About:
Computational Modeling Skills: Ability to translate physical problems into mathematical and computational models. Participants must design simulations that accurately represent real-world physics phenomena.
Programming & Algorithm Development: Strong coding skills to implement efficient algorithms and run simulations. Clear logic, structured code, and debugging ability are essential for reliable results.
Physics Conceptual Understanding: Deep understanding of underlying physical principles and theoretical foundations. Teams must clearly connect simulation outcomes with core physics concepts.
Data Analysis & Interpretation: Capability to analyze simulation outputs and extract meaningful conclusions. Proper visualization, validation, and justification of results strengthen credibility.
Technical Presentation Skills: Clear explanation of code structure, assumptions, and modeling approach during evaluation. Effective communication helps judges understand both methodology and reasoning.
Collaboration & Problem-Solving: Ability to work individually or in teams of up to four members. Coordination, task distribution, and logical thinking enhance overall performance.
