TIE-21106 Software Engineering Methodology, 6 cr

Person responsible

Matti Vuori, Kari Systä

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Requirements

Examination, exercises, assignment work

Learning Outcomes

Basic skills needed in software project work.

Content

Content Core content Complementary knowledge Specialist knowledge

1. Know principles and general issues of SW projects - including effort estimation and tracking techniques. Can set-up a project team. Can plan a SW project. Can track and steer a SW project. Can be an efficient manager/PO for a non-trivial project. Can act in process improvement roles.

2. Know their backgrounds and general principles of life-cycle models Can be a project member in a Scrum (2015) team without additional training Knows benefits and drawbacks of different models Can be a Scrum master without additional training Can select and adapt life-cycle models for the organization.

3. Know common quality assurance techniques Basic knowledge of quality systems and standards Basic knowledge of maturity models Can select required quality assurance practices for a team. Can ensure that practices are applied in an efficient manner Understands what is expected from organization when preparing for quality audits

4. Know principles of requirement management Know how to handle requirements in Scrum Can be responsible of requirement management in an organization Can act a product owner in a project

5. Know principles of configuration and version management Know how to apply CM in practical projects Can independently apply In practice, can set up a repository Can create and communicate guidelines

Instructions for students on how to achieve the learning outcomes

Exam, weekly excersize and project work.

Assessment scale:

Numerical evaluation scale (1-5) will be used on the course

Study material

Type Name Author ISBN URL Additional information Examination material

Summary of lectures No

Additional information about prerequisites
This course assumes that students know principles and practices of software development and design.

Correspondence of content

Course Corresponds course Description

TIE-21106 Software Engineering Methodology, 6 cr TIE-21100 Software Engineering Methodology, 6 cr

TIE-21106 Software Engineering Methodology, 6 cr OHJ-3056 Software Engineering Methodology, 6 cr

Last modified 20.01.2015

Content	Core content	Complementary knowledge	Specialist knowledge
1.	Know principles and general issues of SW projects - including effort estimation and tracking techniques.	Can set-up a project team. Can plan a SW project. Can track and steer a SW project.	Can be an efficient manager/PO for a non-trivial project. Can act in process improvement roles.
2.	Know their backgrounds and general principles of life-cycle models Can be a project member in a Scrum (2015) team without additional training	Knows benefits and drawbacks of different models Can be a Scrum master without additional training	Can select and adapt life-cycle models for the organization.
3.	Know common quality assurance techniques Basic knowledge of quality systems and standards Basic knowledge of maturity models	Can select required quality assurance practices for a team. Can ensure that practices are applied in an efficient manner	Understands what is expected from organization when preparing for quality audits
4.	Know principles of requirement management Know how to handle requirements in Scrum	Can be responsible of requirement management in an organization Can act a product owner in a project
5.	Know principles of configuration and version management Know how to apply CM in practical projects	Can independently apply In practice, can set up a repository	Can create and communicate guidelines

Type	Name	Author	ISBN	URL	Additional information	Examination material
Summary of lectures						No

Course	Corresponds course	Description
TIE-21106 Software Engineering Methodology, 6 cr	TIE-21100 Software Engineering Methodology, 6 cr
TIE-21106 Software Engineering Methodology, 6 cr	OHJ-3056 Software Engineering Methodology, 6 cr