Exploring Low Code Development: Trends, Tools, and Educational Potential
Experimenting Low Code With SDL And BPMN 🔗
00:00 Introduction to Low Code
The video introduces an experiment exploring low code development, emphasizing its growing popularity over the last decade due to the increasing number of applications being created. Low code aims to reduce development time significantly, with estimates suggesting that by 2025, 70% of applications might utilize this approach.
01:30 Understanding Low Code vs. No Code
The speaker clarifies the distinction between low code and no code, highlighting the necessity for some programming skills when using low code. The tools available allow users to drag and drop pre-built components, but they often lack the logic required for more complex applications.
03:00 Tools and Integration Challenges
Existing low code tools often use proprietary notations, making integration difficult. A call for standardized notations is made to improve communication and portability between different tools. The speaker discusses the integration difficulties that arise due to specific notations and how they can limit flexibility.
05:00 Practical Applications and Examples
The video showcases practical examples, including using a Raspberry Pi to demonstrate a simple state machine and the implementation of Business Process Model and Notation (BPMN) for a 3D printing process. The latter example illustrates how different components interact in a real-world scenario, emphasizing the educational potential of these tools.
08:30 Conclusion and Future Directions
The presentation concludes with optimism about future developments in low code technologies. The speaker stresses the importance of connecting notations with real systems to unlock the full potential of low code solutions.
What is low code?
Low code is a software development approach that allows users to create applications with minimal coding, often using drag-and-drop features and pre-built components.
What are the challenges associated with low code tools?
One major challenge is that many low code tools utilize proprietary notations, which can complicate integration and limit flexibility when adapting to new situations.
How can low code assist in education?
Low code tools provide a practical way to teach programming concepts and system interactions, making it easier for learners to understand complex ideas through hands-on experimentation.