Application-oriented

Application-oriented describes something specifically designed, developed, or focused on solving practical, real-world problems or serving a particular function within a specific domain or field. It emphasizes the practical use and utility of a system, technology, or concept, prioritizing its ability to address specific needs or perform designated tasks efficiently and effectively. This approach contrasts with more theoretical, abstract, or research-driven endeavors that may not immediately translate into tangible applications. An application-oriented approach prioritizes user needs and the successful deployment and operation of a solution in a defined context.

Application-oriented meaning with examples

• The company's new software development strategy shifted to an application-oriented approach, prioritizing the creation of tools directly usable by clients for inventory management, marketing, and sales. This involved gathering user feedback during the design phase and focusing on features that directly addressed their daily challenges. The goal was rapid deployment of effective solutions.
• The university's engineering department is implementing a more application-oriented curriculum. They are redesigning courses to include more hands-on projects like designing robots for environmental monitoring, or building sustainable energy solutions. The new curriculum aims to better equip graduates with the skills and experience necessary to contribute to specific industries immediately upon graduation.
• The design of the new mobile app followed an application-oriented philosophy, considering user interface usability. Every feature and navigation path was developed with the goal of allowing people to find a coffee shop in the city in under 3 clicks. This approach focused on user experience to allow for the rapid execution of user tasks.
• To promote data science adoption in healthcare, the research lab transitioned towards application-oriented projects. Instead of focusing solely on novel algorithms, the lab started developing applications that could accurately predict patients at risk for heart disease or diabetes. This change was meant to demonstrate practical benefits.
• Instead of teaching complex abstract theories, the introductory physics course shifted towards an application-oriented model. Students will begin by learning about technologies like solar panels, wind turbines, and electric vehicles before diving into the underlying physical principles. This method is meant to make the subject more engaging.