Software Engineering

Course	CISC 330 – Software Engineering
Date/Time	Tuesday/Thursday 9:30-10:50AM
Location	Meen 107
Instructor	Walter Wimberly

Course Description

This course is an introduction to the practice of developing effective software. Topics will include software life cycle models; software process; team organization; requirements analysis and design methodologies; metrics, inspections, testing strategies and maintenance; software risks; professional and ethical responsibilities and personnel management practices.

Prerequisites: CISC 210 and CISC 215 with a minimum grade of C-, or permission of the instructor.

Module	Class Activities	Assignments
1	Introduction to Class Introduction to Software Engineering What is Software Engineering
2	Chap 2 – Making Software Engineering Work Chap 2 – Principles of Software Engineering Chap 2 – Dev Myths Chap 3 – A Generic Process Model Chap 3 – Identifying a Task Set Chap 3 – Software Process Structure Chap 3 – Process Assessment and Improvement	Email your Instructor Visit your Instructor
3	Chap 4 – Prescriptive Process Models Chap 4 – Specialized Process Models Chap 4 – The Unified Process Chap 4 – Personal and Team Processes Chap 5 – An Introduction to Agile Development Chap 5 – What Is an Agile Process? Chap 5 – Extreme Programming
4	Chap 6 – Characteristics of a Software Engineer Chap 6 – Software Engineering Teams	Test
5	Chap 7 – Principles that Guide Practice Chap 7 – Communication Principles  Chap 7 – Planning Principles Chap 7 – Modeling Principles Chap 7 – Construction Principles
6	Understanding Requirements Chap 8 – Requirements Engineering Chap 8 – Establishing the Groundwork Chap 8 – Requirements Gathering Chap 8 – Developing Use Cases Chap 8 – Building the Analysis Model Chap 8 – Validating Requirements Chap 9 – Requirements Analysis Chap 9 – Scenario Based Modeling Chap 9 – UML Models to Supplement Use Cases
7	Chap 10 – Identifying Classes Chap 10 – Specifying Class Attributes Chap 10 – Defining Class Operations Chap 10 – Requirements Modeling: Class-Based Methods Chap 11 – Identifying Events with Use Cases Chap 11 – State Representations Chap 11 – Patterns for Requirements Modeling
8	Chap 12 – Design with the Concept of Software Engineering in Mind Personal Notes – Defining your MVP  Review	Test
9	Chap 13 – Reasons for Software Architecture Chap 13 – Architecture Styles Chap 14 – Component Level Design Chap 14 – Conducting Component-Level Design Chap 14 – Component-Based Development
10	Chap 15 – Introduction to User Interface Design Chap 15 – Interface Analysis Chap 15 – WebApp and Mobile Interface Design Chap 16 – Pattern-Based Design
11	Chap 17 – WebApp Design Quality Chap 17 – WebApp Architecture Design Chap 18 – Mobile App Design Chap 18 – Mobile App Design Best Practices
12	Chap 19 – What Is Quality? Chap 19 – The Software Quality Dilemma Chap 19 – Achieving Software Quality
13	Chap 20 – Review Techniques Chap 20 – Review Types
14	Chap 27 – Security Engineering Chap 27 – Security and Privacy Chap 27 – Security Analysis
15	Chap 31 – The Project Management Spectrum Chap 31 – Project Management – People Chap 31 – Project Management – Processes and Projects
16	Review
17		Final