All the database concepts, techniques, and tools required to create a database application from scratch are introduced as they are required. Learners in the course will apply the database application development approach, techniques, and tools to their own large class team project in delay. Finally, metadata management and archival methodologies and tools will be described. Students learn about database fundamentals. Students investigate the underlying data structures that comprise databases. Students learn Database Concepts & Design Course and an object-oriented approach to developing database systems. As they create and conduct a case study project, students learn about the relational database concept and data standardization. Data description language, data manipulation language, and data integrity are also taught to students. Students work on a case study using a relevant and modern relational database management system, database management system, or software application.
This course demonstrates how to apply a database application development process to a large-scale real-world project. The database principles, techniques, and tools required to create a database application from the ground up will be explained as you apply them to your own major class team project. Aside from the development process, Database Concepts & Design Course tools covered in this course will include relational algebra, calculus, SQL, database normalization, efficiency, and indexing. Finally, metadata management and archival methodologies and tools will be described. Make software systems capable of dealing with changing product requirements on a big scale.
This course introduces database ideas and general database design and uses abilities, with a concentration on relational Database Concepts & Design Course concepts and techniques. System Design is a systematic technique to develop scalable, modular, reusable, and extendable systems that covers a wide range of engineering concepts and principles. Low-Level Design is the process of creating software components, interfaces, and system modules in a modular, reusable, and extendable manner to satisfy any organization’s current and future needs. A software engineer who understands both high-level and low-level design is more effective.