"What you'll be learning

• Advanced computational fluid dynamics: Using Maple for Precision Modelling and AnalysisParticipants will explore how to model and analyze fluid flow, turbulence, and heat transfer with precision
• Numerical Implementation of ODEs using MAPLEThis course covers the application of MAPLE’s symbolic manipulation and numerical calculation capabilities to implement Ordinary Differential Equations (ODEs)
• Differential EquationsThis session will guide participants through solving both linear and nonlinear equations, enabling them to analyze problems in fields such as wave mechanics, thermal dynamics, and structural analysis
• RoboticsEngineers and researchers will gain insights into optimizing robotic functionality and performance
• Temperature Control of HVAC in Building DesignThis course involves modelling the thermal dynamics of buildings accounting for heat transfer, internal heat sources and ventilation
• Solving Ordinary & Partial Differential Equations with Machine Learning using Maple 2024This session introduces a novel approach to solving differential equations by integrating machine learning techniques with MAPLE’s in-built tools and workflow
• Overview of Maplesim SoftwareParticipants will gain an understanding of system-level modeling and simulation using MapleSim.