• Introduction to 3D modelling
• Creating solid primitives
• Mesh primitives
• Working in 3D
• Introduction to free form design
• Modelling Workflow, creating models from 2D profiles

• Using Booleans on solid models
• Creating composite models
• Extracting geometry from solid model

• Getting information from 3D objects
• Editing models adding detail to your solid models

• Editing solid models
• Manipulating the model
• Duplicating the model
• Converting 2D objects
• Basic mesh modelling
• Sectioning a model and creating drawings section a solid model and generate

• 2D geometry creating drawings from 3D models

• 3D printing

• Navigating AutoCAD mechanical interface

• Structuring, reusing and editing mechanical data

• Managing layers and object properties

• Adding centrelines and holes
• Creating key geometry
• Annotating parts and subassemblies

• Creation of templates and data
• Placement of dimensions
• Core mechanical design tools of rectangle, hatch, fillet, chamfer, holes, slots, and threads

• Offset, scaling and power command
• Insert industry standard parts into your assembly designs

• Create production-ready drawings
• 3D sketch and boolean operations including 3D parts, UCS, boolean operation, solid editing, etc

• BIM and Autodesk Revit
• Using general sketching tools

• Inserting components
• Selecting and editing elements

• Working with basic modify tools

• Connecting components
• Working with additional modify tools

• Linking in Revit models
• Setting up levels
• Copying and monitoring elements

• Batch copying fixtures
• Coordinating linked models

• Setting the view display
• Duplicating views
• Adding callout views
• Creating elevations and sections

• Setting up spaces
• Heating and cooling loads analysis

• Creating zone
• HVAC networks
• Adding mechanical equipment and air terminals, ducts and pipes

• Adding plumbing fixtures and equipment

• Adding fire protection networks

• Advanced systems for HVAC and plumbing

• Electrical systems
• Adding cable trays and conduit

• Creating construction documents

• Setting up sheets
• Placing and modifying views on sheets

• Printing sheets
• Annotating construction documents

• Working with dimensions and text

• Creating legends
• Adding tags and schedules

• Setting up detail views
• Adding detail components
• Annotating details

• Understanding the configuration for best render

• Shadows and time settings
• Introduction to light tab, object tab and setting tab

• Planar light, spot light and IES lights
• Dome, sphere and mesh light
• Understanding Vray material library
• Settings in material library
• Reflection and refraction of material
• Glossiness and bump
• Rendering of cloth, tiles, stone glass, wood and laminates, paints, water and fur

• Creating scene
• Placing the camera
• Bitmap and its use
• Day and night light
• Rendering of interior scene
• Rendering for exterior scene

• Introduction to Lumion
• Understanding of material library
• Settings to be done in Sketchup
• Importing in Lumion
• Introduction about interface, scene, and layers

• Changing materials of objects and properties

• Placement of objects
• Placing interior or exterior objects in Lumion

• Mass placements
• Use of rotate, scale and move
• Lights (interior and exterior)
• Adding landscape, re-importing of same model

• Adding sunpath according to views, clouds, depth

• Creating night scene and other cameras settings

• Basic steps to make walkthrough
• Giving path for video, humans, cars etc. and other walkthrough settings

• Exporting render and walkthrough Settings

Understanding the interface, tooI

set and getting started with Photoshop

• Working with layer and layer settings
• Importing AutoCAD plan
• Rendering the floor plan
• Downloading and placing furniture
• Rendering an elevation and section
• Materials and shadows settings in plan, elevations and section

• Adding silhouettes and object to the elevation

• Rendering a site plan
• Placing of landscape elements and tree
• Saving files as jpeg
• Starting a sheet compilation
• Enhancing the sheet
• Creating day view to night view
• Making a CV

• Introduction to Estimation
• Need for Estimate
• Types of Estimates
• Understanding the client requirements

• Calculating separate Estimate for furniture, painting, flooring, civil work, false ceiling and electrical work

• Calculating total rough and final Estimate

• Calculating designer's fees
• Making quotation for client
• Terms and conditions to include for client

• Introduction and history of Vastu Shastra
• Importance of Vastu Shastra and Vastu purush

• Understanding residential Vastu
• Locating spaces (pooja room, master bedroom, study room, children room, kitchen, toilets, etc)

• Placement of staircase, basement, septic tank, water tank, entry and exit)

• Natural powers and energies: - solar energy, magnetic force, gravitational force and sleeping position

• Introduction to five elements (panch mahabhoot)

• Introduction to the directions
• Selection of site (developed, undeveloped and over developed, soil

• Selection and slope of land, types of land and testing of land, surroundings and environment, type and shape of plots, facing of plots and adjoining roads)

• Vedashul (obstacles and hindrances)

• Vastu remedies without demolition (vedic, mantra, yantra, gems, pyramid, crystal, and brief feng shui remedies)

• Introduction to Catia
• Concept of parametric modeling, feature based modeling, user interface, mouse operations, file types and management, drawing profiles

• Profile toolbar, operation (corner, chamfer, relimitations, transformations, project 3D element)

• Modeling of machined component, material addition and removal (pad, pocket, shaft, groove) fillets, chamfer, hole

• Modeling of machined component, Pattern (rectangular, circular, user), thread/tap, datum features (plane, axes, points),simple draft

• Axis system, types of draft, shell, stiffener, rib slot, multisection solid, removed multisection solid, apply material, measure, render

• Introduction to multibody concept
• Introduction to drafting & detailing theory (generative andinteractive), initial drafting setting, sheet background, views, dimensions

• Annotations
• Surfacing modeling
• Introduction to assembly
• Assembly drafting, bill of material, ballon creation, graph tree reordering

• Solid Works basics and the user interface

• Using the command manager
• Introduction to sketching
• Basic part modelling
• Boss feature
• Sketching on a planar face
• Cut feature view
• Selector using the hole wizard
• Filleting
• Symmetry and draft
• Patterning
• Revolved features
• Shelling and ribs
• Editing: repairs
• Editing: design changes
• Using drawings
• Section, model, broken and detail views
• Drawing sheets and sheet formats
• Projected views
• Annotations
• Bottom-up assembly modelling

• User interface
• Viewport details
• Grid systems and grid snap

• Setting units
• Gumball, scaling and rotating

• Control point edit
• Workflow and its types
• Curve, line, polyline, circle, rectangle, polygon, arc, free form, ellipse parabola, hyperbola, catnary, surface and plane

• Creating planar surface
• Creating close surface
• Extrude
• Surface join and explode, copy and paste

• Contour, cage edit, point counts, split, split surface, planar surface to curve surface, loft, control point curve, twist, cap, project, dup border, patch, fillet, isocurve, sweep 1 and 2, drape array, recording the screen and grouping

• Furniture modelling and rendering

• Introduction to material library

• Render settings
• Importing of plan
• Creating walls, iinteis, doors and windows

• Flooring and roofing
• Creating scene
• Introduction to enspace
• Saving video clip and Images

• Starting with grasshopper
• Exploring interface
• Understanding logics, components and wiring

• Number sliders and its uses

• Math, sets and vector tab
• Curve tab 1 and 2, surface tab 1 and 2

• Attractor and repelsor point

• Metball custom
• Box morph
• Shell structure
• Felix candela
• Space frame structure
• Making of furniture like tabie, sofa and decoratives

• Making of rotating tower, sunshades, building facade

• Using birds nest
• Designing with faceted forms with voronoi

• Designing of lattice pattern
• Making of dome with voronoi

• Waffle structures
• Wrapped voronoi