Software Engineering Fundamentals and the Software Process - Software Development Lifecycle (SDLC) Models: Waterfall, Iterative, and Agile - Software Project Management: Planning, Scheduling, and Risk Management - Requirements Engineering: Elicitation, Specification, and Validation - Ethical and Professional Responsibilities in Software Engineering - Overview of Case Studies: Embedded Systems and Information Systems.

Introduction to Dependable Systems: Safety, Reliability, and Availability - Security Engineering: Risk Management and Secure Design Principles - Advanced Requirements Models: User and System Requirements - Socio-Technical Systems and Critical Systems Specification - Validation, Verification, and Software Quality Assurance - Architectural Patterns for Dependable Systems.

System Modeling: Context, Interaction, and Structural Models - Architectural Design: Organization, Decomposition, and Patterns - Object-Oriented Design using UML - Distributed Systems Architecture: Client-Server and Service-Oriented - Software Reuse: Component-Based Engineering and Application Frameworks - Testing Strategies: Unit, Integration, System, and Release Testing.

Software Evolution: Change Management and Legacy Systems - Software Maintenance: Types of Maintenance and Maintenance Processes - Configuration Management: Version Control and System Building - Model-Driven Engineering (MDE) and Automated Code Generation - Open Source Development and Software as a Service (SaaS) - Embedded Software Design and Real-Time Systems.

Project Planning: Estimation Techniques (COCOMO, Agile Estimation) - Quality Management: Quality Plans, Standards, and Reviews - Process Improvement: Capability Maturity Model Integration (CMMI) and ISO 9001 - Managing People: Team Organization and Stakeholder Communication - Cost Estimation and Project Scheduling - Case Study Analysis and Course Review.