01
Dresses
Day dresses
A successful day dress begins with a real routine: commuting, sitting, walking, carrying a bag and moving between indoor and outdoor settings. Define the wearer, climate and level of formality before drawing. Build the silhouette around useful ease, secure coverage and a length that works in motion. Pockets, adjustable waists, practical closures and bra-compatible necklines should feel integrated rather than added after the design is finished.
Choose a fabric whose weight, drape, opacity and care requirements support frequent wear. Cotton poplin can create crisp volume; linen blends suit relaxed shapes; fluid viscose supports softer lines. Test the dress seated and in stride, then refine armhole depth, pocket position, hem clearance and closure access. The outcome should look intentional from front, side and back while remaining comfortable for several hours.
Design task
Develop three day-dress concepts for one customer and occasion, then produce a front-and-back flat, fabric swatch and movement test for the strongest option.
Checkpoint
The chosen design must communicate its function immediately and pass sitting, walking, reach and opacity checks.
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Evening gowns
Evening-gown design combines visual drama with hidden engineering. Establish the event, dress code, viewing distance and desired entrance before choosing a silhouette. Study how neckline, waist placement, skirt volume, train length and surface treatment guide the eye. A memorable gown needs a clear hierarchy: one dominant idea supported by quieter details, rather than several competing statements.
Plan the inside as carefully as the exterior. Boning, waist stays, cups, corsetry, interfacing, petticoats or discreet weights may be required to maintain form and distribute load. Match structure to the wearer without restricting breathing or movement. Test stair climbing, sitting, dancing and walking turns in a toile. For fluid gowns, control bias stretch and allow the garment to hang before levelling the hem; for sculptural gowns, map support points and fabric weight.
Design task
Create one red-carpet gown and one intimate formal-evening variation from the same concept, annotating every support layer and closure.
Checkpoint
The design must hold its intended silhouette, permit safe movement and show a resolved interior construction plan.
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Cocktail dresses
A cocktail dress sits between daywear and full eveningwear, so the challenge is calibrated polish. Begin with the social context—gallery opening, wedding reception, dinner or professional event—and decide how much exposure, embellishment and volume are appropriate. Knee, midi and abbreviated lengths create different attitudes; balance the hem with neckline, sleeve, shoulder emphasis and shoe height rather than treating length in isolation.
Compact silhouettes benefit from precise fit and disciplined detail. Use seam lines to shape the body, place focal points where they remain flattering in motion and select one construction feature—draping, a sculpted sleeve, controlled cut-out or surface texture—as the lead idea. Mock up the full garment because a small shift in waist position or hem length changes the entire proportion. Consider lining, closure access and sitting comfort early.
Design task
Design a three-look cocktail capsule for one venue, varying silhouette while keeping a consistent material and color language.
Checkpoint
Each look should feel occasion-appropriate, visually related and comfortable when seated, standing and greeting others.
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Slip dresses
The apparent simplicity of a slip dress exposes every decision. Determine whether the garment should skim, cling or float, then choose grain direction accordingly. Bias cutting can create fluidity and natural stretch, but it also causes panels to grow and seams to torque. Straight-grain versions are more stable and can support geometric lines. Keep seam placement, neckline depth and strap position responsive to the bust and body rather than relying on a generic minimal shape.
Sample in fabric with behaviour close to the final textile. Stay the neckline, test strap length under movement and decide whether lining should be separate, partial or fully joined. Check opacity in strong front and back lighting. Bias seams may need narrow allowances, careful handling and time to relax before hemming. A refined result hangs cleanly without drag lines, supports the intended undergarments and remains balanced after wear.
Design task
Drape or draft two slip variations—one on the straight grain and one on the bias—and document the different fit and hang.
Checkpoint
Neckline, straps and hem must remain stable while the body moves, with no twisting or unintended transparency.
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Wrap dresses
A wrap dress depends on controlled overlap. Decide whether it is a true wrap, a fixed mock wrap or a hybrid with an internal fastening. Map the neckline, waist tie and skirt edge as one continuous line, then confirm that the front overlap remains secure when the wearer sits, bends and walks. The design can offer useful adjustability, but excessive dependence on the tie may distort the waist or pull the side seams forward.
Stabilize high-stress points at the waist opening and tie attachment. Add concealed snaps, buttons or an under-tie when they improve security, and shape the neckline so it lies against the body without gaping. Fabric should recover after being tied and should not create bulky layers at the waist. Evaluate the design on more than one body proportion because bust volume and torso length substantially affect wrap coverage.
Design task
Develop a true-wrap dress with a marked overlap map, fastening sequence and alternative tie placement for two body proportions.
Checkpoint
The garment must stay closed through a full movement test without gaping, twisting or concentrating strain at one point.
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Bodycon dresses
Bodycon design is an exercise in stretch engineering, not simply reducing a woven pattern. Record the fabric’s stretch percentage, direction, recovery, weight and opacity, then set negative ease by body zone. Bust, waist, hip and hem may require different control. Vertical, curved or panelled seams can support shaping and create visual rhythm; poorly placed seams or prints may distort when the textile is under tension.
Choose stitches, elastic and stabilisers that stretch with the garment. Reinforce shoulders, necklines and closures without making them rigid, and check that hems recover rather than flare. Fit the garment after repeated movement and a short wear period, not only when first put on. Consider lining or double-layer construction where opacity or smoothing is required, while preserving breathability and freedom of movement.
Design task
Calculate and label the negative ease for a four-way-stretch dress, then prototype one critical area such as neckline, side seam or hem.
Checkpoint
The sample must recover to its original dimensions and remain opaque, balanced and unrestricted after movement.
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Shirt dresses
The shirt dress translates tailored shirt language into a complete silhouette. Establish which elements carry the identity—collar, stand, placket, yoke, cuff, patch pocket or shaped hem—and decide where dress-specific volume enters. Waist shaping may come from darts, panels, gathers, a belt or a cut seam. The collar scale and button spacing must remain proportionate to the longer body.
Precision matters: true the collar and neckline seam lengths, align the placket with the grain and prevent gaping across the bust. Add an internal button or adjusted spacing where necessary. Test reach across the back, sleeve mobility and stride at the skirt. Crisp cotton supports architectural forms, while silk, Tencel or light viscose creates softer interpretations; interfacing must suit the fabric rather than overpower it.
Design task
Transform one classic shirt block into a dress, showing the original block beside the altered pattern and finished front-and-back flats.
Checkpoint
The collar, placket and cuffs must be technically credible, while the added length and volume read as an intentional dress.
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Maxi dresses
A maxi dress creates impact through an uninterrupted vertical proportion. Define the exact relationship between shoulder, waist, hip, knee and floor; then place volume so it does not overwhelm the wearer. Long skirts need walking clearance, controlled sweep and a hem strategy suited to footwear and terrain. Slits, godets, pleats or shaped panels can add movement while preserving the intended line.
Fabric weight accumulates over length, so test whether straps, shoulders and waist seams can carry the load. Heavy cloth may drag the neckline; very light cloth may cling or reveal the body in backlight. Make a full-length toile and observe it walking from front, side and back. Plan transport, care and hanging because the finished garment must maintain its shape beyond the fitting room.
Design task
Create three maxi silhouettes—column, A-line and full-volume—using the same concept, then test one at full length in motion.
Checkpoint
The chosen version must clear the floor safely, distribute weight comfortably and maintain its proportion from every view.
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Mini dresses
Mini-dress design concentrates attention on proportion and mobility. Set the hem in relation to the garment’s volume, neckline, sleeve and visual weight rather than choosing a length by trend alone. A close mini, trapeze mini and structured bell shape each require different balance. Decide how the garment should behave when the wearer sits, climbs stairs, reaches or bends, and integrate coverage into the pattern.
Short lengths magnify small fit errors: a tilted waist or unbalanced side seam is immediately visible. Use a full toile to assess hem level, ride-up and the relationship to underwear or any built-in shorts. Facings, lining, weights or understructure may control the silhouette, but should not make the garment feel heavy. Keep focal details scaled to the reduced canvas.
Design task
Produce a mini-dress proportion sheet with three hem positions and two volume options, then prototype the safest, strongest combination.
Checkpoint
The design must retain coverage and hem balance during sitting, reaching and walking without losing its intended attitude.
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02
Tops
Blouses
Blouses use softness, ease and detail to frame the upper body. Start by deciding where volume originates: gathers at a yoke, pleats from a neckline, a full sleeve or a relaxed torso. Control that volume with a clear anchor such as a cuff, waistband, shoulder seam or shaped hem. Neckline depth, shoulder width and bust ease should support both the design idea and the wearer’s preferred undergarments.
Fluid fabrics expose handling and finishing quality. Sample narrow hems, French seams, bound seams and facings before selecting a method. Stabilize openings without making them stiff, and reinforce button loops or fine ties at stress points. Test how the fabric responds to static, perspiration, ironing and repeated movement. A strong blouse should fall cleanly, recover after sitting and layer without bunching beneath a jacket.
Design task
Develop a blouse family from one volume principle, showing a sleeveless, day and elevated version with appropriate internal finishes.
Checkpoint
Ease and volume must look deliberate, with a stable neckline and finishes suited to the weight and transparency of the fabric.
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Shirts
A shirt is judged by proportion and precision. Define the fit—close, classic, oversized or cropped—then coordinate collar, stand, yoke, sleeve, cuff, placket and hem around that attitude. The collar must sit cleanly around the neck, points should balance the face and shoulder, and button placement must protect the bust. In oversized styles, preserve intentional shoulder and sleeve relationships so the result does not appear merely enlarged.
Draft and sew in a logical order. Match notches, maintain accurate topstitching and reduce bulk at collar and cuff corners. Use interfacing with enough support for the design but compatible shrinkage and hand. A back pleat or shaped yoke can supply reach without excessive body volume. Check sleeve pitch, arm lift and cuff position with the shirt tucked, untucked and layered.
Design task
Redesign the white shirt for a named wearer, preserving at least three classic components while changing silhouette and one functional detail.
Checkpoint
Collar, placket, yoke and cuffs must align accurately, and the shirt must allow forward reach without pulling across the back.
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Corset tops
Corset tops require responsible structural design. Decide whether the piece is decorative, lightly supportive or genuinely load-bearing; this determines the pattern, fabric layers, boning, waist support and closure. Shape should come from accurately placed panels and controlled tension, not painful compression. Mark the bust apex, waist, under-bust and hip relationship on the body, and include enough breathing and sitting allowance for the intended use.
Build a stable foundation from coutil, firm woven or another tested base, then add fashion fabric without compromising support. Boning channels should end safely away from seam allowances and skin, while the busk, zipper, hooks or lacing must distribute strain. Protect edges with binding and consider a modesty panel or lining. Fit gradually and ask the wearer about sensation, mobility and pressure—not only appearance.
Design task
Create an annotated corset-top toile identifying every panel, support line, bone, closure and pressure-sensitive area.
Checkpoint
The prototype must stay in position, distribute support evenly and permit comfortable breathing, sitting and arm movement.
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Peplum tops
A peplum top is built around the transition from fitted torso to controlled flare. Place the seam at the natural waist, raised waist or hip according to the desired proportion, then decide whether the peplum is circular, gathered, pleated, panelled or asymmetric. Its depth and fullness should relate to shoulder width, bust volume and the garments worn below it.
Prevent the waist seam from stretching and test how the flare behaves when seated. Structured fabrics create architectural projections; soft fabrics collapse into ripples; bonded or layered fabrics can hold sculptural curves. True the upper and lower seam lengths and distribute notches so volume is intentional. Evaluate the top with several bottom silhouettes because the peplum’s success depends on the complete outfit, not an isolated mannequin view.
Design task
Draft circular, pleated and asymmetric peplum trials on the same bodice, photographing front, side and back before selecting one.
Checkpoint
The waist seam must stay level and stable while the peplum creates a clear, balanced volume from every angle.
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Tunics
The tunic occupies the space between top and dress. Establish its finishing point on the thigh and design the side view as carefully as the front. Straight, A-line, cocoon and asymmetric tunics create different layering possibilities. Side slits, stepped hems or panel openings can supply stride and pocket access while also directing the eye vertically.
Balance length with sleeve volume and neckline scale, and account for the trousers, skirt or base layer underneath. Check sitting comfort and make sure the back does not ride up over the hip. Fabric should support the intended degree of structure: crisp cloth holds geometry, while fluid cloth benefits from controlled ease and weighted hems. If the tunic is meant for multiple body types, test how bust and hip variation change the hang.
Design task
Design one tunic as three styled outfits, changing the base layer and belt position while keeping the garment itself unchanged.
Checkpoint
The tunic must maintain a resolved silhouette alone and when layered, with sufficient stride, sitting ease and pocket access.
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Camisoles
A camisole has few components, so neckline, armhole and strap placement carry the design. Begin with the intended role: underwear, layering piece or visible top. Decide how much support, coverage and opacity it needs, then shape the front and back accordingly. Straps should align with the garment’s load and the wearer’s shoulder position; adjustable hardware can improve fit but changes the visual language.
Stabilize bias-cut edges before they grow, and test whether facings, lining, binding or a shelf layer gives the cleanest result. Keep armholes close enough for coverage without cutting into the body. For silk or other slippery fabrics, sample seam and hem finishes at the actual scale. For stretch fabrics, calculate recovery and use elastic that lies flat. Check the camisole both alone and under the intended outer layer.
Design task
Develop a day-to-evening camisole with two neckline options and a documented solution for support, opacity and adjustable fit.
Checkpoint
Straps and edges must stay in place through movement, and no internal finish should roll, show or distort the exterior line.
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Knit tops
Knit-top design begins with fabric testing because jersey, rib, interlock and sweater knit behave differently. Record stretch in both directions, recovery, curl, weight, shrinkage and opacity. Set ease from those results and from the desired fit; a stable interlock can support a semi-fitted shape, while a high-recovery jersey can tolerate controlled negative ease. Align stretch direction with the areas that need mobility.
Choose seams and finishes that extend with the fabric. Stabilize shoulders and selected openings, but allow neckbands and cuffs to recover. Calculate band length through sampling rather than applying a fixed ratio to every knit. Test the top after laundering and wear, observing twisting, neckline growth, seam popping and hem tunnelling. Design details should exploit knit properties—comfort, drape and stretch—rather than imitate a woven garment without adjustment.
Design task
Create a knit test card, calculate the pattern ease and sew neckline and hem samples before drafting a coordinated top.
Checkpoint
The finished sample must recover after stretch, survive laundering and show no twisting, popped stitches or unstable edges.
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03
Bottoms
Fashion skirts
Skirt design offers a direct study of waist, hip, volume and hem. Start from a fitted, A-line, circular, pleated, gathered or asymmetric family and identify where the silhouette departs from the body. Darts, panels and yokes can shape the waist-to-hip area; godets, pleats and flounces add controlled movement below it. Place the hem in relation to footwear and the rest of the outfit.
Test the skirt walking, sitting and climbing stairs. Narrow forms need vents, pleats or stretch; full forms need weight control and secure waist support. Plan pocket bags, closures and lining so they do not distort the hip. Consider print placement, nap and bias areas when cutting. The side seam and centre front or back should hang vertically unless asymmetry is explicitly designed.
Design task
Translate one concept into pencil, circular and panelled skirt variations, then develop the option with the strongest movement.
Checkpoint
The waist must remain stable, vertical balance lines must hang correctly and the wearer must achieve a full comfortable stride.
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Tailored trousers
Tailored trousers depend on accurate balance through waist, abdomen, seat, crotch and leg. Establish rise, waistband position and intended ease before shaping the leg. A crease line should relate clearly to the knee and foot; pockets, pleats and darts must support rather than disrupt that line. Wide, straight, tapered and flared legs each alter the visual relationship between torso and ground.
Fit from a toile using horizontal and vertical balance lines. Diagnose drag lines instead of simply adding width: crotch length, depth, hip angle, thigh shape and leg pitch may be responsible. Test sitting, walking and stair movement. Select cloth with enough resilience for a clean line, and plan waistband support, fly construction, pocket stabilisation, hem allowance and pressing. Good tailoring should look controlled without restricting the body.
Design task
Fit a trouser toile, photograph each adjustment and convert the corrected pattern into two leg-shape variations.
Checkpoint
Waist and crotch must feel secure, balance lines must sit correctly and the leg must fall cleanly in front, side and back views.
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Shorts
Shorts combine trouser fit with the strong visual effect of a short hem. Set the rise, inseam, leg opening and waist position as a coordinated proportion. A tailored short, relaxed utility shape and close stretch style need different ease and construction. Observe how the hem crosses the thigh and whether it rides, flares or restricts when the wearer walks and sits.
Shape the crotch and seat for the intended fabric and activity, then test pockets with real objects. Pocket bags should remain concealed and should not pull the side seam forward. Add an inner-leg extension, lining or other coverage solution only when it serves the design and comfort. Check the garment from low and seated viewpoints as well as the standard standing pose.
Design task
Develop one shorts block into tailored and relaxed versions, comparing rise, inseam, leg opening, pocket and fastening choices.
Checkpoint
Both versions must preserve coverage and movement without crotch strain, pocket flare, riding hems or distorted side seams.
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Culottes
Culottes merge trouser construction with skirt-like volume. Decide how clearly the divided structure should read, then balance rise, crotch depth, hem width and length. Volume may come from a wide leg, pleats, panels or godets, but it must fall from stable waist and hip shaping. Midi lengths can visually shorten the leg, so test waistband position and footwear in the full outfit.
Choose fabric with enough drape to move and enough body to keep the legs from collapsing together. Confirm stride and sitting ease without adding an excessively low crotch. Pleats should release where the body needs volume and remain controlled at the waist. Hang the toile from front, side and back to check symmetrical hem and vertical grain. Plan pockets and closures so the wide silhouette stays clean.
Design task
Draft a culotte from a trouser block and test two lengths with the same footwear, recording changes in proportion and movement.
Checkpoint
The garment must read as intentional from every view, move freely and maintain balanced grain, crotch and hem lines.
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04
Outerwear
Blazers
A blazer is an architectural layer whose authority comes from line, balance and internal control. Define shoulder expression, lapel width, button stance, waist suppression and length as one proportion system. Single- and double-breasted fronts distribute visual weight differently, while pocket height and shape influence the torso. Design sufficient wearing ease for the intended layer underneath without losing the selected silhouette.
Plan canvas, interfacing, shoulder support, sleeve head, stay tape and lining according to the desired level of tailoring. Roll lines should form naturally rather than being pressed flat, and collar and lapel edges should remain clean. Fit with arms relaxed, reaching forward and seated; assess sleeve pitch, back width, armhole mobility and front balance. Pressing is part of construction, so document when shape is introduced and protected.
Design task
Develop a blazer specification showing shoulder, lapel, closure, pocket, vent and internal-support decisions, then toile one half at full scale.
Checkpoint
The blazer must hang level when open and closed, with a controlled lapel roll and sufficient reach across the upper back.
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Coats
Coat design starts with climate, duration of wear and layering. Establish what the coat must cover, the thickness worn underneath and the protection expected from wind, rain or cold. Long, cocoon, wrap, tailored and oversized coats each distribute weight differently. Coordinate shoulder, armhole, closure, pocket and hem so the wearer can enter, move and carry essentials comfortably.
Heavy outer fabrics demand reinforcement without unnecessary bulk. Support closures and pockets, grade intersecting seam allowances and choose lining with sufficient slip and durability. Consider interlining, storm protection, vents and cuff treatments in relation to function. Make the toile over the actual base layers and test stairs, seating, arm lift and carrying a bag. Confirm that the hanging system and storage will not distort the finished garment.
Design task
Design a coat for a named climate and commute, including a layer diagram, material stack, closure sequence and load-bearing pocket test.
Checkpoint
The coat must close over its intended layers, distribute weight evenly and maintain mobility without excessive bulk at intersections.
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Trench coats
A trench coat has a recognizable functional vocabulary: storm and back flaps, double-breasted closure, belt, tabs, deep pockets and a vent. Do not include these features as decoration by default. Decide which functions the contemporary wearer needs, then simplify, enlarge or relocate elements while preserving a coherent system. The belt should control volume without pulling the front or trapping pocket access.
Select an outer fabric for weather resistance, breathability, drape and seam performance. Test water behaviour and determine whether seams, vents and pocket openings need additional protection. Reinforce buttons, buckles and tabs, and ensure the back vent stays overlapped while walking. A full-length toile should be evaluated belted, open and layered; each state must look resolved. Hardware weight and finish should match the cloth and intended lifespan.
Design task
Audit the classic trench components, retain only those justified by your user scenario and redesign one component for improved function.
Checkpoint
The coat must work open and belted, keep its vent and flaps controlled, and demonstrate a credible weather-protection strategy.
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Capes
Capes create volume without conventional sleeves, making shoulder, neckline and hem balance critical. Choose a circle, half-circle, panelled or shaped construction and decide how the arms will emerge. Openings must provide usable reach without exposing the body unexpectedly. Length, sweep and closure position should relate to walking, stairs, seating and the items carried underneath.
The neckline carries much of the garment’s weight. Support it with an appropriate collar, facing, stay or yoke and prevent the cape from sliding backward. Heavy cloth needs controlled sweep; very light cloth may lift in wind. Test pocket access because hands can become trapped between outer and inner layers. Observe the cape while turning and using both arms, then adjust grain, shoulder shaping and fastening position to restore balance.
Design task
Drape two half-scale cape geometries, select one and develop full-scale arm openings, closure, neckline support and pocket access.
Checkpoint
The cape must remain balanced on the shoulders and allow the wearer to reach, carry and sit without uncontrolled fabric.
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Bomber jackets
The bomber jacket is defined by a compact body, front zipper and rib-controlled edges, but its character changes with volume, length and material. Set the relationship between shoulder, sleeve fullness, body ease and waistband tension. Cropped, elongated and rounded versions require different rib lengths and pocket placement. Keep the zipper line stable so the front does not wave or collapse.
Match rib recovery to the shell rather than applying a standard reduction. Stabilize the zipper, pocket mouths and shoulder as needed, and allow enough lining ease at the sleeve and body. Insulation changes armhole and cuff dimensions, so prototype the complete material stack. Test the jacket zipped, open and layered, checking forward reach, waistband ride-up and sleeve rotation. Hardware should be proportionate, durable and replaceable where possible.
Design task
Design a bomber in two material systems—lightweight and insulated—and annotate the pattern and trim changes each requires.
Checkpoint
Zipper and hem must lie cleanly, rib must recover after stretch and the sleeve must support full forward movement.
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05
Design Development
Silhouette creation
Silhouette is the outer shape read before detail. Generate it quickly through black thumbnails, collage, paper draping and fabric trials rather than polishing one early sketch. Explore fitted, straight, A-line, cocoon, hourglass, trapeze and displaced-volume families. Record front, side and back because a persuasive frontal image can conceal an unresolved profile or excessive rear volume.
Translate two-dimensional shapes onto the body and note where structure, gravity and movement alter the idea. Identify the support points—shoulder, waist, hip or internal frame—and the zones that need ease. Edit by comparing variants against the concept, wearer and garment function. A collection can repeat one silhouette, evolve it gradually or use controlled contrast, but the relationship should be intentional and visible.
Design task
Create 30 black silhouette thumbnails, develop six in paper on a form and translate the strongest three into fabric miniatures.
Checkpoint
Each selected silhouette must remain recognizable from front, side and back and be feasible in the proposed material.
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Proportion studies
Proportion describes how garment parts relate to the body and to one another. Map shoulder width, waist position, torso-to-leg ratio, sleeve length, hem placement, collar scale, pocket size and surface detail. Change one variable at a time in fast sketches so you can see cause and effect. Use the same neutral figure for comparison, then test the preferred option on varied body proportions.
Focal points and empty space are part of proportion. A large collar may require a quieter sleeve; a raised waist changes the apparent leg length; oversized pockets can shift visual weight downward. Evaluate the complete outfit with footwear and accessories, and check the side view. Proportion is not a fixed rule—it is a deliberate visual decision supported by repeated comparison and real-scale trials.
Design task
Produce a matrix of one look with three waist positions, three hem lengths and two sleeve volumes, keeping all other variables constant.
Checkpoint
Your final selection must have a stated focal point and show balanced relationships on at least two different body proportions.
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Collection planning
Collection planning converts an idea into a purposeful range. Define the customer, use occasions, season, climate, price level and distribution context. Build an assortment with clear product categories and roles: hero pieces attract attention, core pieces express the concept commercially and supporting pieces complete outfits. Decide how many tops, bottoms, dresses and layers are needed to create multiple combinations.
Place looks in a lineup and track silhouette, color, fabrication, detail and complexity. Repetition creates identity, but every repeated element should evolve or serve coordination. Check that manufacturing difficulty, material minimums and target cost are plausible for the project. Edit weak duplicates and fill functional gaps. The final range should read coherently as a group while every garment retains a distinct reason to exist.
Design task
Build a 12-piece range plan with customer profile, category mix, outfit combinations, hero/core/support roles and a first-pass cost tier.
Checkpoint
The range must create at least eight credible outfits with no orphan pieces, unexplained duplication or missing functional category.
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Trend adaptation
Trend research should inform decisions, not replace authorship. Gather evidence from runway, retail, street observation, culture, technology and social change; date every source and separate broad movements from short-lived styling. Identify the underlying drivers—comfort, protection, nostalgia, identity, material innovation or economic mood—rather than copying a visible garment.
Choose whether to adopt, adapt or oppose each signal. Translate it through your customer, brand values and design concept, changing silhouette, scale, material, color or function until the result is original. Compare the proposal with its references and remove anything too literal. Record why the trend is relevant, how long it may last and what risk it presents. Strong adaptation feels current while still belonging unmistakably to the collection.
Design task
Build one evidence board, extract three drivers and create adopt, adapt and oppose responses for the same garment category.
Checkpoint
The selected design must show a traceable research logic without reproducing another designer’s distinctive garment or styling.
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Fabric selection
Fabric selection connects appearance to performance and responsibility. For every garment, define required drape, body, stretch, recovery, opacity, abrasion resistance, warmth, breathability and care. Handle a physical swatch, place it on the bias and over curves, gather it at the intended ratio and test it beside trims. A beautiful textile that cannot hold the silhouette or survive use is not the right material.
Record fibre content, structure, width, weight, finish, shrinkage, colorfastness, price, minimum order and traceability. Investigate where the raw material comes from, how it is processed and what options exist at use and end of life. Compare alternatives within the same material category rather than relying on a single sustainability label. Confirm construction with seam, press, edge and laundering tests before committing.
Design task
Create a material passport and test card for three candidate fabrics, then justify the final choice against function, cost and impact.
Checkpoint
The selected textile must pass the garment’s performance and construction tests, with sourcing claims supported by documented evidence.
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Color stories
A color story is a system, not a row of attractive swatches. Start from the collection concept and wearer, then assign roles: dominant base, secondary support, accent, neutral and optional print bridge. Control proportion as carefully as hue; the same palette feels different when an accent occupies five percent or half of a look. Test the sequence across the complete lineup to avoid accidental clusters or empty transitions.
Work with physical textile swatches because fibre, weave, pile, sheen and transparency change perceived color. Review under daylight and the expected artificial lighting, and place adjacent fabrics together to detect metamerism or unwanted vibration. Photograph only as a record, not as the final color proof. Check accessibility and legibility where color communicates function. Document color references and approved material standards for consistent development.
Design task
Build a six-color textile palette, assign percentage roles and map it across a 12-look lineup with one controlled transition.
Checkpoint
The palette must support the concept in physical fabric, remain coherent under two lighting conditions and show intentional color proportions.
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