This repository is a collection of projects showcasing some of my work done.
This section contains dynamic system models, including multi-degree-of-freedom (MDOF) systems, vibration analysis, and thermal models. These projects demonstrate:
- Application of engineering principles to solve complex mechanical systems.
- Use of Python (SciPy, NumPy) to implement models and perform numerical simulations.
- Development of algorithms to solve engineering problems related to system dynamics and control.
- Pulley System Dynamics: A project analyzing a multi-storey goods lifting apparatus using vibration theory and dynamic modeling.
- Solar Heating Modeling: Models involving heat transfer and energy systems, including solar-based heating systems and insulated environments.
- Temperature Variation Model: A finite element analysis of heat transfer across a 2D plate using boundary conditions and mesh optimization to simulate steady-state temperature distribution
These projects have helped hone my mathematical modeling and computational programming skills. Applying my problem-solving skills to a mathematical scenario and then developing an efficient algorithm is a key skill I take away from these projects.