Training Courses
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Engineering Equation Solver Program
1. Introduction
2. Solving Algaberic Equations
3. Thermodyanmics Tables
4. Plots
5. Parametric Tables
6. Numerical Analysis
Sample
The virtual classes will be introduced by Dr. Saeed Almalowi. The classes notes will be sent to students who register and attend the virtual classes.
Algor Software
1. Core Purpose: Allows engineers and designers to test and optimize 3-D digital prototypes virtually before physical manufacturing.
2. Key Capabilities: Performs linear and nonlinear static stress, mechanical event simulation (MES), computational fluid dynamics (CFD), steady-state/transient heat transfer, and full multiphysics analysis.
3. CAD Integration: Features direct data exchange with major modeling software like Autodesk Inventor.
The virtual classes will be provided by Dr. Saeed J. Almalowi . The classes notes will be sent to students who register and attend the virtual classes.
HAP
1. Define Weather Data: Select the exact geographic location to import regional ASHRAE design weather profiles.
2. Create Spaces: Enter room dimensions, wall materials, insulation R-values, window glass specs, and internal heat gains (people, lights, appliances).
3. Configure Systems: Group spaces into thermal zones and choose the HVAC equipment type, such as VAV, VRF, or rooftop packages.
4. Define Plants & Economics: Input central plant equipment (chillers/boilers) and model local utility rate structures (electricity, gas) for financial tracking
The virtual classes will be provided by Dr. Saeed J. Almalowi . The classes notes will be sent to students who register and attend the virtual classes.
MATLAB (Beginners, Intermediate and Advanced)
1. Introduction
2. Matrices and Mathematical Operations
3. For-loops and Conditional Statements
4. Simulinks
5. Numerical Analysis
Sample
ANSYS -Fluent
1. Geometry & Meshing: Importing CAD data, generating 2D or 3D meshes (polyhedral, tetrahedral, hexahedral), and refining grids based on flow features.
2. Setup & Boundary Conditions: Defining fluid materials, setting cell zone conditions, and applying inlet, outlet, symmetry, and wall constraints.
3. Solution Methods: Initializing fields, choosing pressure-based or density-based solvers, and monitoring residuals for convergence
The virtual classes will be provided by (Not Specified yet). The classes notes will be sent to students who register and attend the virtual classes.
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Symbolic & Numeric Computation: Solves complex mathematical equations in their exact analytical form alongside high-speed numerical approximations. [1, 2, 3]
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Extensive Mathematical Functions: Includes over 5,000 built-in functions covering calculus, linear algebra, differential equations, and statistics. [1, 2]
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Data Visualization: Generates customizable 2D and 3D plots, animations, and specialized engineering charts. [1, 2]
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Document and AI Import: Converts static PDFs, spreadsheets, slides, and handwritten notes into live, editable computations in recent updates.
The virtual classes will be provided by (Not Specified yet). The classes notes will be sent to students who register and attend the virtual classes.
