacts [Ref 2: pg 114] Product backlog [Ref 2: pg ] Sprint backlog [Ref 2: pg ] Sprint planning best practices Burn down [Ref 2: pg ] Extreme Programming (XP) History [Ref 2: pg 170] Characteristics of XP [Ref: Teacher's note] Planning, Design, Coding, Testing Work products, Roles and Practices in extreme programming [Ref 2: pg ] 8

9 Dynamic Systems Development method [Ref: Teacher's note] Principles Critical success factors Crystal clear [Ref: Teacher's note] 9.6. Agile tools and methods [Ref: Teacher's note] Integrated Development Environments (IDE) Jbuilder, EasyEclipse, NetBeans etc Requirements Management (Product/release/backlogs) Planning (Release/Iteration planning) Automated testing Version controlling & Integration/ Automated builds Tracking (project/release/iteration progress tracking) Quality Assurance (testing, bugs management) Feedback Gathering (feedback from customers, ideas, issues) Section 10 : Other topics in Rapid Software development (10hrs) Instructional Objectives: Identify the use of CMS Identify different types of CMS Describe the advantages of CMS Create a simple website using a CMS Content Management Systems(CMS) [Ref: Teacher's note] Introduction Advantages of CMS Different types of CMS Web CMS Transactional CMS Publication CMS LCMS Integrated document management system Enterprise CMS 9

10 Creating a managed website Choosing a right CMS Installing a CMS and promoting the site Technical Infrastructure to setup a CMS Setup a CMS Setup the site Promoting the site Capability Maturity Model(CMM) [Ref: Teacher's note] PLATFORM Windows or Linux 10