This category aims to create an international platform for skill enhancement and recognition for beginner coders also challenge participants to solve real-world problems within limited time frames, fostering analytical and rational thinking essential for students. By participating this category, young developers get the chance to assess their skills and join a vibrant community of like-minded programmers that can be instrumental in educational advancement.
iWISE aims to build a bridge between simulation and reality of programming so that inviting all students to participate of programming category. Programming is a very important part and plays a critical role in the robotics competition. Developing software app such as game, web app, desktop program and mobile app, by using any coding programming language whichever easier and suitable for the team that can be PHP, Java, JavaScript, Python, Swift, C++, etc.
This category demands a deep understanding of algorithms, data structures, and efficient coding practices. It is not just about writing code; it is about crafting solutions that are both elegant and efficient.
- – Originality — How unique and distinctive is the software idea? Judges consider whether the participant has developed an original solution rather than simply reproducing an existing application.
- – Creativity — How creatively has the participant approached the problem? This includes innovative features, problem-solving approaches, interface ideas, and the creative use of technology.
- – Practicality — Does the software address a genuine need or problem? Judges consider whether the proposed solution has useful real-world applications and whether it could realistically be used.
- – User Friendliness — How easy and intuitive is the software to use? Judges consider navigation, interface design, accessibility, clarity of instructions, and the overall user experience.
- – Functionality — Does the software work as intended? Judges assess whether the key features operate correctly, whether the program produces the expected results, and how effectively it achieves its stated purpose.
- – Technical Skills — What level of programming and technical ability is demonstrated? This includes algorithms, data structures, programming techniques, system design, efficiency, and appropriate use of the chosen programming language.
- – Documentation — How clearly is the project documented? Judges consider the quality of the abstract, explanation of the system, code documentation, instructions for running the software, and explanation of important design decisions.
- – Oral Presentation — How effectively can the participant explain and demonstrate the project? Judges consider clarity, organization, confidence, understanding of the software, demonstration of functionality, and the ability to answer questions about the project.
- Click on the Registration Tab
- Select one of the Virtual Rounds
- Fill in your details.
- Fill in your selected category details on the corresponding form.
- Select your available time for the Judging process.
- Submit your zoom judging session.
- Proceed to payment.
- Complete your submission.
Requirements for Virtual Finals:
- Written Abstract describing work.
- PowerPoint presentation.
Participants must submit high resolution images of their design together with their presentation.
No clip art, stock photos, or copyrighted materials.
- Pictures can be saved as a PDF document that must be sent to judges via Zoom Chat.
- Group submission is up to 3 participants.
- No theme for this category.
Requirements for Global Finals:
Participants must submit high resolution images of their design together with their presentation.
Entries must be the original work of the graphic designer(s).
The original copy of the work must be presented to the judges.
No clip art, stock photos, or copyrighted materials.
Abstract, Portfolio, Poster.
- Group submission is up to 3 participants.
- No theme for this category.