You know that smartphone app you use daily? The computer game that kept you distracted for hours as a kid? The program that helps you budget? Software developers created them all. Behind computer programs, software developers are the creative and brainstorming masterminds.
A software developer’s role is exactly what it says. Creating software development includes creating, deploying, designing, and supporting software. Developing and maintaining computer software is one part of software development. However, it also includes websites and software applications too.
Software experts, from programmers and coders to software engineers and developers, use the software development process to build computer programs. Known as the Software Development Life Cycle (SDLC), the process includes stages that help provide a method for creating and building products that meet technical specifications and user requirements.
Applications software developers are responsible for designing both computer and mobile applications. With a large focus on creating apps for consumers, app software developers understand user needs, develop software solutions, monitor performance, and modify and update programs.
Systems software developers focus on operating systems-level software, as well as compilers and network distribution software. Geared more towards designing solutions for enterprise brands, systems software developers develop software for various organisations, from the medical and industrial industry to business and even scientific computing applications.
Software development is often used as a way to differentiate brands and gain a competitive industry advantage. However, successful software development requires technical knowledge to accelerate software deployment.
Artificial intelligence (AI) enables software to match human thinking and learning. The neural networks, machine learning, and natural language processing capabilities provide developers and businesses with the opportunity to offer services and products that leap ahead of the competition.
Cloud-native development is a method of building applications to make full use of cloud environments. Consisting of reusable components (known as microservices), a cloud-native application uses such designed components to integrate into any cloud environment. Due to the cloud-native application architecture, cloud environments can be used to improve app flexibility and performance.
Cloud-based development enables developers to use the cloud as a way to improve efficiency and cut costs. Through supporting coding, integration, design, testing, and other development functions, cloud-based development environments offer access to APIs, DevOps, microservices. Cloud-based development also gives access to development tools, expertise, and services.
With various software development benefits, there is a range of different processes that fall under the software development sector.
Agile development breaks down requirements into consumable functions. Delivering rapidly on those functions, the feedback loop helps find and fix defects in the software development process.
DevOps is a combination of development and operations with an agile-based approach that brings IT operations together in the design, development, and deployment of software.
Capability Maturity Model (CMM) assesses the proficiency of software development. While tracking the process from ad hoc actions to defined steps, it measures results and optimises the processes.
Rapid application development (RAD) is a non-linear approach. It cuts the software development time down by condensing the design and code construction into one combined step.