The 'SparkLAB' platform uses a block-based programming language that allows students to easily master the basics of algorithmization and automation without delving into the complex syntax of traditional programming languages.
Programming is done using an intuitive interface: commands and logical blocks are presented as colorful elements that can be connected like building blocks. This approach lowers the entry threshold and helps students quickly grasp the principles of programming
After mastering the block-based programming language, users can smoothly transition to more advanced languages like Python. The platform ensures this transition without losing interest and keeps users engaged in the learning process
Users can develop software solutions and algorithms that can be easily transferred into real Python code, helping them prepare for more complex tasks and projects
The platform offers the opportunity to work in 3D digital environments, where students can model various systems and test them in a virtual setting. This allows them to learn how to solve problems without the need for physical equipment.
Digital 3D worlds open up new opportunities for learning, providing users with a safe and accessible environment for testing and optimizing solutions.
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Digital twins allow students to test and model interactions with robots, sensors, and automation systems in a safe virtual environment. This provides learners with the opportunity to experiment without the constraints of physical equipment.
The platform provides the opportunity for multiple simulation restarts, allowing students to work on tasks without time constraints and without worrying about the condition of the equipment
