Online tools - Centre for Emerging Learning Technologies

Online tools are simulation-based calculations with different visualization and charting capabilities students/teachers can use to understand and examine the effect of certain parameter(s) variation on the behavior of a specific physical and engineering concepts.

Online tools represent a must-have supporting element in teaching & learning processes that matches the country strategic objectives towards 'digital transformation'. The developed online tools cover wide range of engineering concepts.

The electromagnetic hub is designed to provide students with a useful parameterized visualization tool to help them understanding core...

The structural analysis hub is designed to engage students in a way that allows them to fully understand fundamental concepts in structural...

The renewable energy tool hub is designed to cover topics in PV as well as wind energy. Currently, the developed tool focuses on PV sizing for...

Focus on the characterization of commonly used semiconductor devices and their applications.

The engineering mechanics tools are designed to help students understand basic concepts of statics and dynamics.

The optics hub tools are designed to help students understand the genesis and propagation of light such as light propagation in gaussian...

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Helping students to imagine the configurations of elementary volumes and surfaces in both Cylindrical and Spherical coordinates systems.

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The divergence tool provides students with interactive visualization of different vector fields and the corresponding divergence function,They will be able to visualize the variation of the divergence value at different positions, representing the existence of local charge.

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The gradient tool provides students with interactive visualization of different scalar functions and the corresponding gradient vector. Students will be able to verify that the gradient produces vector that is perpendicular to the scalar function can also verify its value.

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Students will be able to visualize and imagine the circulation effect of the vector field and its corresponding value at different positions.

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This tool demonstratesthe principles of rectanglar waveguides

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Developed tools are designed to support students understanding the behaviour of different antenna arrays configurations.

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For a given electromagnetic wave with two orthogonal electric field components, the tool provides students with the polarization state of the wave. Students can change both the amplitude and phase of each component individually, and visualize the change of the polarization state.

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This tool calculates the reflection and transmission of plane wave when normally incident at the boundary between two materials. Depending on the electrical properties of each medium, the tool provides a visualization of the incident, reflected and transmitted electric field across the boundary.

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