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Software Development Fundamental courses provide an overview of the skills and processes necessary to develop software applications. They teach fundamentals of software engineering, software design and architecture, programming languages, database design and management, data structures, algorithms, software testing, server-side development, and frameworks. They provide a foundation for further study or a career in software engineering through hackathons, hands-on real-time projects, and case studies.
4 months
January 17, 2024
27 years, 9 months
About this course:
The course provides a comprehensive computer programming (coding) and software app development. It benefits individuals pursuing programming and software development as a career, as well as anyone in the IT field who works with programmers and systems analysts in important areas that precede actual programming, including problem-solving approaches; specifications and requirements; user interface design; and structured program design using such tools as hierarchy, Nassi-Schneiderman, pseudocode, and UML charts. Instruction covers coding concepts common to modern languages, including Python, Visual C#, Java, macro development, and shell scripting. In addition to exploring procedural and object-oriented concepts (using Python and Visual Basic), students produce several small applications in these two environments, plus a commercial-level application by the course's end. This introductory course presents programming fundamentals, including variables and expressions, looping, selection, functions and parameter passing, file processing, use of OOP objects, event-driven programming in the Windows .net environment, and modular development. Examples of Python advanced data types, Visual C#, Java, and SQL code are also presented. The course also covers the software development cycle, including SCRUM, unit test and integration, alpha/beta testing, and software defect tracking and classification. This introductory course requires weekly coding assignments and prepares students for future coursework in Python, Visual C#, Java, or any other high-level language.
In this program, you will:
- Elicit, describe, and evaluate the requirements of a software system.
- Inspect, evaluate, and improve existing code for quality attributes and functional correctness.
- Design and implement a feature that relates to an existing software system.
- Develop time and team plans for a software engineering project.
- Apply software metrics and analytics for decision-making and quality assurance (QA).
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