
Master AutoCAD 2016's graphical user interface, from application menu, ribbon, and command line to view tab and file tab, for efficient 2D drafting and basic 3D work.
Apply the polar method (angle method) to construct lines by quadrant angles, then master circle command options, tangent tools, and trim and extend commands to finalize drawings.
Learn basic modify commands in AutoCAD 2D & 3D, including erase, copy, mirror, offset, join, trim, fillet, and array, plus match properties and construction line techniques.
Master quick dimension to measure radii and diameters of multiple objects, modify dimension style and text, and apply ordinate and arc length dimensions for precise AutoCAD 2D drawings.
Learn to apply AutoCAD 2D and 3D dimensions, including radius, diameter, angular, and baseline dimensions, with jogs, continue, space, break, center, and multi leader and leader tools.
Master AutoCAD draw bar commands to create arcs, circles, lines, and polylines; explore explode, trim, join, break, fillet, chamfer, lengthen, and the dimension command.
Master advanced AutoCAD workflows by inserting and adjusting images, creating and editing blocks, placing points, measuring and dividing distances, converting lines to polylines, and using wipeout and table features.
Master text commands in AutoCAD 2D/3D by creating multiline text, adjusting height, angle, and style, applying text masks, and using quick properties, text count, circle, case, and mirror text.
Master text explode to convert text into line shapes and polylines, adjust color, trim objects, and learn multi-line text, arc alignment, and text justify and rotation.
Master parametric constraints in AutoCAD by applying geometric and dimensional rules, coincident, vertical, parallel, perpendicular, tangent, collinear, and concentric, to create and constrain precise drawings.
Attach drawings as external references to consolidate multiple drawings, automatically update changes, and save or reload in the main file.
Plot a drawing to paper space in AutoCAD from model space or from a layout, using page setup, scales, and DWG to pdf.
Explore perspective theory, covering one-, two-, and three-point perspectives, with key terms horizon line, vanishing point, picture plane, and station point, and projections of a roofed house.
Create and manage layers in AutoCAD to construct a perspective drawing, using projection lines, picture plane, horizon and ground lines, station point, vanishing points, and a dedicated perspective layer.
Learn to create a 2D perspective of a staircase in AutoCAD, step by step, using picture plane, scale, plan, station point, horizon, vanishing points, and projections.
Master perspective drawing of an overhead tank in AutoCAD by applying picture plane, station point, vanishing points, horizon between tank components, and dummy projections.
Create a two-point perspective of an overhead tank with the horizon above the tank, using vanishing points, a picture plane, and match properties to plot the tank and its columns.
Learn to construct a building in two-point perspective from a plan and side view using AutoCAD, locating vanishing points, horizon line, and projecting walls, doors, windows, and slab depths.
Master perspective drawing of an overhead tank with horizon at the bottom, using two vanishing points, dummy projections, and match property to extend columns accurately.
Learn two-point perspective in AutoCAD by establishing horizon, vanishing points, and projection lines to convert a 6 metre by 6 metre plan with offsets into a base and column elevation.
Learn to draw a 60-degree overhead-tank perspective in AutoCAD with horizon above the tank and four visible columns. Build projections, color layers, and vanishing points to locate columns accurately.
Learn to create a perspective view of a chabutro with a staircase in AutoCAD by setting a station point, horizon, major line, and color-coded projections to vanishing points.
Explore AutoCAD 3D basics and 2D-to-3D workflows, including box, cylinder, cone, sphere, pyramid modeling, unions, press-pull, and dynamic layout linking between model and layout.
Master advanced 3D techniques in AutoCAD by creating box, cylinder, cone, sphere, pyramid, torus, and poly solids; apply materials, lights, and renders, then set up layouts and multiple viewports.
Convert a 2D plan into a full 3D house in AutoCAD by creating a slab, walls, openings, a roof, detailing doors and windows, and applying materials and lighting.
Learn the fundamentals of Autodesk AutoCAD, a 2D and 3D design tool for rapid, accurate drafting across mechanical, civil, architectural and other domains.
Explore the AutoCAD GUI by identifying the application menu, quick access toolbar, title bar, help window, main ribbon, properties (Ctrl+1), command line, model and layout tabs, and the drawing window.
Explore the Autodesk AutoCAD startup screen, including the application menu, quick access toolbar, title bar, and ribbon, and learn how opening or creating drawings unlocks all tools in AutoCAD 2026.
Explore the AutoCAD graphical user interface, from creating a new file to mastering components like the application menu, quick access toolbar, ribbon, UCS, viewcube, and command line.
Learn to access and switch AutoCAD workspaces, including drafting and annotation, 3D basics, and 3D modeling, using the gear icon and Quick Access toolbar.
Define units in AutoCAD with the un command before drawing, selecting architectural or decimal systems for imperial or metric work, and set lengths and angles accordingly.
Learn to navigate AutoCAD by configuring the menu bar and status bar, adjusting the cursor and pick box sizes, and customizing display colors and fonts through the options dialog.
Learn how to customize the AutoCAD user interface, tune the command line, change fonts and colors, adjust the UCS icon and view options, and master the options command and shortcuts.
Learn the ortho method in the AutoCAD 2D line command to draw horizontal or vertical lines, using the F8 shortcut and object snap settings.
Master AutoCAD 2D line command techniques, including absolute, relative, polar, and ortho methods, through step by step object drawing, exercise sequences, and essential commands like trim, polyline, and join.
Master AutoCAD basics by practicing line and circle constructions, applying trim and extend, and using F11 attract and object snaps to create precise circles from midpoints and tangents.
Master circle trim techniques in AutoCAD through two-point circles, tangent-tangent radii, and polar, polygon, and array workflows while practicing trim, radius, and tangent constructions.
Explore circle trim command exercises in AutoCAD, applying tangent-tangent-radius (TTR) methods and quadrant tangency to construct and trim multiple circles and lines into complete objects.
Guide to circle trim exercises in AutoCAD 2D, focusing on reading dimensions and starting points. Use radii, diameters, and the TTR method with tangent lines, including quadrant two tangents.
Explore how to efficiently apply modify bar commands in AutoCAD, including copy, mirror, offset, join, trim, array, and fillet, with practical object-building exercises and dimensioning guidance.
Practice applying modify commands in AutoCAD to complete multiple objects by following exact dimensions, using offset, trim, and mirror, and interpreting grids, radii, and tangents.
Learn AutoCAD 2D techniques for drawing bar objects using polygons, circles, and arrays. Master center point and edge methods, inscribed and circumscribed polygons, trimming, and mirror.
Draw object 116–124 in AutoCAD 2D using circles and a six-sided polygon, apply precise center offsets, convert architectural fractions to decimals, and create projections.
Acquire hands-on practice with AutoCAD 2D projections using line, hash pattern, gradient, and ellipse commands. Apply offset, mirror, dimensions, and projection techniques across multiple objects, views, and units.
Master top, front, and right view projections and isometric drawing concepts, using construction lines, line types, and dimensions to complete objects with circles, arcs, polygons, and arrays.
Master drafting settings and status bar icons in AutoCAD, mastering snap and grid, polar and ortho tracking, object snaps, dynamic input, quick properties, and selection cycling for precise 2D drafting.
Create circles and lines, apply polar arrays, and place text with precise height and justification, then use multi-term leader, dimension, and copy tools to refine the drawing.
Draw four concentric circles with radii 70, 60, 30 and 10, then create a quadrant, offset, trim, fillet (radius 8) and apply a four-item polar array, then explode to lines.
Set up the snap and grid in AutoCAD, set grid spacing to ten, and turn on grid and snap to draw lines that align with the grid.
Set AutoCAD units to architectural, draw lines with dimensions, turn off grid, convert to polyline, use list to view area, adjust text height, and dimension in decimal to architectural units.
Practice creating and editing AutoCAD drawings by drawing lines and circles, applying radii and fillets, trimming and removing duplicates with overkill, and using array, copy, mirror, ortho, and grid spacing.
Practice constructing a 100 by 100 square, divide into ten equal gaps, and apply lines, mirror, copying, circles, and trim tools to build a base point array in AutoCAD.
Apply AutoCAD techniques in 2D by drawing circles, lines, tangents, offsets, trims, and fillets, then load and apply line types with center, scale, and match properties.
Switch from rectangular to isometric with center snap and isometric snap, and note automatic grid reorientation across planes. Draw lines, apply chamfer distance, and modify dimension style for oblique dimensions.
Practice isometric drawing in AutoCAD with center snap and grid snap, ortho lines, UCS usage, copying, trimming, and dimension editing, including text alignment, oblique dimensioning, and color coding.
Practice isometric drafting in AutoCAD by using isometric snap and grid, drawing lines, ellipses, and circles, and applying copy, trim, extend, and M leader settings.
Practice isometric snap and center snap in AutoCAD 2D and 3D while constructing lines, copying at fixed distances, and trimming and extending objects.
Practice isometric snap and grid in AutoCAD to draw vertical and horizontal lines, copy and extend segments, and create an isometric exercise from center to final shape.
Master isometric drawing in AutoCAD using center snap, grid snap, and isometric snap to create lines, circles, and ellipses with precise distances, trims, copies, and connections.
Practice isometric exercises in AutoCAD to master center snap, grid, isometric UCS, and drawing, copying, extending, and trimming lines and circles with tangent and duplicate removal.
Explore how AutoCAD layers segregate elements, enable selective viewing, and streamline pdf export of building plans. Master core commands for creating, turning off, locking, and deleting layers.
Create and manage layers in AutoCAD to organize walls, doors, and dimensions, assign colors, and ensure objects not printed are suppressed in plots.
Convert a pdf drawing to AutoCAD via pdf import, choose layers, explode blocks, measure dimensions, and scale the drawing to produce floor plans with elevations and sections.
Welcome to Learning & Exploring Civil Engineering Concepts & Softwares Practically.
Autodesk Revit is a building information modelling software tool for architects, landscape architects, structural engineers, mechanical, electrical, and plumbing (MEP) engineers, designers and contractors. The software allows users to design a building and structure and its components in 3D, annotate the model with 2D drafting elements, and access building information from the building model's database. Revit is 4D building information modeling application capable with tools to plan and track various stages in the building's lifecycle, from concept to construction and later maintenance and/or demolition.
Take your Revit skills to the Advanced level. First, get comfortable with the Revit environment, and learn to set up a project and add the grids, levels, and dimensions that will anchor your design. Then we dive into modeling: adding walls, doors, and windows; creating and mirroring groups; linking to DWG files; and working with floors, roofs, and ceilings. I will also shows advanced techniques for modeling stairs and complex walls, adding rooms, and creating schedules. Finally, discover how to annotate your drawing so all the components are perfectly understood, and learn how to output sheets to PDF and AutoCAD.
Finally i will also covers basics to Intermediate level of dynamo in Revit.
This course is going to be constantly updated. So once you purchase the course you will get updated sessions, with Q & A.
Herewith I had created many videos for civil engineering students & professionals in order to learn concepts & softwares practically.
In this Course you can learn following most demanded civil engineering softwares from very basic level to advanced level.
AutoCAD 2D
AutoCAD 3D,
Revit Architecture,
Revit Structure,
Revit MEP
Revit Dynamo,
Staad Pro,
Etabs,
Revit to Lumion Pro,
Preliminary Designs of Structural Members,
Leaning Bar Bending Schedule with AutoCAD & Excel,
Quantity Surveying / Building Estimation with AutoCAD & Excel,
AutoCAD Raster Design,
Introduction to ISO Global BIM Standards
With Warm Regards,
Ashish Pandit
B.E. Civil Engineering From M.S. University (First Class with Distinction) (BIM Engineer)