Imagine a world without fire or fuel. What if the early man did not happen to rub stones to invent fire that helped us cook food and do much more. We would have been eating raw food without processing or cooking it. The same is the case when we look at data. If we cannot bring meaningful insights, the data is useless.
Parallelly, imagine receiving caseloads of data or multiple documents and figuring what to make out of them. In such scenarios, we often look for informatics to solve the problem. It gives the walkthrough to create a meaningful insight from the unorganised data while keeping the user's purpose in mind. The application of informatics is possibly limitless, and we aim to educate the readers about the prowess of informatics, specifically legal informatics.
Informatics is a branch of science, mainly computer science, that studies the structure, behaviour and interactions of natural and engineered computational systems.
Informatics is an interdisciplinary domain and encompasses:
Cognitive science involving the study of natural systems
Computer science concerning computational and design analysis of computing systems
Artificial intelligence connecting role in designing systems that emulate those found in nature. Informatics also cross-connects with other disciplines, such as maths, electronics, biology, linguistics and psychology.
Thus, informatics links fields with their methodologies and perspectives, bringing together a standard scientific paradigm, common engineering methods and a pervasive stimulus from technological development and practical application.