AutoCAD Mastery: Your Path to Professional Design

Transition from 2d drafting to 3d modeling in AutoCAD using the start drawing tab and the 3d modeling workspace, with 3d tools and view cube.

Configure drawing units and canvas limits, switching between millimeters, decimal, and architectural inches as needed. Enable toggle keys: grid, ortho mode, object snap tracking, object snap, and dynamic input.

Explore creating 3d models from 2d drawings using view cube and isometric views, and compare visual styles from conceptual to x-ray to uncover realistic, shaded, wireframe, and sketchy visuals.

Learn to use AutoCAD built-in shapes—box, cylinder, cone, and sphere—by specifying center points, radii, and heights, then rotate with shift and use dynamic input and UCS for precise 3D modeling.

Draw shapes in AutoCAD by creating a pyramid with a defined base and height, a wedge from a slanted rectangular box, and a torus with adjustable outer and inner radii.

Use the extrude command on joined polylines to create 3d shapes, specify a height, and ensure the shape is closed and fully visible in the window for extrusion.

Master AutoCAD tools by learning the revolve, loft, and sweep commands, and how extrude complements them to create complex shapes, columns, and cornices.

Explore the press pull command in 3D AutoCAD to push and pull closed surfaces, detect areas automatically, and adjust height and divisions like extrude.

Master essential 3d cad commands beyond the basics, including press pull with a gizmo, z vector on a 2d plane, and solid union, subtraction, and fusion.

Learn AutoCAD 3D solid operations, including intersection, union, and subtraction, then apply fillet edge and chamfer with adjustable radii and distances to create curved and angular edges.

Master the 3d rotate and 3d move tools to rotate objects along the red, green, and blue axes and move them from a base point with ortho mode for precision.

Learn to turn a 2D plan into a 3D exterior architectural model by extruding walls, hiding interior lines, and using isometric view and layer management.

AutoCAD mastery: create and extrude interior and exterior walls for two floors, adjust walls with press pull, detect islands, set 3000 slab height, and place windows and sills.

Create walls, insert windows and doors, and precisely size and align surfaces using copy, press pull, 3d rotate, and 2d frame techniques for accurate internal walls.

Create walls and openings in AutoCAD by pressing and pulling surfaces to 1200 and 900 mm, then fuse parts with solid union, align windows and doors using dynamic inputs.

Create walls, doors, and lintels with press pull to 900 and 300 mm, fuse surfaces with solid fusion, verify fit, and clean up polylines while undoing steps.

Create a floor plan by forming columns and slabs, tracing a polyline, and extruding or offsetting surfaces, then refine railings and brickwork with precise adjustments.

Create square railings and channel surfaces with sweep and polyline techniques, join and copy lines for accurate paths, then press pull slabs to form a first floor gallery and balcony.

Master AutoCAD surface modeling by using press pull to shape slabs, create lines and rectangles, apply sweep surfaces for rails, and fuse components into a complete porch slab.

Learn to create and align slabs in AutoCAD, fuse steps with union, use press pull and plan trace from a base point along the z axis, and group components.

Continue mastering slab creation in AutoCAD by aligning axes, using the press pull and box tools, and positioning slabs to cover columns with precise dimensions.

Design a complete single-level architectural layout for a supermarket using AutoCAD 2D, including aisle planning, racks, sections, self-service areas, and services, aligned with client requirements and space planning.

Design an architectural layout for a supermarket in AutoCAD, using metric units and millimeters, with layers, grids, columns, and center lines to create a functional floor plan.

Plan a 2000 square metre supermarket using a grid, seven meter column spacing, and outer walls to design aisles, racks, entrances, exits, and essential service areas.

Design the supermarket interior in AutoCAD by laying out eight billing counters with standard blocks, spacing, and doors, while applying architectural dimensions and layering.

Design a supermarket layout in AutoCAD, establishing aisles, 600 mm racks with 18 m length, 600x600 columns, and 2.5 m aisle gaps, including fruits and vegetables and groceries sections.

AutoCAD mastery for supermarket layout design: arrange grocery, fruit and vegetables, bakery, packaged foods, hygiene, cosmetics, clothing, and changing rooms along aisles, with dairy, cold storage, and 1200x2400 deep freezer.

Design a retail cold storage section with aisle area part 4 in AutoCAD, detailing deep freezer placements, racks, equipment layers, insulation options, and a snack and dry fruit trolley bay.

Designs a customer locker room (7x5 m) with a storage and warehouse area (11x7.4 m), door placements, and 500 by 600 mm locker configurations, plus admin areas.

Design a supermarket layout in AutoCAD with racks, aisles, trolley bays, and 2.5 m spacing to cold storage. Model admin cabins, staff areas, doors, and furniture on a dedicated layer.

Apply AutoCAD commands to design a meeting room and staff areas, using array and polar array, and place lockers, toilets, and electrical rooms with precise spacing.

Master AutoCAD service area design by applying architectural dimension styles and precise rack and aisle layouts, and plan admin, staff, electrical spaces with supermarket ramp, stairs, and warehouse parking.

Design the supermarket exterior with car and bike parking and a ramp from the loading bay to storage area, including a 1200 mm ramp width and a 1500 mm door.

Create a supermarket loading bay design in AutoCAD featuring a 1:10 ramp, a loading area, and a truck block (about 5.5 m by 2 m) with a shuttered shelter.

Design two supermarket exit ramps in AutoCAD, each with a 1:10 slope and 1200 mm width, and maintain a 2 m gap between the ramps.

Model a supermarket in AutoCAD, detailing staircase dimensions, glass facades, and product displays with 12 mm blue glass, then prepare section and elevation views.

Design the supermarket front elevation from the completed architectural layout by validating aisles and rack gaps, adjusting dimensions, locking layers, and extending grids for an accurate view.

Design the front elevation of a supermarket, setting ground level, finished floor level, slab thickness, and coordinating the glass facade, stairs, and ramp.

The lecture demonstrates detailing the front elevation of a supermarket in AutoCAD, including ramp slope 1:10, shutter height three meters, door height 2800 mm, and parapet and offset considerations.

Learn to design architectural layout and basement car parks for multi-level buildings using AutoCAD 2D, applying space planning and parking zones per IBC and NFPA 88 for fire protection.

Design a multi-level basement car park layout in AutoCAD, covering basic architectural layout, column grids, ramps and stairs, space planning, sectional views, and setting the layout in imperial units.

Develop a basement car parking layout in AutoCAD, using an L-shaped plan, polylines, and blocks, with ramp design, retaining walls, and two-way driveways per international building codes.

Design the basement level one for a multi-level car park, detailing ramps, a two-way driveway, parking blocks, and staircase with a 17% slope per IBC.

Design car parking blocks and two-way driveways in AutoCAD per client architectural layout, using standard 16 ft by 8 ft 6 in blocks, layers, and space for staircase and lift.

Design and space plan a basement car parking level in AutoCAD, detailing lift lobby, security cabins, doors, and parking lines, mirroring blocks to fit 62 cars across basement levels.

Design a space plan for parking block with a two-way radial driveway, arrows, and mirrored layout, expanding to 17 ft by 8 ft 6 in for SUV and sedan parking.

Design the car top view in AutoCAD by drawing the bonnet, lights, and glass roof, applying offsets and radii, mirroring parts, converting to a block, and replicating across basement levels.

Apply AutoCAD mastery to design basement levels and ramps, extending grids, mirroring curbs, and detailing ground floor to basement two and three with brake lines for two-way traffic.

Learn to design a multilevel car parking layout across basement levels, assign car-number layers, and replicate block sequences, including a pump room with precise dimensions and service requirements.

Explore designing a multi-level car parking with ramps and basements, including layout, ramp alignment, service spaces, and sectional views with magenta section lines and 11 ft floor heights.

Design the sectional view for all multi-level car parking, outlining ground and basement levels, ramp slope 1:7 (17%), retaining wall, and car blocks with entrance, driveways, and restrooms.

Design a fire protection plan for a car parking area by dividing the basement into two NFPA-compliant zones of about 15,000 ft², with shutters and partitions to isolate fires.

Learn to configure AutoCAD viewports for basement car park layouts, apply the viewport layer, offset drawings, and insert text with the display locked across levels.

Master drafting and designing a complete corporate office furniture layout in AutoCAD 2D. Apply space planning, furniture selection, and partition options to meet area requirements.

Learn how to design a furniture layout for a corporate office using AutoCAD, starting with architectural layout, space planning, partition selection, furniture selection, and final drawing setup.

Adjust line type scale and column blocks with reference scales, then draft an architectural layout by drawing outer walls, setting grids, and partitioning areas for toilet, cabin, workstation, and reception.

Design a corporate office layout in AutoCAD, detailing reception, lift lobby, entry, and workstations with four-inch partitions and glass walls, and plan two meeting rooms with cabin and reception furniture.

Learn to design a corporate office layout in AutoCAD, including the conference room, glass partitions, director and executive cabins, a reception area, and furniture layout using layers and sofa sizes.

Design a reception area in AutoCAD by drawing an eight by two foot six inch sofa with precise fillets, then model a three by two foot chair and mirror it.

Design a cabin partition in AutoCAD by placing furniture, setting dimensions and offsets, crafting a reception area, and labeling meeting rooms with circular tables and chairs.

Design a conference room layout in AutoCAD with a six-by-six-foot square table and eight chairs, and map an area for printer, Xerox, tea vending machine, plus meeting rooms and cabins.

Design a chairman cabin furniture layout in AutoCAD, placing an eight-foot table with wall offsets, an L-shaped extension, chairs, and a sofa with precise spacing.

Master furniture layout in AutoCAD by creating and placing block sofas, cabinets, tables, and chairs in chairman and managing director cabins, using precise dimensions, offsets, and scale blocks.

Design an open workstation layout to accommodate 60 employees through space planning, arranging tables, chairs, computers, and storage cabinets with partitions and precise dimensions.

Create and refine a two-person workstation layout in AutoCAD by mirroring and duplicating chairs, tables, and cabinets, adjusting gaps from four to six feet and ensuring interior door clearance.

Finalize a workstation furniture layout with 60 chairs and shared storage, ensuring five feet four inch to five feet six inch gaps, and apply dimensions for chairs, tables, and storage.

Apply precise furniture layout techniques in AutoCAD Mastery by detailing reception and workstation dimensions, chair types and their measurements, wall thickness, and glass thickness for clear design documentation.

Master land mapping and area plotting for bungalow and row houses in AutoCAD Mastery, covering plot area, facing, architectural layout across ground plus one, ground plus two, and terrace levels.

Explore area plotting for a bungalow interior by mapping land, creating grid and column layouts, and setting outer walls and setbacks in AutoCAD.

Use AutoCAD to create the compound peripheral wall and pillar layout, define column sizes, and draft ground-floor zones—kitchen, living, dining, bedrooms, toilets—with an Excel sheet for room names.

Draw and measure a ground floor architectural layout, detailing kitchen, dining, living room, bedroom, toilet, store room, and prayer room with square-foot areas, preparing for first-floor and terrace levels.

Draft the ground floor staircase layout in AutoCAD, detailing RCC wall thickness and mid landing. Lock layers, copy grids to the first floor, and design the double height living room.

Design the first floor layout in AutoCAD with master and children bedrooms, library, study, toilets, and passages; extend to terrace garden, then plan doors for kitchen, electrical room, and storeroom.

Apply AutoCAD mastery to create a ground-floor furniture layout featuring an island kitchen with specified dimensions, a kitchen platform, hob, oven, seating, and a connected dining area.

Learn to design a complete interior layout in AutoCAD by placing living room and bedroom furniture, adjusting scales, and positioning wardrobes, beds, tables, WC, wash basin, bath tub, and windows.

Learn to select standard window and door sizes, insert and adjust elements, and build the ground floor plan with furniture before moving to the first and terrace levels.

Create the first floor furniture layout starting with the master bedroom, placing the bed, wardrobe, wash basin, wc, doors, and railing, while adjusting dimensions and copying elements from ground floor.

AutoCAD mastery course guides furniture layout for a children's bedroom, placing a single bed, wardrobe, dressing table, chair, wc, wash basin, and shower, with precise gaps and scale references.

Develop furniture layout skills by resizing rooms, inserting doors and furniture, creating first and terrace floor plans with open garden elements, and preparing elevations in viewport.

Draft the front elevation of a bungalow by setting the ground floor baseline and plinth level, applying vertical grids, and detailing doors, glass facade framing, steps, and parapet walls.

Develop a front elevation of a bungalow or row house in AutoCAD by detailing a glass facade, a sliding window, hatch patterns, color fills, columns, and drainage slope.

Draft the front elevation of a bungalow in AutoCAD 2D, including a slanting roof, terraces, swimming pool area, and servant outhouse, then set up ground and first floor plans.

Explore interior design and furniture layout for a restaurant and lounge using AutoCAD 2D, including false ceiling design and area markup through a restaurant makeover case study.

Learn basic architectural layout for restaurant and lounge design in AutoCAD, including layer setup, walls, grids, columns, furniture, false ceiling, lighting, and flooring.

Mark sit-out, dining, and lounge areas with partitions, build porch decking with wooden railing and staircase, designate the main entrance, waiting area, kitchen, and back-of-house toilets.

Learn how to create a furniture layout in AutoCAD, including sit-out areas, tables and chairs, wooden railing, trees, and security features like a desk, metal detector, and waiting area.

master the furniture layout for a restaurant space in AutoCAD, designing the waiting area, dining area, and lounge with a billing counter, seating arrangements, a furniture layer, and 3-meter spacing.

Define the lounge space in AutoCAD, create executive and normal lounges, insert chairs and a 1200 mm sofa set with doors and tables, and apply furniture layer finishes.

Design and arrange executive dining and lounge furniture in AutoCAD, placing chandelier and TV, adding a bar and wine display, and sizing sofas to standard dimensions.

Draw the dining area bar counter in AutoCAD, with a total 8.7 m length and 600/750 mm segments. Add wine display, seating, bartender, and false ceiling labels to complete layout.

Presents a false ceiling layout and furniture plan for a dining and lounge area, with a performance or dj zone, parcel and billing counters, and entrance design.

Design a false ceiling layout across dining, waiting, executive lounge, and DJ area using a dedicated layer, defined offsets, and wood or plaster options, aligning levels with the true ceiling.

master the false ceiling layout with levels for a restaurant, including labeling levels 2450 and 2250, and planning lighting placement and flow patterns for dining and lounge areas.

Configure two false ceiling levels and plan light placement for the restaurant area. Install six chandeliers in the dining area and distribute downlights across other spaces for balanced illumination.

Learn practical restaurant lighting layout, including downlights in waiting areas, executive lounges, and toilets, with LED strip, bulkhead lighting, and drafting notes on line type and scale for floor patterns.

Learn to design false ceiling and flooring patterns in AutoCAD, applying hatch patterns, dot spacing, and layer colors for dining, seat out area, kitchen, and passage.

Set up the drawing with zero and current layers, then create furniture, false ceiling, and flooring layouts for the restaurant and lounge area. Manage layers to isolate each layout.

Design the architectural layout for a corporate office in AutoCAD 2D, applying space planning, floor space index (FSI), building services, wall and glass thickness, and car parking layouts.

Design the corporate office architectural layout by confirming floor space index and building line, defining column-grid distances, and detailing lower levels to terrace with furniture and services, including refuge areas.

In AutoCAD, develop the ground floor plan by creating grids and walls, convert grids to blocks for copying, then design the basement car parking with a ramp, staircase, and lift.

Copy the car parking blocks to create multiple blocks with at least 100 units spacing, set a 52‑inch driving area, and add driveways with four‑meter parking spacing and entry/exit arrows.

Design a basement car park with driver toilets, parking for 69 cars, and a ground-floor plan showing shops, a restaurant, reception lobby, anchor shop, ramp, lift, and stairs.

Master basement car park level part 3 by drafting ground-floor shops with six units, main entrance and canopy drop-off, glass shopfronts, and space planning for corporate office areas.

Map the building's front elevation from ground floor to basement, detailing ramp access, shop layouts, and typical upper floors while applying architectural dimensioning standards and FSI guidelines.

Define and label floor levels on the building elevation, from ground to terrace, using 3.2 m increments, including typical and refuge levels with grid references.

examine the typical first floor level for a corporate office, detailing grid replication, wall and furniture layout, stair and lift cores, reception lobby, office areas, toilets, and service rooms.

Draw interior layouts for a multi-floor office, place cubicles and workstations with 600/800 mm spacing, include 2000 mm doors and E2 openings, and map reception, cabins, and services.

Copy the first floor layout to the second floor, preserving grids, columns, and exterior walls, then layout a common toilet, reception, executive cabin, and workstation with defined furniture gaps.

Divide the typical floor plan into storage, passage, workstations, two-person cabins, server room, and pantry, then complete second-floor office layout with sales area, director and MD cabins, and conference space.

Define the refuge level on the seventh floor with a refuge area and assembly point, and review typical floors two to six, open terrace, and lift lobby layouts.

Create and rename building levels in AutoCAD, including basement car park, ground floor, first floor, second to sixth typical floors, seventh refuge floor, and terrace level, completing the building elevation.

Design an apartment lighting layout using AutoCAD 2D, learn lux level calculations, lumen-based lighting selection, and arrangements for normal and emergency lighting, with a focus on energy-efficient LED/CFL choices.

design the electrical lighting layout for a residential building by calculating lumens output and number of luminaires using area, lux level, maintenance factor, and utilization factor.

Calculate lumens output and lux levels to design living room lighting, then select suitable LED tubes and bulbs (13 watt, 15 watt) using the standard luminous output chart.

Calculate room-by-room lighting for bedroom, bathroom, and WC using lux targets and lumen output to choose 6–9 watt led downlights, then create installation legends.

Calculate the passage luminous output for a 2.15 m² typical flat at 200 lux, then select about 1100 lumens (13 W LED) and apply the same method to the balcony.

Apply lighting design in AutoCAD by calculating lumens output, selecting an 18-19 watt CFL lamp for balconies, and mirroring LED layouts across typical flats with layer locking and legend preparation.

Calculate lux requirements, determine luminaire counts, and select 16–18 watt LED downlights with emergency and normal lighting across 18 luminaires by applying maintenance and utilization factors.

Shows step-by-step creation of loops for bedroom, living room, kitchen, bathroom, and wc, with main distribution board placement, lighting loops, and switch and socket planning.

Explore typical floor layout and looping for electrical lighting in an AutoCAD plan, including normal and emergency circuits, distribution boards placement, and lumen calculation formula.

Design the electrical lighting layout for a typical residential floor, detailing staircase and lift lighting with normal and emergency circuits, mid-landing zones, and looping connections.