Learn residential building planning with AutoCAD, focusing on living, service, and sleeping areas; plan kitchens, stores, bedrooms, and baths, while applying layout rules, minimum dimensions, ventilation, and privacy.

Master the first house plan in AutoCAD by crafting a two-room residential plan, using absolute coordinates and tools, drawing walls, openings, doors, windows, and slab and plinth projections.

Learn to create a complete AutoCAD presentation for civil engineers by drawing a building plan, then projecting elevations and a cross-section with levels, hatching, and precise dimensions.

Learn to draft a ground floor plan for a G+1 residential building in a frame structure, detailing beams, columns, slabs, and footings, with doors, windows, and presentation plans in AutoCAD.

Decide column sizes from loading using standard residential dimensions, place columns at corners and junctions, and optimize orientation for 3–4.5 m spans in a G+1 plan.

Explore drawing the front elevation for a live g+1 frame project, with ground and first-floor plans, level definitions (plinth, lintel, slab), and door, window, and staircase projections using AutoCAD.

Prepare a section for a G+1 live project in AutoCAD by drawing the section line and wall center line and detailing foundation, plinth beam, PCC, walls, lintels, and slabs.

Master the complete plan, section, and elevation of a G+2 building, including ground and first floor layouts with doors, windows, ventilators, parapet, and hatch patterns.

Learn to create working drawings as a complete set, plan, elevation, section, site plan, and block plan, for construction, guided by Indian standard code 962-1989 and submission drawings in AutoCAD.

Learn to draw a working plan for a live project in AutoCAD, covering floor plans, elevations, sections, site and block plans, with dimensions, projections, and setbacks.

Explore preparing a site plan and working plan in AutoCAD, detailing irregular boundaries, plot boundaries, rainwater harvesting, water well, sump, septic tank, car parking, and setbacks with scale.

Learn to prepare plot boundary and working plan, including site plan details, location maps, and compound wall and well details, aligned to north with proper inclination.

Learn to calculate plot area and FSI (floor space index) for architectural drawings, including site plans, area statements, ground coverage, and FAR, with rainwater harvesting and septic tank details.

Learn to create structural working drawings in AutoCAD, from marking plans to detailing footings, columns, beams, slabs, lintels, and staircases, focusing on RCC and detailing standards.

Learn to prepare footing and column layouts in AutoCAD for structural working drawings, including marking plans, grids, orientation, and center-to-center spacings with clear excavation and dimensional details.

Learn to prepare footing and column reinforcement drawings in AutoCAD, including marking plans, footing and column layouts, reinforcement schedules, and detailing for rectangular and circular columns.

Learn to prepare plinth and ground beam layouts in AutoCAD for civil structures, detailing footing, column placement, reinforcement schedules, and load transfer to avoid buckling.

Learn to draft plinth beam details step by step in AutoCAD, covering bar bending schedule, reinforcement layouts, cross-sections at supports and mid-span, and alignment with the engineer's structural designs.

Learn to draft floor beam layouts for a ground-plus-one building in AutoCAD, detailing how floor beams, plinth beams, wall and slab loads, and staircase loads transfer through columns to footings.

Convert analysis and design data into detailed floor beam drawings in AutoCAD, using tabular reinforcement data and cross sections for clear construction guidance.

Determine if the slab is one-way or two-way from the length-to-width ratio, then copy the beam layout to prepare the slab layout, labeling sunken slabs and providing reinforcement dimensions.

Detail slab reinforcement for civil engineers in AutoCAD using a consistent tabular layout, covering one-way and two-way slabs, sunken slabs, main and distribution bars, bent-up sections, and spacing guidelines.

Explore public building planning principles, covering function, unit blocks, circulation, and essential components like entrances, security, parking, and sanitary blocks for educational buildings.

Explore planning educational buildings by examining minimum room types, sizes, and bylaws, including entrances, administrative areas, classrooms, laboratories, libraries, and sanitary blocks per national building codes.

Plan hostel buildings with minimum units: main entrance, warden's office, circulation, recreation, stores, sanitary blocks, and rooms. Prioritize ventilation, lighting, security, and layouts for single, double, and three seater rooms.

Learn to plan library buildings in AutoCAD by detailing essential units—entrance, delivery counter, administrative area, storeroom, photocopying, reference, periodical, lending, parking, and sanitary blocks—with minimum dimensions.

Explore the Revit 2024 user interface, learn to start a new project from default templates, reveal hidden panels, and use canvas theme and shortcuts like CA, PP, and RP.

Master saving and organizing Revit projects with a clear code-based naming and unit setup, then create grid lines and column layouts from an AutoCAD plan.

Create grid lines in Revit, using vertical and horizontal grids with precise distances, copy with constraint or multiple for speed, and adjust end bubbles, color, and numbering.

Configure units and save the Revit project, establish grid lines, and model 230 mm brick exterior walls with 115 mm partitions using correct top constraints.

Learn to place doors and windows in revit for a 1 bhk, adjust door orientation with spacebar, fine-tune positions with arrow keys, load door/window families, and preview in 3d.

Learn to place furniture and fixtures in Revit by loading families, selecting components, and arranging beds, sofas, storage, wash basin, commode, and dining table for a ready house layout.

Learn to gather client inputs for a 2BHK plan, including occupancy, future needs, area and budget, then translate requirements into a practical revit-based layout with bedrooms, toilets, and living spaces.

Learn how to add walls for a 2BHK layout in AutoCAD, using trim, align, extend to join walls and set dimensions, then preview in 3D.

Place sofa, beds and water closet with storage, set doors and windows, load furniture, and add kitchen equipment in Revit for a complete interior layout.

Name rooms in Revit with the architecture room tool and room separator, then color-code spaces like living hall and kitchen and create a color fill legend.

Master fast room dimensioning in Revit by measuring from wall faces, using pick on entire walls or openings, and showing width and grid distances in one step.

Learn to customize room labels in AutoCAD and Revit by changing fonts, colors, and text size, editing family and type, and loading updates into your project.

Learn to tag doors and windows in Revit using tag by category, edit the tag family to rename type names like d1 and d2, and apply across the project.

Learn to label doors and edit families by adjusting text and dimension properties. Use filter and select similar to isolate doors, windows, and furniture for precise edits.

Learn to apply window labels in Revit by tagging windows, editing the window family to set type name and sill height, and duplicating or renaming window types W and W1.

Plan a G+2 hostel layout from concept to ground, first, and second floors, detailing dormitory rooms, dining hall, kitchen, warden and computer rooms, toilets, and circulation.

Explore essential Revit wall commands and project setup, including saving a project, setting levels and units, importing reference images, and building brick walls with center, height, radius, and offset options.

Construct hostel building walls in Revit by creating brick or concrete walls with interior plaster and exterior finishes, placing rooms from kitchen to bathrooms across ground to terrace floors.

Model a hostel in revit-part-02 by drafting and aligning walls with dimensions, including 1.8 m wide spaces and 2.63 m lengths, and explore plaster and brick textures in 3d views.

Learn how to create wall openings in Revit, using section box to isolate walls, edit profile to draw rectangular or circular openings, and split elements to trim and finalize openings.

Place doors and windows on a live project in Revit, using door types (ed/md, d, d1, d2), window types (w, w1, w2), and ventilators; define dimensions and apply tags.

Learn to place and customize windows in Revit by loading families, duplicating and editing window types, sizing, spacing, ventilators, tagging, and verifying in 3d.

Learn to name and boundary rooms in Revit using room and room separator tools, labeling spaces like kitchen, toilets, and corridor, then apply tags and colors for placement planning.

Place hostel components in Revit by loading kitchen and domestic fixtures, positioning wash basins, dining tables, dorm beds, and storage, and using 3D views and align and mirror tools.

Master floor numbering for elevations to keep order, and use w t w t multi-view to view plan, 3D, and elevations; explore slanted walls, color schemes, and selection methods.

Master the align command in Revit to align furniture and walls quickly using multiple alignment, wall faces, and the lock option to move several items together.

Learn to use the offset command to create walls at a set distance, using numerical or graphical input and the copy option, with tips for Revit versus AutoCAD.

Master the mirror command in AutoCAD like pick axis and draw axis to mirror doors and furniture on real projects, use alignment and copy options to speed up your workflow.

Master move, copy, and rotate commands to reposition elements in AutoCAD, using constraints and disjoint settings to ensure precise alignment, with examples on walls, grids, and mirroring.

Explore popular Revit modify commands—trim, extend, split element and split with gap—learn to create gaps, manage multiple walls, and preview results in 3D views, with array for furniture placement.

Master array commands in AutoCAD, using linear and radial options to create multiple copies with center-to-center spacing; apply to chairs, auditorium seating, and circular arrangements.