(a) Advanced modelling techniques for walls, stacked walls, curtain walls, ceilings, floor, slabs, roofs, columns, beams, truss, bracing, foundation, piling, stairs, ramps and railings. (b) Creating advanced family types in the project environment and family editor.

(a) Creating 3D axonometric details in 3D view and adding annotation to the 3D detail. (b) Exporting and importing details and views from Revit projects. (c) Incorporating a sustainable design approach from the beginning. (d) Develop your design using work sharing, workflows and collaboration. (e) Understand the principles of groups and links. (h) Collaborating, tracking changes and coordinating processes.

(a) Using callouts create views, sheets, annotation, tag, schedules, legends, 3D sections, elevations, sections, details and keynotes. (b) Rendering, real-world surfaces with architectural materials. Creating and editing materials from digital images using real world scale.

(a) use of phasing tools and graphic overrides (b) advanced graphic techniques to emphasise material qualities and construction process (c) Use of advanced families to record historical decorations

Project collaboration, schedules, legends, HVAC heating and cooling, ductwork, piping, lighting, power and communications, mechanical systems, electrical systems and circuits, plumbing systems and fire protection.

(a) Assign images as environmental maps. Create and edit materials and maps using material editor. (b) Understand a logical approach for calculating mental ray rendering. (c) Understand Global Illumination, Indirect Illumination and Final Gather. (d) Creating daylight systems, setting the material reflectivity and understanding photometric lights. (d) Understanding and Creating Animations (e) Understanding the World of Video Time, adding and adjusting cameras. Understanding and editing keyframes. Creating walkthroughs, understanding animation file output options.

(a) Pixels, Bitmaps, Grayscale to RGB versus CMYK. Setup raster printer in AutoCAD matching scale and resolution. (b) Natural selection, transformation, distortion, hiding and showing. (c) Getting into Perspective (d)Establishing the horizon, introducing vanishing points filters; two point and three point perspective. Move, copy and clone in perspective. (e) Light and Shade (f) Shadows on the ground and walls, shading using dodge and burn (g) The Third Dimension (h) Adding depth to flat artwork, matching existing perspective and using displacement maps. (i) Plans and Elevations (j) Exporting images from BIM, converting vector to raster and creating depth with shadows. Setting background and swatches, adding noise for textures. Reflecting clouds and environment in glass and extracting realistic figures.