You need Java to program in the language anyway, so you may already have Java installed. Installing BlueJīlueJ is written in Java, so to run it, you must install Java. It's meant to help you learn the language, not to type faster or more efficiently. It's very much a learning tool, and it's purposefully less helpful than a full IDE like Eclipse or NetBeans. You don't have to rely on indentation to see that a Java method falls within a specific class because you can see the blocks of code.īlueJ isn't an all-purpose IDE. By using colored backgrounds, BlueJ helps you visualize the structure of the code you're writing. It can be nearly impossible to tell a variable apart from a keyword that's a part of the language, and even with the assistance of indentation and braces and semicolons, it all starts to blur together.īlueJ is designed to clear away this confusion. It doesn't help that when you're learning to program, most of the code you type looks and feels basically the same: it's all vaguely meaningful, yet oddly similar, with words that seem to make as much sense whether you read them backward or forward. If you're new to programming-or just new to Java, it can be difficult to understand advanced concepts like variable scoping and loops and conditionals. It uses a subdued color scheme to keep different code elements separate from one another, so it's easy to tell a class from a method or a comment. When you create a new class, BlueJ generates a clean but robust template with hints toward what you need to do. Also presented are a preliminary analysis of the written examinations and laboratory exercises an analysis of common errors and student misconceptions and a preliminary quantitative measure of the results. This approach was used in two year-long courses with students who had slightly different backgrounds and dispositions. Working in groups allowed the students to improve communication and collaboration skills, and the use of web 2.0 technologies, such as a wiki, allowed for better course management and for the deployment of a project involving all the students. This work presents a teaching experience and curriculum content where a “design-first” approach was used to teach Object Oriented Design, incrementally interleaved with Object Oriented Programming aimed at implementing the modeled software through laboratory activities. There is an ongoing debate concerning how to approach the learning and teaching of this skill, i.e., by focusing on “design first” by means of the UML formalism or by “OO programming first”, deferring the development of UML specifications. ![]() The importance of teaching a solid design methodology is well-recognized and is the goal of many software development courses. The Darmstadt Model (DM) is now ready for discussion and suggestions for improvement by the CSE-community. Exemplary application of the Darmstadt model shows in several important categories how different the situation of CSE in secondary education in various countries can be. As an outcome, it presents a category system (Darmstadt Model), as a first step towards a framework that sup-ports future research activities in this field and that supports the transfer of results between researchers and teachers in CS education (CSE) across regional or national boundaries. This ITiCSE working group report documents the process of collecting, evaluating, and integrating research findings about CS in secondary schools from different countries. To date, many different studies exist that document the specific regional situations of teaching CS in secondary schools. Computer Science (CS) Education research, specifically when focusing on secondary education, faces the difficulty of regionally differing political, legal, or curricular constraints.
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