The objective of the course is to provide students with a working knowledge of the underlying foundations of object-oriented design and analysis and the current state of practice. Object-oriented analysis involves developing conceptual models of the problem domain of a software product. Object-oriented design involves developing models of the software solution to the problem clarified during analysis, and constructing programs that implement the design models. A fundamental objective of the course is for students to learn to think in terms of objects, so that they can identify the objects in a system and assign responsibilities to system components.
During the course, students will learn to analyze problems and develop conceptual models, generate designs from the models, and write program code that implements the designs. Students will also learn to evaluate and improve object-oriented models and code. They will use the Unified Modeling Language (UML) to develop object models, and Java to implement the designs. The course will also introduce some facets from agile programming: very short software build cycles, and test-first programming.The topics covered in this course are listed below (subject to change, not in exact order, as time permits):
This is not an introductory course on Java programming. Students must have experience in programming and debugging object-oriented software (e.g., Java and C++). Programming exercises in CS414 use Java. Our department uses Java in many courses (CS160, CS161, CS200, CS314, etc), so students are expected to be proficient in Java programming.
Students are expected to know the basics of software engineering as taught in an undergraduate course using a text such as
A good understanding of discrete math and logic including first-order predicate calculus is expected (CS 166), and data structures (CS 200). CS 200 and CS 253 are prerequisites to CS 314 which is a prerequisite to this course.
You must have a Colorado State University eIdentity (eID), before you can be installed into the CS414 Canvas courseware system. The CS414 Canvas page will have all of the course notes, assignments, discussions, and exams, so it is very important for you to be installed on this system. Visit the eIdentity and eServices web page to get your eID. You will not be able to take part in the course until you have an eID.
All queries to the instructors should be sent by email to email@example.com or posted only on appropriately named discussion groups in Canvas. Queries posted on any other discussion group will not be monitored.
The first day of class is Monday, August 22. Be ready to start then. Go to the Progress page to view the weekly schedule. The on-campus class meets on Mondays, Wednesdays, and Fridays. Since we will make video recordings of the on-campus lectures for the benefit of the distance students, on-campus students will also have access to them. However, on-campus students are expected to attend lectures. There is a grade for class participation.
Students must have adequate computing resources able to do the following:
Access the class Canvas page. Students must use a browser installed on their computer that is compatible with Canvas. Browsers are generally available for free.
Create, compile, and run Java programs. Any up to date personal computer or workstation should be adequate for Java development. The Java Development Environment is available for free on the internet. Students typically use the Eclipse IDE.
Create and edit UML diagrams. Various object modeling tools are available. Students may use any drawing tool that can construct the required UML diagrams. They may hand draw their diagrams (if they can do so legibly) and scan them in order to submit them electronically.
Here are the formally graded elements of the course and associated weighting:
|Class participation||5 %|
|Online quizzes on Canvas (10)||5 %|
|Discussion assignments on Canvas (10)||5 %|
|Design assignments||40 %|
|Midterm (1) take home||20 %|
|Final exam take home||25 %|
Final letter grades will be based on the relative distribution of total scores and not on any preset numerical grade.
Short assignments: There will be a couple of short modeling assignments, as well as programming assignments that involve writing code to implement requirements and use design patterns, and also writing code to implement test cases.
Long team project: There will be a long project with several deliverables including requirements, use cases, domain models, design models, program code, and test code. This will be done as an iterative project with code due several times during the semester. Each team will have 3-4 members.
While specific instructions will be given for each discussion assignment, in general, we expect each student to make an initial posting for each assignment, followed by responses to other students' postings. Merely having one sentence that says, for example, "I agree with everyone", is not enough to get a grade.
We will be glad to re-grade the same submission if you feel that there was a mistake in grading. Contact us within 4 calendar days for a re-grade. Work will be re-graded in its entirety, and may result in an increase, decrease, or no change in the grade. Note that, once we have graded an assignment, we will not allow you to re-do and re-submit it for grading.
Late work will not be accepted without prior permission. If you cannot finish the work by the deadline, contact the instructor as soon as possible. Extensions will be granted on a case-by-case basis and are more likely when permission is sought in advance, for reasons which are unexpected and beyond your control, and which involve only a short extension. The instructors reserve the right to assign a score penalty to the late work, depending on the circumstances and degree of lateness.
Note that the percentages refer to the total points available for the deliverable, not the points that you have received. That is, if an assignment is worth 100 points, and you get 76 and are 7 hours late, you will receive 66 points.
All students are expected to conduct themselves professionally. We (the instructors and GTAs) assume you are familiar with the policies in the student information sheet for the department and the department conduct code. Additionally, you are computing professionals, albeit perhaps just starting. You should be familiar with the code of conduct for the primary professional society, ACM. You can read the ACM Code of Conduct HERE.
This course will adhere to the CSU Academic Integrity Policy as found in the Student Conduct Code. At a minimum, violations will result in a grading penalty in this course and a report to the Office of Conflict Resolution and Student Conduct Services.
Students not already familiar with the CSU Honor Pledge should review this clear and simple pledge and always adhere to it. Academic dishonesty will be dealt with severely. The first instance of cheating will result in negative credit. The second instance will result in a failing grade and other penalties dictated by departmental and university policies.
We work to maintain an environment supportive of learning in the classroom and laboratory. Towards that end, we require that you be courteous to and respectful of your fellow participants (i.e., classmates, instructors, GTAs and any tutors). In particular:
We require you to follow the guidelines listed below for postings on Canvas: