Modern e-Learning with a technical twist!
tec4vet takes a new spin on known e-learning courses, providing in-depth technical knowledge to enhance trainings on one simple platform:
Easy user management
Quick assigning of mandatory conten
Statistics and Reports
Mobile usability for quick wins
Intuitive and elegant user interface
Growing number of content
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| Course | Module |
|---|---|
| Nr.1 Algebra | A_Formulas and Inequations B_Vectors C_Matrices D_Determinants |
| Nr. 2 Analysis | A_Linear and quadratic functions B_Exponential and logarithmic functions C_Power functions D_Differentiation E_Integration F_Calculation of area and volume through integration G_Differential geometry of curves |
| Nr. 3 Geometry | A_Geometry Fundamentals B_Angles in figures C_Surface areas of two-dimensional objects D_Geometrics_Objects & Coordinate Systems |
| Nr. 4 Stochastics | A_Basic terms B_Frequency C_Mean values D_Variance and diagrams A_Combinatorics B_Propability |
| Nr. 5 Mechanics | A_Introduction to physics B_Force C_Kinematic D_Acceleration due to gravity E_Kinematic_Compound movements F_Dynamics_Newtons Axiome G_Dynamik_Types of forces |
| Nr. 6 Energy and momentum | A_Types of energy B_Energy conservation C_Work D_Power and efficiency E_Momentum |
| Nr. 6 Energy and momentum | A_Types of energy B_Energy conservation C_Work D_Power and efficiency E_Momentum |
| Nr. 7 Rotation and Translation | A_Rotation B_Moment of inertia, momentum & centrifugal force |
| Nr. 8 Hydrostatic s | A_Hydromechanics B_Hydromechanics_Dynamics of gases |
| Nr. 9 Chemical bonds | A_Chemical Fundamentals B_Ionic bonds C_Covalent bonds D_Metallic bonds E_Intermolecular forces |
| Nr. 10 Fuel cell | A_Fuel cell B_Fuel cell_chemical reaction_kathode C_Fuel cell_chemical reaction_anode D_Fuel cell types E_Fuel cell technology |
| Nr. 11 Principles | A_Basic electrical quantities B_Ohm’s law C_Kirchhoffs Circuit Laws D_Temperature-dependent resistor E_Conductor resistance F_Semiconductor physics |
| Nr. 12 Drive technology | A_Classification A_Basics & structure B_Three-phase transformer C_Ideal Transformer D_Realer Transformer E_Power factor and efficiency A_Operating principle & designs B_Structure C_Types D_ Operating behaviour E_Quadrant operation A_Rotating field B1_Synchronous machine B2_Synchronous machine Structure, characteristics & use B3_Synchronous machine Operating modes B4_Synchronous machine Motor operation B5_Synchronous machine Startup C1_Asynchronous machine C2_Asynchronous machine Construction types C3_Asynchronous machine Power flow & losses C4_Asynchronous machine Torque & Equivalent circuit C5_Asynchronous machine Startup C6_Asynchronous machine Star-delta-startup connection D_Frequency converter |
| Nr. 13 Manufactring engineering | A_Quality management B_Tasks of mechanical engineering |
| Nr. 14 Theory of design | A_Force B_Momentum C_Bearings D_Free body diagramm E_Equilibrium conditions |
Based on:
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