Budapest University of Technology and Economics, Faculty of Electrical Engineering and Informatics

Lecture content

1.

Effective use of development tools, learn best practices, build a variety of devices, major development, debugging, testing, mapping processes.

2.

Typical architectural expectations and possible solutions related to the project management methodologies, showing the advantages and difficulties in each direction.

3.

The manual application testing processes, methods, presentation of some assets. Guidelines for the preparation of unit tests, the conditions for the application, advantages and disadvantages.

4.

Source code management methods, widespread source code management tools, branching strategies, introduction of best practice guidelines for effective teamwork.

5.

Specification and business analysis methods: Structured Systems Analysis and Design Method (SSADM), requirements analysis, requirements specification, logical and physical planning, types of requirements, measurable objectives, prototypes, business analysis techniques, business processes and documentation requirements.

6.

Software Design methods: software design, UML, UML profile, description and communication of user requirements, architecture, design, Domain Driven Design, Model Driven Development

7.

User Experience design, typical process steps and best practices, role in the software development process, the user testing methods.

8.

Methodologies, classic methodologies: the software development process, software development models, Rational Unified Process (RUP), Capability Maturity Model Integration (CMMI)

9.

Agile development methods 1 (Agile values and principles) Why do we need methodologies?, managing change in the software industry, agile methods, values, principles, agile manifesto, agile practices.

10.

Agile development methods 2 (supporting the implementation practice): agile design, goals of design, levels of design, vision, release planning, iteration planning, stand-up. User stories, estimates, iteration, "done, done", Agile modeling.

11.

Agile development methods 3 (Agile methodologies): eXtreme Programming (XP), Scrum, Microsoft Solution Framework (MSF), characteristics of methodologies, their use in everyday life.

12.

Project management methods and tools 1: general project management principles, constraints, resources and competence matrices, tasks, dependencies. General description of project design tools.

13.

Project management methods and tools 2: specific characteristics of IT projects, agile and classic methodologies, resource and task management, monitoring, device support.

14.

Case studies: concrete case studies demonstrate the effective use of development tools, testing, source code management practices, collaboration tools. Experiences, best practices.

Seminar content

1.

Unit testing in practice: creating simple unit tests, application testing, mocking, error handling.

2.

Source code management methods 1: Microsoft Team Foundation Server, GIT, check-in / check-out, pull / push, merge, branching, offline repository management.

3.

Source code management methods 2: build automation, continuous integration, automated unit tests start, configuration-release devices, metrics.

4.

Specification and design: developing practical examples (SSADM), CMMI in practice, requirements analysis, business analysis.

5.

Agile Planning: practical examples of vision, release planning, iteration planning.

6.

Agile tools: common agile practices (test driven development, continuous integration, refactoring).

7.

Project management tools in practice: planning, resource management, scrum meetings, sprints, product backlog.