OMSCS Course Review: CS 6300 Software Development Process

After three semesters of learning new topics, CS 6300 felt familiar, maybe even a little too familiar.

OMSCS assigns core courses based on your specialization, so I did not have many options. The main alternative was CS 6515, Introduction to Graduate Algorithms. Although it is more challenging and likely more rewarding, my undergraduate courses had already covered most of its content. CS 6515 is also known in the OMSCS community for issues beyond just difficulty. After reading Reddit, OMSCentral, and talking to students, I did not feel confident about it. I chose CS 6300 instead, met the core requirement, and saved my energy for tougher electives.

Taking CS 6300 made my workload lighter, but I am not sure I learned much from it.

The Material

The course covers the software development lifecycle. Topics include requirements gathering, design with UML and architecture patterns, building an Android app in Java, and both black-box and white-box testing. It also teaches version control, how to use an IDE, and the Unified Software Process.

Each topic is explained well. The design patterns lectures refreshed my memory, and the testing material was organized. However, after years of writing requirements and reviewing architecture diagrams, listening to a lecture on version control basics felt unnecessary.

The main issue is that CS 6300 focuses on basic software engineering processes. If you have twenty years of experience, you will not find much new here. CS 6601 and CS 6200 taught me things I had not learned before, but this course mostly repeated what I already knew.

The Experienced Engineer Trap

In OMSCS, some courses teach things you cannot easily learn at work. For me, CS 6601 did that with AI, and CS 6200 with operating systems. However, the program requires certain courses, assuming you might not have this background. If you do, the material is accurate but not new.

OMSCS includes early-career developers, career changers, and experienced engineers. The program does not separate these groups for core courses, and changing that could cause issues. Experienced engineers should keep their expectations realistic. Not every course will be equally valuable. Plan ahead by taking harder electives when you have time, and save familiar core courses for your busier semesters.

The Group Project

The course includes a team project that counts for 18% of your grade. Teams are assigned through a survey, and you work remotely on a software project to simulate real teamwork.

In theory, this should have been the most valuable part of the course for me. Even if the technical content is familiar, working with a new team can lead to new insights. In practice, though, group projects in the online program can be difficult. I had teammates who did not participate, some who only mentioned time zone conflicts after missing deadlines, and overall work quality that sometimes did not meet graduate-level expectations. These real problems made it hard for the team to work well and took away from the learning experience.

Problems like missing teammates and uneven work quality are not unique to OMSCS. These issues are common in distributed teams. The main difference is the support you get to handle them.

At work, you have standups, communication rules, code reviews, sprint retrospectives, and a manager who can step in if needed. In this course, none of that is available. You are assigned a team, given a deadline, and then fill out a peer evaluation. There is no way to step in early if problems arise. By the time you notice, it is often too late to adjust the workload.

It is worth noting that, although the course covers software processes such as team coordination and project management, the group project did not use many of these practices. There were no required standups, no set version-control workflow, and no enforced code-review policy. The team had to set these up themselves. When half the team did not participate, it was impossible to put in place effective processes or ensure everyone was accountable. This gap between what the course teaches and how the project works made it hard to meet the learning goals for process management.

What Worked

I do not want to sound negative. The individual project, which lasts the whole semester and counts for 25% of your grade, was more engaging than the group project. You can apply concepts on your own and work at your own pace.

The best part was Android development. The course has you build an app in Java, and since I had never used the Android SDK before, I found it well-designed. The tools, documentation, and framework were impressive. Even experienced engineers might learn something new here. You may not learn much about process, but you could pick up a new skill.

The testing material was strong. Lessons on black-box and white-box techniques reviewed the formal basics behind what experienced engineers often do out of habit. Even experienced testers can benefit from these structured methods.

Should You Take This Course?

If you are early in your career or coming from another field, CS 6300 is a great course. It covers important topics, the projects are hands-on, and the structure is simple. I would have found it very helpful ten years ago.

In summary, CS 6300 is well-structured and covers the basics of software development effectively. It may not offer new challenges for experienced engineers, but it meets the core requirement and could provide some unexpected learning opportunities. Consider your background and career goals to decide if this course is right for you.