Software Engineering Track 2019

Objectives

The track is designed to prepare students to become software engineers who:

• understand and can use the principles and techniques of software engineering essential for the design and development of large software products,

• are familiar with and can effectively use a variety of tools for software analysis, design, testing, and maintenance, and

• can effectively work in teams and communicate orally and in writing.

All CS core courses, all track requirements, and their pre-requisites, regardless of department, must be completed with a grade of C or better.

Required Courses (5)

Course	Title
CS 30700	Software Engineering I
CS 35200 or CS 35400	Compilers: Principles and Practice     Operating Systems
CS 38100	Introduction to the Analysis of Algorithms
CS 40800	Software Testing
CS 40700	Software Engineering Senior Project

 

Electives (1)

Course	Title
CS 34800	Information Systems
CS 35200	Compilers: Principles and Practice
CS 35300	Principles of Concurrency and Parallelism
CS 35400	Operating Systems
CS 37300	Data Mining and Machine Learning
CS 42200	Computer Networks
CS 42600	Computer Security
CS 44800	Introduction to Relational Database Systems
CS 45600	Programming Languages
CS 47100	Introduction to Artificial Intelligence
CS 47300	Web Information Search And Management
CS 48900	Embedded Systems
CS 49000-CLC	Cloud Computing
CS 49000-DSO	Distributed Systems
CS 49000-SWS	Software Security
CS 51000	Software Engineering
CS 59000-SRS	Software Reliability and Security

Note: Engineering Projects In Community Service (EPICS), Vertically-Integrated Projects (VIP), etc. can be used in place of the Software Engineering Senior Project if approved by Software Engineering Track Chair. EPICS must be EPCS 41100 and EPCS 41200 (Senior Design), not EPCS 40100 and EPCS 40200 (Senior Participation).

Note: No course can be counted both for required and elective credit. This is true for all tracks.