
Learn the fundamentals of SolidEdge 2020 and explore essential sketching techniques. Build skills toward certification in SolidEdge sketching.
Navigate the basic Solid Edge sketching interface after installation, customize settings, and access core options such as open, share, and manage parts, assemblies, and models before exiting.
Explore how to customize startup options in Solid Edge by navigating the options menu, locating different settings, and applying configurations while focusing on functions and the startup order.
Begin sketching in SolidEdge by selecting a plane, entering sketch mode, and using sketching options; the green tick indicates you are inside the sketch and ready to proceed.
Start using the line command to draw two-point lines, place successive points to form shapes like quadrilaterals, and restart lines from a chosen starting point using right-click options.
Create precise points with the point command to place specific locations, select and connect points to form lines, and use fixed points to control geometry in sketches.
Use free sketch to drag and draw arcs, circles, rectangles, and straight lines, with automatic arc and shape creation, and apply constraints to refine the sketch.
Learn to draw rectangles in SolidEdge sketching using center-based, two-point, and three-point methods, including origin-centered and corner-based approaches.
learn to draw polygons in solidedge sketching by center point, choose number of sides (triangle, pentagon, hexagon, octagon), adjust size with the cursor, and apply different colors to polygon edges.
Select colors, line types, and widths to customize sketch elements in SolidEdge. Apply active styles to lines and polygons, adjusting diameter and radius for varied appearances.
Master zooming in and out on sketches in the SolidEdge sketching workbench using the mouse wheel and the control button, positioning the cursor to fit sketches on screen.
Learn to fit sketches to the screen and draw circles by center point, then use relationship colors to indicate defined versus constrained elements.
Learn to draw a circle by three points that circumscribes a triangle, and use tangent techniques to create circles tangent to a line within the sketch.
Explore arc types in SolidEdge sketching, including tangent arcs, arcs by three points, and arcs with a center, and learn how to define radii, set dimensions, and fully constrain sketches.
Master spline sketching in SolidEdge by adding and removing points, adjusting control points, and shaping smooth curves for practical outlines.
Master the fillet command in SolidEdge sketching by rounding corners of a center-point rectangle. Adjust radii to 10, 15, and 20 for varied smoothness.
Use the general command to chamfer by selecting two edges, then set the size and angle. Apply angles like 10°, 30°, or 45° within sketching, part, and assembly modeling.
Master the split command in SolidEdge sketching to divide a circle into halves or quarters by selecting first and second split points on a circle of radius 65.
Extend to next extends a selected line to the closest intersections, with a live preview of the next point, enabling successive extensions in complex sketches.
Master the trim command to delete unwanted sketch segments by crossing lines and dragging, trimming lines against boundaries to clean up intersecting sketches.
Explore the trim corner command in SolidEdge sketching, selecting lines to delete connected segments and leaving the remaining rectangles intact.
Master the offset command to create multiple rectangles from a rectangle by setting an offset distance, choosing inside or outside placement, and efficiently applying repeated offsets.
Explore the symmetrical offset command in SolidEdge sketching, learn how to set width and radius, and create symmetrical lines or arcs about a center line with precise gaps.
Master the move command in SolidEdge sketching by selecting sketches, choosing a reference point, and repositioning them to a destination at a defined distance.
Master the rotate command in SolidEdge sketching by selecting the element to modify, choosing the center of rotation at the origin, and rotating the endpoint to a 45-degree angle.
Master the mirror command to create symmetrical sketches about a reference line, using a construction line and trim to refine the mirrored design.
Learn to use the scale command to enlarge sketches from a chosen origin, doubling size with a specified factor for quick 3D, part, assembly, and drafting workflows.
Learn how to use the stretch command to modify sketches in SolidEdge sketching, including selecting lines, choosing a corner point, and stretching to a specified distance or angle.
Explore how the relate and connect commands establish sketch relationships in SolidEdge, joining points, applying dimensions, and fully defining sketches.
Explore the horizontal and vertical command in SolidEdge sketching, learning how to create lines at a chosen angle, snap to the nearest horizontal or vertical, and align midpoints.
Use the tangent command to create a line tangent to a circle by selecting the line and the circle; the dotted line confirms tangency, then remove extra lines.
Apply the parallel command in SolidEdge sketching to make one line parallel to another by selecting the reference line and the target line, then adjust the geometry as needed.
Apply the equal constraint to sketches by selecting circles or lines to equalize radii or lengths, handling conflicts when dimensions block changes, and deleting dimensions to adjust.
Master the symmetric relate technique by selecting a reference axis and two lines, then apply the symmetry command to ensure the lines are symmetric about the axis.
Create concentric circles in SolidEdge by using the coincident option, selecting the origin and center points, and constraining two circles to share a center.
Master the perpendicularity command to make two selected lines perpendicular in SolidEdge sketching. Practice this easy technique to improve precision.
Apply the colinear command to make two lines lie on the same line, demonstrated with simple examples for SolidEdge sketching.
Discover how to use the lock command in SolidEdge sketching to fix sketch elements, make parts fully constrained, and control movement for reliable model design.
Learn how to create 3d models and structures that are commonly required for process equipment and mechanical machinery. This course would guide you through the steps of creating a complete product from very scratch. The Siemens Solid Edge software lets you do much of the work through simple menu picks and dialogue boxes along with providing full support for creating and drawings of 3D frames.