MSD

- SW Requirements

- SW Design

- SW construction

- SW Testing

- SW Maintenance

- SW Config Managment

- SW Engineering Management

- SW Engineering Process

- SW Engineering Methods

- SW Quality

- Common Practise

- Economics

- Computing, Mathematical and Engineering Foundations

elicitation,negotiation, analysis, specification, andvalidation

definition of the architecture, components, interfaces,

detailed design, coding, unit testing, integration testing, debugging, verification and tools,

fundamentals of software testing; testing techniques; humancomputer user interface testing and evaluation; test-related measures

reverse engineering, refactoring, software retirement; disaste recovery techniques, tools,

identification, control, status accounting, auditing; software release management and
delivery, tools

process planning, estimation of effort, cost,
and schedule, resource allocation, risk analysis,
planning for quality; product acceptance;
review and analysis of project performance;
project closure; tools

software life cycle models, process assessment, tools

modeling, analysis

verification, validation, reviews, audits, tools

standards, codes of ethics; group
dynamics (working in teams, cognitive problem
complexity, interacting with stakeholders,
dealing with uncertainty and ambiguity,
dealing with multicultural environments);
communication skills

costbenefit analysis, optimization, risk analysis,
estimation, decision making

Computing Foundations: operation systems,
networking, algorithms, parallel an
distributed computing

Mathematical Foundations: sets, relations,
and functions; basic propositional and
predicate logic; proof techniques; graphs
and trees; discrete probability; grammars
and finite state machines; and number theory.

Engineering Foundations: statistical
analysis; measurements and metrics; engineering
design; simulation and modeling

Software Development

• Requirements : elicitation, negotiation, analysis, specification, and validation,
• Design : architecture, components, interfaces,
• Construction : coding, unit & integration testing, documentation

Project Management

• Configuration Management : change control, release management
• Process Life Cycle : planning, resource allocation, risk analysis
• Quality Management : verification, validation, reviews