Go to Course: https://www.coursera.org/learn/software-development-proccess
**Course Review: IBM COBOL Software Development Process on Coursera** Are you ready to dive into the world of IBM COBOL and mainframe computing? If so, the **IBM COBOL Software Development Process** course on Coursera is an excellent choice. This course not only serves as an introduction to the IBM COBOL programming language but also provides invaluable insights into the Software Development Lifecycle (SDLC), which is critical in today’s software development environment. ### Course Overview The **IBM COBOL Software Development Process** course is geared towards anyone with an interest in learning about COBOL, mainframe computing, and the comprehensive journey of software development. Throughout the course, participants will engage with core concepts and technologies that span the lifecycle of software development, equipping them with the requisite knowledge and hands-on experience necessary for real-world applications. ### Syllabus Breakdown 1. **Welcome to IBM COBOL - Software Development Process** - The course begins with a warm welcome, allowing participants to familiarize themselves with course objectives and each other. This introductory module sets the stage for a collaborative learning experience, which is essential when engaging with complex subjects like COBOL. 2. **Lifecycle Concepts** - This module delves into lifecycle concepts specific to IBM COBOL and z/OS environments. Participants will explore the Software Development Lifecycle (SDLC) and understand various methodologies, including Agile and Scrum. This foundational knowledge is crucial for anyone looking to manage software projects effectively. 3. **Systems Analysis Concepts** - In the third module, significant emphasis is placed on defining systems analysis within the context of COBOL and z/OS. Here, learners will explore the core areas of analysis, objectives of system analysis, and the architecture of IBM systems. The focus on systems analysis helps learners understand how to evaluate and enhance existing systems. 4. **Design And Structured Coding** - Moving into practical applications, this module covers design and structured coding concepts. Topics like pseudocode, modern design techniques, planning, and unit testing are highlighted to equip learners with essential coding and debugging skills needed in a professional setting. Engaging with structured coding practices is invaluable for developing robust COBOL applications. 5. **Congratulations on Completing IBM COBOL - Software Development Process** - The final module celebratory concludes the course, offering a review of the main learning objectives and encouraging participants to reflect on their newly acquired skills. It also outlines potential next steps for further learning, which is particularly beneficial for career development. ### Why You Should Take This Course 1. **Comprehensive Curriculum**: The course covers a wide range of topics, creating a well-rounded understanding of COBOL within the Software Development Lifecycle. Whether you're a novice or have some experience, this course offers insights that cater to various skill levels. 2. **Practical Experience**: With a focus on tangible skills—from structured coding to systems analysis—the course prepares you for real-world applications in a mainframe environment. This hands-on approach is vital in enhancing employability in industries that rely on COBOL programming. 3. **Industry-Relevant**: As businesses increasingly rely on legacy systems that utilize COBOL, the demand for skilled COBOL programmers has surged. Completing this course will not only bolster your résumé but also open doors to employment opportunities in sectors such as finance and government. 4. **Supportive Learning Environment**: The course fosters a community of learners while providing access to experienced instructors who can guide you through the nuances of mainframe computing and COBOL programming. 5. **Certification**: Upon completing the course, you'll receive a certificate from IBM, signifying your expertise in COBOL and enhancing your credentials. ### Conclusion The **IBM COBOL Software Development Process** course is an outstanding addition to the educational offerings on Coursera. It provides a thorough grounding in COBOL while also imparting essential skills in software development methodologies. Whether you're looking to start a career in programming, wish to enhance your existing skills, or are interested in the historical context of programming within mainframe environments, this course is highly recommended for its relevant content, structured approach, and potential career benefits. Don't miss the chance to expand your technical repertoire and dive into the world of COBOL—enroll today!
Welcome to IBM COBOL - Software Development Process
In this module, we will welcome everyone to the course, present the course objectives, and introduce ourselves to the class.
Lifecycle ConceptsIn this module, we'll describe life cycle concepts associated with IBM COBOL and IBM z/OS environments, including the software development lifecycle (SDLC), the phases of a SDLC, and Agile/Scrum methodologies.
Systems Analysis ConceptsIn this module, we'll define systems analysis concepts associated with COBOL and IBM z/OS environments, including core areas of analysis, objectives of system analysis, and IBM systems architectures.
Design And Structured CodingIn the fourth module of this course, we will identify design and structured coding concepts associated with COBOL and IBM z/OS environments, including: pseudocode, modern design, planning and unit testing, and top-bottom testing.
Congratulations on Completing IBM COBOL - Software Development ProcessIn this module, we will congratulate everyone for completing the course, present the completed course objectives, and define other pertinent course details and next steps.
This course is geared towards anyone interested in learning about IBM, COBOL, mainframe computing, and the Software Development Lifecycle (SDLC) and increasing their knowledge and hands on experience with core concepts and technologies including life cycle and systems analysis concepts, design and structured coding, and a wide variety of topics designed to provide relevant, requisite working knowledge and practical experience.