Speed is critical in software development. Successful developers are those who are able to quickly learn new technologies and new software systems, and they do this by seeing any software – in any programming language – as common repeating patterns, not just detailed lines of code.
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Speed is critical in software development. Successful developers are those who are able to quickly learn new technologies and new software systems, and they do this by seeing any software – in any programming language – as common repeating patterns, not just detailed lines of code.
Speed is critical in software development. Successful developers are those who are able to quickly learn new technologies and new software systems, and they do this by seeing any software – in any programming language – as common repeating patterns, not just detailed lines of code.
In this MicroMasters program, you will learn this same kind of expert thinking. By working through several software development projects, you will learn specific technologies, including Java, JUnit, IntelliJ IDEA, Typescript and Node.js. But even more important, you will develop the ability to see the common structures in programs and in tools and learn how to apply these skills to master new technologies quickly.
Upon completion of this program, you will be able to write programs using a systematic approach and to design programs that are easy to maintain. You will also learn how to use agile methods in order to build software programs that solve real world problems.
With the skills obtained in this program, you will have the confidence to apply for positions that use any programming language or technology.
What's inside
Five courses
How to Code: Simple Data
(17 hours)
How to Code: Simple Data
(17 hours)
How to Code: Complex Data
(15 hours)
How to Code: Complex Data
(15 hours)
Software Construction: Data Abstraction
(54 hours)
Software Construction: Data Abstraction
(54 hours)
Software Construction: Object-Oriented Design
(54 hours)
Software Construction: Object-Oriented Design
(54 hours)
Software Engineering: Introduction
(54 hours)
Software Engineering: Introduction
(54 hours)Learning objectives
- How to develop programs that are well tested and easy to modify
- To structure the development of large software systems using abstraction and decomposition
- To quickly write and revise code using programming tools
- How to do full-stack software development using an agile approach in a pair or team
- Popular languages java and typescript, and the ability to quickly learn new ones
- How to develop programs that are well tested and easy to modify
- To structure the development of large software systems using abstraction and decomposition
- To quickly write and revise code using programming tools
- How to do full-stack software development using an agile approach in a pair or team
- Popular languages java and typescript, and the ability to quickly learn new ones
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