Software Engineering
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Earn college credit with Software Engineering—a self-paced online course covering SDLC, requirements, testing, version control concepts, teamwork, and building maintainable software. Complete short lessons, quizzes, and assignments on your schedule, then finish with a proctored final exam. Ideal for CS majors and project-based programs, with transcript options.
Upon the successful completion of this course, students will be able to: apply software engineering principles, methodologies, and emerging technologies in practical scenarios; recognize the essential elements and defining features of computer software, spanning its diverse applications across various fields; explain the foundational concepts, processes, and techniques that underpin software engineering; analyze the methodologies and importance of system analysis within the realm of software engineering; examine the principles and methodologies of object-oriented analysis and design, emphasizing their pivotal role in organizing software around data and enhancing modularity; identify steps in the software engineering process and adopt industry practices to enhance software project outcomes; evaluate different systems development life cycles and adapt methodologies to project-specific requirements; and correct common misconceptions in software engineering, fostering a more accurate perspective grounded in empirical evidence and critical thinking.
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Learning Outcomes
Upon the successful completion of this course, students will be able to: apply software engineering principles, methodologies, and emerging technologies in practical scenarios; recognize the essential elements and defining features of computer software, spanning its diverse applications across various fields; explain the foundational concepts, processes, and techniques that underpin software engineering; analyze the methodologies and importance of system analysis within the realm of software engineering; examine the principles and methodologies of object-oriented analysis and design, emphasizing their pivotal role in organizing software around data and enhancing modularity; identify steps in the software engineering process and adopt industry practices to enhance software project outcomes; evaluate different systems development life cycles and adapt methodologies to project-specific requirements; and correct common misconceptions in software engineering, fostering a more accurate perspective grounded in empirical evidence and critical thinking.
Major Course Topics
Major topics include fundamentals of software engineering; software engineering process models; advanced methods in software development and testing; agile methodologies in software engineering; systematic approaches to software requirements and modeling; techniques in software requirements engineering; principles of software design and reuse; fundamentals of software architectural design; Component-Level design; principles of user interface design in software development; software verification, validation, and security; software project management and governance; and advancements in software engineering.