Digital Design

01 — Adobe Illustrator

1. Fashion flats
2. Technical drawings
3. Line sheets
4. Construction details
5. Pen Tool
6. Shape Builder
7. Pathfinder
8. Layers
9. Stroke
10. Symbols

02 — Adobe Photoshop

1. Mood boards
2. Fabric textures
3. Color correction
4. Digital rendering
5. Fashion presentations

03 — CAD for Fashion

1. CLO 3D
2. Browzwear
3. Lectra
4. Gerber AccuMark
5. Digital pattern making
6. Marker making
7. Pattern grading
8. Fabric simulation

04 — Technical Flats

1. Jackets
2. Shirts
3. Dresses
4. Pants
5. Skirts

05 — Tech Packs

1. Measurements
2. Stitch details
3. Labels
4. Fabric information
5. Construction notes

06 — Colorways

07 — Digital Portfolio

1. Collections
2. Presentations
3. Portfolio pages

Fashion flats

A fashion flat is a two-dimensional garment drawing shown as if laid flat or lightly filled out, usually in front and back views. Its purpose is to communicate silhouette, proportion, seam placement, openings, pockets, trims and construction—not the pose or personality of a fashion figure. Start from a consistent body-free template, use symmetry only where the garment is symmetrical, and vary line weight to separate outer edges from internal details. Draw what could actually be patterned and sewn, then compare the flat with the design and sample.

Practice: Draw front and back flats from one physical garment, then audit every visible seam, closure, pocket, edge finish and proportion.

Technical drawings

Technical drawings expand the flat into a communication set for product development. Add the views needed to remove ambiguity: front, back, side, inside, opened closure, component or enlarged callout. Keep shapes clean and measurements separate from the illustration unless a specification diagram is required. Use consistent terminology, arrows and legends; show hidden construction with an agreed dashed convention rather than decorative shading. The drawing should answer a production question and remain legible when placed in a tech pack or printed at its final size.

Practice: Create a four-view drawing of one style and ask another student to identify its construction without seeing the original garment.

Line sheets

A line sheet presents a collection as an assortment for merchandising, wholesale or internal review. Unlike a tech pack, it summarises styles rather than explaining how to manufacture them. Establish the audience first, then give each product a consistent thumbnail, style name or number, concise description, available colorways and the commercial fields required by the brief—such as sizes, materials, delivery window or price. Use a repeatable grid and controlled image scale so products can be compared quickly. Verify every value against the current assortment data before issue.

Practice: Build a six-style line sheet and test whether a reader can compare category, color, price and delivery without opening another file.

Construction details

Construction details are enlarged drawings and callouts that clarify areas too small or complex in the main flat. Isolate one question at a time—zipper insertion, pocket structure, seam finish, placket, cuff, collar, top stitching or reinforcement—and show enough surrounding garment to locate it. Label the exact stitch or seam only when the terminology and factory legend are agreed. Use leaders that terminate precisely, avoid crossing arrows and distinguish cut edges, folds and stitching. A callout should supplement the main flat, not contradict it.

Practice: Produce three callouts at a readable scale and cross-check every line against the sample, pattern and written construction note.

Pen Tool

The Pen Tool creates straight and curved vector paths through anchor points and direction handles. For clean garment contours, place anchors at meaningful changes of direction rather than at every small movement. Click for corners, drag for smooth curves and adjust handles so adjoining segments flow without bumps. Use as few points as the shape permits, close filled paths deliberately and inspect in Outline view for accidental doubles or open endpoints. A smooth armscye, lapel or curved hem should be controlled by its geometry, not by excessive correction points.

Practice: Trace a sleeve and lapel with the fewest practical anchors, then refine the curves at high zoom and evaluate them again at page size.

Shape Builder

Shape Builder combines or removes regions created by overlapping selected paths. It is efficient for collars, pocket shapes, facings and graphic panels assembled from simple geometry. Select only the objects involved, preview the highlighted regions, drag through areas to merge and use the subtract modifier to remove unwanted areas. Because intersections can introduce additional anchors, inspect the result and simplify only when the contour remains accurate. Keep an untouched construction copy before combining if later proportion changes may be needed.

Practice: Construct a notched collar from overlapping shapes, preserve one editable version and compare its final point count with the merged result.

Pathfinder

Pathfinder operations calculate new shapes from overlapping objects. Unite, Minus Front, Intersect and Exclude resolve silhouette relationships; Divide and related commands split artwork into editable regions. Panel operations can permanently change selected objects, while Pathfinder effects applied through the Effect menu may remain editable in the Appearance panel. Choose the method according to whether the source geometry must survive. Confirm stacking order before subtracting, duplicate critical objects and inspect for stray points, unpainted fragments or altered fills after the operation.

Practice: Create the same pocket cut-out with a permanent panel operation and an editable effect, then identify which version best supports revision.

Layers

Layers organise the objects in a complex drawing without changing their geometry. Name them by function—template, front, back, stitching, trims, annotations and color—and use sublayers or groups for individual components. Lock reference artwork, hide alternatives that should not export and keep annotation above garment art. A predictable hierarchy lets another designer locate, select and revise an object without ungrouping the entire file. Before delivery, remove unused objects carefully, confirm required layers print and retain a fully editable master rather than flattening by default.

Practice: Rebuild an untidy flat into a named hierarchy, then ask a classmate to replace one pocket and hide one colorway without guidance.

Stroke

Stroke settings control the visible line applied to a path: weight, color, cap, corner join, dash pattern and alignment. Establish a line hierarchy before drawing—for example, stronger outer contours, lighter internal seams and a distinct dashed convention for top stitching or hidden detail. Judge widths at the intended output size, because zoom can disguise weak or heavy lines. Use rounded or butt caps intentionally, align dashes around corners and avoid scaling strokes inconsistently when garment proportions change. Expand strokes only when the receiving workflow requires outlined shapes.

Practice: Create a stroke legend, apply it to one flat and print at final size to verify that every construction line remains distinct.

Symbols

Symbols store reusable artwork such as buttons, snaps, zipper pulls, stitch marks and approved logos. Instances reduce repetitive drawing and can update together when the master symbol changes, supporting consistency across a collection. Build each symbol at a known size, define its registration point, name it clearly and keep variants separate when their geometry differs. Do not use a generic icon where the actual trim is design-critical. Break a link only when one instance must become independently editable, and confirm that external recipients can display the exported result correctly.

Practice: Build a small trim library, place instances across three garments and revise the master to confirm which elements update automatically.

Mood boards

A mood board translates research into a focused visual direction rather than collecting attractive images without hierarchy. Define the design question, audience and season; curate evidence for silhouette, material, color, detail, atmosphere and context; then edit until the relationships are clear. Place source images as linked or embedded Smart Objects, use masks instead of destructive erasing and record credits outside the visual composition. Scale and crop to express priority, leave deliberate negative space and test whether the board communicates one coherent concept without a spoken explanation.

Practice: Reduce an initial twenty-image board to eight essential images and write one sentence explaining the design decision supported by each.

Fabric textures

Digital fabric texture combines surface image, repeat, scale, direction and sometimes physical maps; a photograph alone does not describe drape. Correct perspective and lighting on a clean swatch image, build a seamless repeat when required and preserve the source as a Smart Object. Apply texture through selections, clipping masks or layer masks so garment boundaries remain editable. Match the repeat scale to a known garment dimension, align stripes or grain deliberately and use blend modes sparingly. Label simulated texture as visualisation when physical performance has not been measured.

Practice: Build a seamless plaid tile, apply it to two garment panels and verify repeat scale, grain direction and matching at the seam.

Color correction

Color correction aims to make image tone and color consistent with a defined reference and output—not merely more dramatic. Work non-destructively with Levels or Curves for tonal range and adjustment layers such as Color Balance, Hue/Saturation or Selective Color for controlled changes. Set or confirm the color profile, assess neutral areas and skin or fabric references, and use masks for local corrections. Calibrated viewing and physical standards remain necessary for production color approval because screens, lighting, cameras, printers and fabrics reproduce color differently.

Practice: Correct three photographs of one swatch under different lighting and compare them beside the physical material under controlled illumination.

Digital rendering

Digital rendering communicates form, material, light and design intent while retaining an editable process. Begin with a clear silhouette and large value structure, then separate skin, garment panels, shadows, highlights, texture and details into named layers. Use masks to contain each material, custom or preset brushes to describe different surfaces and Smart Objects for artwork that may change. Follow the garment's volume when warping prints or adding highlights. Texture should reinforce construction and drape rather than hide an inaccurate drawing; keep a clean flat alongside expressive artwork.

Practice: Render the same sleeve in matte cotton, fluid satin and brushed wool using identical line art but distinct edge, value and texture behaviour.

Fashion presentations

A fashion presentation selects and sequences visual evidence for a specific decision. Establish the audience—design tutor, buyer, technical team or client—and build a hierarchy from concept to palette, materials, silhouettes, key looks and supporting detail. Use a consistent grid, type system, margins and caption style; place raster images at sufficient effective resolution and preserve linked assets. Limit each page or slide to one dominant message, align images optically and remove effects that compete with the collection. Export and review the exact PDF or screen format that will be delivered.

Practice: Create a five-page concept-to-collection presentation and conduct a silent review to see whether its sequence is understandable without narration.

CLO 3D

CLO links editable 2D pattern pieces with a sewn 3D garment on an avatar. A reliable project starts with correct units, named pattern pieces, grainlines, seam allowances and unambiguous sewing relationships. Arrange pieces close to the body before simulation, use an appropriate particle distance for the task and resolve collisions rather than concealing them in a render. Assign measured or documented fabric properties as well as visual textures, because changing grain or physics changes the silhouette. Treat virtual fit as evidence for iteration, then validate critical decisions physically.

Practice: Import a simple pattern, verify every seam and grainline, simulate two measured fabrics and record which pattern decisions change between them.

Browzwear

Browzwear's ecosystem includes VStitcher for garment development, Lotta for design and Stylezone for review and collaboration. In VStitcher, maintain production-ready pattern data while assigning fabrics, seams, artwork, trims and colorways to the correct components. Use measured fabric data where available; an imported image with default physics may look attractive but cannot represent the actual textile reliably. Check sewing, pattern balance and avatar choice before reading fit maps. When grading, preserve matching segment lengths and verify corners, notches and trims in every size.

Practice: Build one garment with named materials and two colorways, then inspect seam matching and grade-point behaviour in the base and one graded size.

Lectra

Lectra is a fashion technology ecosystem rather than one universal application. Modaris supports pattern creation, modification, grading, industrialisation and, with relevant modules, linked 2D/3D prototyping; marker and material-use workflows may use other Lectra solutions. Work within the configuration available to the studio and document its version. Build from approved blocks, maintain links between dependent pieces, add production information such as axes, notches and seam values, and use file conversion only after checking the exchange result for lost curves, annotations, grading or internal data.

Practice: Modify one linked style from a graded block, then audit the exported pattern for units, seam values, notches, grade integrity and piece names.

Gerber AccuMark

Gerber AccuMark, now part of Lectra, supports apparel pattern design, grading and marker making or nesting, with 3D available through relevant product configurations. A disciplined dataset uses approved storage areas, consistent model and piece names, defined grade rules, valid annotations and controlled revisions. Walk adjoining pieces on seam or cut lines, confirm that generated sizes remain sewable and apply marker constraints before measuring efficiency. When exchanging data, record the AccuMark version and compare imported geometry with the native original rather than assuming complete compatibility.

Practice: Create a small graded model and marker, then reopen the exported data to verify scale, piece count, grain, notches and size labels.

Digital pattern making

Digital pattern making applies the same geometric and fit discipline as paper drafting while adding precision, parametric tools and reusable data. Set units before creation; establish piece name, cut quantity, material, size, grainline and orientation; then draft or digitise clean lines and meaningful points. Add darts, internal construction, notches and seam allowances according to the studio standard. Walk stitch lines rather than relying on bounding-box dimensions, true corners with allowances visible and remove duplicates. Save an untouched approved base and create traceable style revisions instead of overwriting it.

Practice: Digitise a two-piece pattern, walk every joining seam and produce a checklist report of lengths, notches, corners, grain and metadata.

Marker making

A marker arranges every required pattern piece within a defined fabric width for cutting. Import the correct style, size ratio and quantities, then apply material constraints: grain tolerance, nap or one-way direction, face pairs, fold requirements, stripe or motif matching, buffers and cutter limits. Nest pieces to improve utilisation without violating those rules or losing identification. Efficiency is the area of pieces divided by the available marker area, but the highest percentage is not automatically the best production marker if it increases cutting risk, length, handling or matching errors.

Practice: Build unrestricted and one-way markers from the same order, then compare efficiency, length, rule compliance and likely cutting difficulty.

Pattern grading

Pattern grading creates a coordinated size range from an approved base size by moving defined grade points according to a rule system. It is not uniform scaling: body dimensions change by location and garment category, while design proportions and functional openings need deliberate control. Enter or import the approved rules, inspect the nested sizes and check corresponding seam lengths, notches, corners, button positions and components such as waistbands. Verify the smallest, base and largest sizes in 2D and through fit evidence; correct the rule or base cause rather than editing one size invisibly.

Practice: Grade a skirt through five sizes and produce a seam-length comparison for side seams, waist seam, waistband and zipper opening.

Fabric simulation

Fabric simulation combines physical behaviour with visual appearance. Enter measured or verified values for weight, thickness, bending, stretch and shear when the system supports them, then orient the digital grainline correctly. Build texture maps at true scale and distinguish color, normal, roughness and opacity information from the physics that controls drape. Keep avatar, pose, pattern, sewing, collision and simulation quality constant when comparing materials. A plausible render is not proof of fit or manufacture: calibrate against a physical swatch or prototype and record remaining differences.

Practice: Simulate one approved pattern in three fabrics while changing only material data, then compare silhouette, strain, folds and hem behaviour.

Jackets

Jacket flats must resolve layered structures clearly: neckline or lapel, collar and stand, front edge, closure, pockets, darts or panel seams, sleeves, cuffs, vents and hem. Show front and back at the same scale; add an opened or inside view when facings, lining, undercollar, storm flap or internal pockets matter. Distinguish edge stitching from seamlines and show button stance, roll line and vent overlap accurately. For an asymmetrical front, draw the actual left and right relationship rather than reflecting one side automatically.

Practice: Draw a tailored jacket in closed, open and back views, then reconcile every line with its pattern piece or construction layer.

Shirts

Shirt flats communicate small proportional differences that define the style. Establish collar type and stand, centre-front placket or fly, button spacing, shoulder or back yoke, pleats, darts, pocket, sleeve, cuff and cuff placket, then finish with the correct side-seam and hem shape. Use detail callouts for concealed plackets, collar construction or cuff openings rather than crowding the main view. Keep front and back shoulder, yoke and sleeve relationships coherent, and confirm that repeated elements such as buttons and top stitching follow the same spacing system.

Practice: Draw one shirt and derive two variations by changing only collar, placket, pocket and cuff while preserving the approved body.

Dresses

A dress flat must communicate the full vertical relationship between bodice, waist or high-hip shaping, skirt volume and hem. Indicate darts, princess seams, gathers, pleats, waist seams, panels, openings, pockets, sleeves or straps and the complete closure route. Maintain the same garment length and key horizontal levels between front and back. Long silhouettes may need a larger artboard or a detail view so construction does not disappear. If drape or asymmetry changes the apparent hem, show the intended construction edge distinctly from presentation movement.

Practice: Draw front and back views of a panelled dress, then add one callout showing the exact waist-to-zipper junction.

Pants

Pants flats require accurate front-to-back differences. Show waistband or facing, closure and fly direction, belt loops, front and back pockets, darts or yokes, centre creases, inseams, outseams, rise shape, knee level and hem treatment. A side view can clarify cargo pockets, leg volume or curved seams. Keep the crotch area readable without anatomical exaggeration, align pocket and fly positions with construction logic and show cuffs or turn-ups consistently. Ensure front and back leg lengths and seam placements correspond even when their contours differ.

Practice: Produce front, back and side views of one trouser, then mark which visual lines represent seams, folds, edges and top stitching.

Skirts

Skirt flats communicate waist treatment, shaping and controlled volume. Identify straight, contoured or elastic waistband; facings; darts; yokes; gathers; pleats; panels; pockets; closure; vent or slit; lining and hem. Draw pleats in both their closed visual state and a detail that explains fold direction when production could be ambiguous. Match front and back length, hip and hem levels, but preserve their distinct dart and closure arrangements. For circular or bias styles, supplement the flat with grain or pattern information in the technical documentation.

Practice: Draw pencil, pleated and circular variants from one waist reference, giving each the views needed to explain its volume and opening.

Measurements

A measurement specification identifies each point of measure with a unique code, name, illustrated location and exact method. State the unit, base-size target, tolerance and graded values or grade rule as required. Define whether the garment is closed, relaxed, stretched, laid flat or measured along a curve, and identify excluded components such as trim or rib extension. Values must agree with the approved pattern and sample; tolerances describe acceptable production variation, not permission to ignore a systematic error. Record actual sample measurements and comments in separate columns.

Practice: Measure one garment twice from a ten-point diagram, rewrite every ambiguous method and compare results within the stated tolerance.

Stitch details

Stitch details specify how construction and visible stitching should be executed. Identify location, seam or stitch type, number of rows, distance from edge, seam allowance, stitch density and thread or needle requirements only to the level supported by the brief and tested sample. Use enlarged callouts and a consistent legend; standardised codes may help when both parties use the same system, but plain-language clarification is still valuable. Distinguish a seam structure from the machine stitch that forms it and mark special reinforcement at stress points.

Practice: Convert five visible garment details into callouts and ask a sewer to identify the required operation, position and finished appearance.

Labels

The label section coordinates brand, size, fibre-content, care, country-of-origin, certification and other required labels. Requirements differ by product and sales market, so use confirmed legal and brand guidance rather than inventing universal wording. Provide approved artwork or reference file, finished dimensions, material and color, fold type, edge finish, attachment method and exact placement measured from a stable seam or edge. Show label order when several labels share one position, confirm readable orientation and separate permanent labels from removable tickets or packaging.

Practice: Create a labelled placement diagram for a top and verify wording, sequence, dimensions, orientation and attachment with the target-market checklist.

Fabric information

Fabric information identifies the exact material behind the sample and production order. Record supplier, article or quality code, composition, woven or knit structure, usable width, mass, color reference, finish, stretch direction, shrinkage or relaxation, care and any testing or approval status required by the company. Distinguish shell, lining, pocketing, rib and interfacing, and link each to the bill of materials and garment location. Visual swatches support recognition but do not replace measurable specifications, shade standards or approved physical submissions.

Practice: Build a material record for one style and reconcile every code, color and usage with its flat, bill of materials and physical swatch.

Construction notes

Construction notes explain operations that drawings and specifications cannot communicate alone. Write concise, numbered instructions in assembly order when sequence affects the result; identify seam direction, pressing, easing, matching, reinforcement, enclosed components and critical turn or attachment methods. Refer to a specific callout rather than repeating several inconsistent descriptions across pages. Avoid vague phrases such as “finish neatly,” unexplained abbreviations or a factory method copied from another style. Review the notes against pattern, flat, bill of materials and approved sample after every revision.

Practice: Write the opening sequence for a lined zipper and test it by having another student assemble a paper or fabric mock-up unaided.

Collections

Present a collection as a coherent project rather than a gallery of unrelated final images. Introduce the brief, audience and concept; show selective research, palette and materials; then reveal development, silhouette range, flats, colorways, technical thinking and resolved outcomes. Edit repetition so each page adds evidence, and keep the number of looks proportional to the depth of development. Distinguish personal, academic and collaborative contributions honestly. Sequence garments to expose range and consistency, and end with the strongest synthesis rather than every process image created.

Practice: Edit one project to ten essential pages and label the specific skill or decision proved by each page before styling it.

Presentations

A live or submitted presentation needs a narrative matched to its audience and time limit. Open with the question and point of view, move through evidence and decisions, then close with the resolved collection and relevant technical outcome. Design slides for viewing distance: one dominant idea, limited text, consistent scale and generous margins. Rehearse transitions instead of reading the screen, prepare backup PDF and local media, and test fonts, links, color and aspect ratio on the actual display. Remove confidential or unapproved material before sharing.

Practice: Deliver the same project as a three-minute tutor review and a one-minute buyer overview, changing emphasis without changing facts.

Portfolio pages

Portfolio pages use hierarchy, grid, type, scale and white space to guide attention. Create reusable master layouts, but let image proportion respond to the work rather than forcing every project into one composition. Use high-quality images, concise captions and consistent project metadata; align baselines and edges, avoid ornamental effects that compete with the design, and check contrast and readable type size. Export the intended PDF and web versions separately, test links and navigation, inspect file size and image clarity, and archive editable sources with linked assets.

Practice: Design three page types—opener, process and final outcome—then test them at 100% on both a laptop and phone.