Sustainable Fashion Design Flashcards

Question 1

What does the term sustainability mean in the context of fashion design?

Accepted Answer

Sustainability in fashion design means meeting current needs for clothing without undermining the ability of future people and ecosystems to meet theirs. It balances environmental protection, social fairness and economic viability. It considers the whole life of a garment, from raw material extraction through production, use and disposal.

Question 2

What are the three pillars often used to describe sustainability in fashion?

Accepted Answer

The three commonly cited pillars are environmental, social and economic health. Environmental concerns include resource use, pollution and biodiversity. Social concerns cover fair wages, safe working conditions and respect for communities. Economic concerns ask whether a business or product can remain viable over time.

Question 3

Why is it important to consider the full life cycle of a garment?

Accepted Answer

Looking at the full life cycle reveals where environmental and social impacts actually occur, which may differ from what is visible in the finished product. A designer who only considers fabric may miss energy used in dyeing, water used in finishing, or hazards in transport and disposal.

Question 4

What does it mean for a designer to take a systems view of fashion?

Accepted Answer

A systems view recognizes that garments are shaped by many connected actors, including farmers, mills, factories, retailers, shoppers, and waste handlers. Decisions in one part of the system ripple through others. For example, a cheap fabric may encourage fast trends, which increases volume, which pressures suppliers on price.

Question 5

What is greenwashing and why should designers be wary of it?

Accepted Answer

Greenwashing is the practice of presenting a product or company as more environmentally responsible than its practices justify. It often appears as vague claims, such as conscious or eco-friendly, without supporting evidence. Designers avoid it by making claims specific, measurable, and verifiable, and by being honest about what remains unresolved.

Question 6

How do environmental and social goals sometimes conflict in fashion?

Accepted Answer

Environmental and social goals can pull apart when a choice lowers one impact but raises another. For example, shifting production to a region with lower energy costs might cut emissions per garment but weaken local wages or working conditions. A plant-based fiber, for instance, may require heavy irrigation in dry regions.

Question 7

What role do stakeholders play in sustainable fashion design?

Accepted Answer

Stakeholders are anyone affected by or able to affect a garment's life, including workers, suppliers, customers, communities, and regulators. Involving them early reveals risks and needs that a studio alone may miss. A designer who consults a cutting room supervisor, for example, may learn that a seam detail slows sewing and creates waste.

Question 8

What is the difference between a sustainable material and a sustainable product?

Accepted Answer

A material is a raw input such as a fiber, yarn, or fabric, while a product is the finished garment built from many materials and processes. A low-impact fabric can still become part of a high-impact garment if construction, trims, or finishing are wasteful. Assessment must cover the whole product.

Question 9

What is the difference between natural and synthetic fibers?

Accepted Answer

Natural fibers come from plants or animals, such as cotton and wool, and are generally biodegradable under suitable conditions. Synthetic fibers are made from polymers, often derived from petroleum, such as polyester and nylon, and they generally resist biodegradation. Both categories have trade-offs, so origin alone does not settle whether a fiber is sustainable.

Question 10

What does it mean for a fiber to be recycled, and why does the source matter?

Accepted Answer

A recycled fiber is made from material that has already been used, either from post-consumer garments or from pre-consumer manufacturing scraps. Recycling reduces demand for virgin resources, but the outcome depends on how well the input is sorted, cleaned, and processed. Blended garments are hard to recycle, so single-fiber designs often recover better.

Question 11

What is organic cotton, and what does certification add to the claim?

Accepted Answer

Organic cotton is grown without synthetic pesticides and synthetic fertilizers, and typically with practices that protect soil and biodiversity. A certification provides third-party verification that growing and processing standards were followed, which helps guard against unsupported claims. Certification does not automatically cover water use, labor conditions, or transport emissions.

Question 12

What are deadstock fabrics, and what design challenge do they present?

Accepted Answer

Deadstock fabrics are surplus textiles left over from mills or brands, often sold in limited quantities. Using them reduces the need to produce new fabric, but it means designers must work within unpredictable yardage, colors, and fiber content. Designers often adapt by creating small runs, modular patterns, or pieces that tolerate variation.

Question 13

Why do dyeing and finishing processes matter as much as the fiber itself?

Accepted Answer

Dyeing, bleaching, and chemical finishing can use large volumes of water and energy and can release pollutants if wastewater is poorly treated. Two garments with the same fiber can have very different impacts depending on the chemicals used and how effluent is managed. Designers can respond by specifying lower-impact dyes and fewer finishing steps.

Question 14

What is microfiber shedding, and why does it matter for synthetic garments?

Accepted Answer

Microfiber shedding is the release of tiny fibers from fabrics during washing, drying, and wear. Synthetic fibers such as polyester and nylon can shed plastic particles that may enter waterways, where they persist for a long time. Designers can reduce it through knit structures that shed less and care guidance favoring cooler washes.

Question 15

How can a designer evaluate a material's durability as part of its sustainability?

Accepted Answer

Designers evaluate durability by testing how a material performs under expected wear, since longer-lasting garments spread environmental and social costs across more use. They can assess fiber strength, yarn and fabric construction, colorfastness, seam strength, and resistance to pilling. Testing against recognized methods during development helps prevent early failure.

Question 16

What is a material passport, and what information might it record?

Accepted Answer

A material passport is a structured record that documents the composition, origin, treatments, and potential recovery pathways of a material or component. Recording this information helps brands, recyclers, and repair services make informed decisions. Designers can use it to flag hazardous substances, support traceability, and plan for disassembly.

Question 17

What does design for longevity mean in practice?

Accepted Answer

Design for longevity means creating garments that remain useful, wearable, and desirable for many years. It involves choosing quality materials, sound construction, timeless silhouettes, and details that allow repair. Longevity also depends on emotional attachment, since people keep garments they feel connected to and that fit their lives.

Question 18

How do repairability and disassembly support a garment's useful life?

Accepted Answer

Repairability allows a damaged garment to be fixed rather than discarded, for example by replacing a zipper, a button, or a panel. Disassembly means components can be separated at end of life. Designers support both by using accessible seams, standard hardware, and joinery that avoids permanent bonding of mixed materials.

Question 19

What defines a circular fashion system and how does it differ from simple recycling?

Accepted Answer

A circular fashion system aims to keep materials and garments in use as long as possible rather than discard them. It emphasizes designing out waste and pollution, and regenerating natural systems. Recycling is usually a later option than reuse and repair in circular thinking.

Question 20

How does a modular or multifunctional garment reduce the need for new purchases?

Accepted Answer

A modular garment is built from components that can be combined, swapped, or removed. Multifunctional garments, such as a jacket with a removable liner, serve more than one purpose. Both approaches can reduce purchases, but only if the components are durable and actually used.

Question 21

What is the purpose of a take-back or resale program?

Accepted Answer

A take-back program lets customers return used garments to a brand or retailer, which can then resell, repair, remake, or recycle them. Resale extends garment life by giving items a second owner. These programs work best when returned items are designed to be recovered, since mixed or damaged garments often cannot be reused.

Question 22

What is upcycling, and how does it differ from recycling?

Accepted Answer

Upcycling transforms discarded garments or materials into new products of equal or higher value without breaking them down into raw fibers. Recycling typically breaks materials down and reprocesses them, which often reduces their quality. Upcycling can keep more of a garment's original structure and value, though it scales less easily.

Question 23

How do made-to-order and small-batch models support circular goals?

Accepted Answer

Made-to-order and small-batch models produce garments in response to actual demand, which reduces overproduction and the unsold stock that often ends up discarded. Designers using these models can test designs in small runs and adjust before committing to large volumes. The model requires clear communication, since customers may need to wait longer.

Question 24

What role does garment care play in a garment's longevity?

Accepted Answer

Care instructions influence how long a garment lasts, since frequent hot washing, tumble drying, and harsh chemicals can accelerate wear, fading, and shrinkage. Designers can improve outcomes by specifying fabrics and finishes that tolerate gentler care, and by printing clear, practical instructions on labels.

Question 25

How does overproduction contribute to waste in fashion?

Accepted Answer

Overproduction occurs when more garments are made than customers buy at full price, leaving unsold stock to be discounted, stored, or destroyed. It consumes resources during making and can strain workers who face unrealistic deadlines. Designers can help through smaller assortments and collections that last longer.

Question 26

What is a supply chain map, and why do designers use one?

Accepted Answer

A supply chain map traces the steps a garment passes through, from fiber and fabric production to cutting, sewing, finishing, shipping, and retail. Mapping reveals sources, facilities, and where environmental or labor risks concentrate. Designers who understand the map can ask suppliers targeted questions and choose partners more deliberately.

Question 27

What is traceability in a garment's supply chain?

Accepted Answer

Traceability is the ability to follow materials back through each step to their origin, including the mill or facility that handled them. Strong traceability lets brands verify claims, respond to safety or compliance problems, and support fair treatment of workers. It depends on records, batch codes, and supplier willingness to share information.

Question 28

What is a living wage, and why does it matter to sustainable design?

Accepted Answer

A living wage covers a worker's basic needs, including housing, food, and healthcare, in a particular place. It can exceed a legal minimum wage, which may be set too low to meet those needs. Designers consider living wages because social harm matters as much as environmental harm.

Question 29

How does material waste occur during cutting, and how can designers reduce it?

Accepted Answer

Cutting waste arises when pattern pieces leave unused fabric between them, creating offcuts that are often discarded. Designers can reduce this through zero-waste or low-waste pattern layouts, where pieces interlock like a puzzle and minimize leftover fabric. Using modular pieces, adjusting proportions, or incorporating offcuts into design details can further reduce waste.

Question 30

How do fit and sample processes help reduce waste in garment development?

Accepted Answer

Fit and sample development reduces waste by testing proportions, construction, and performance before full production begins. Each physical sample consumes materials and time, yet early testing usually costs far less than correcting errors in a full run. Digital pattern tools and virtual prototypes can reduce the number of physical samples needed.

Question 31

How does local sourcing affect the environmental footprint of a garment?

Accepted Answer

Local sourcing can shorten transport distances, which reduces emissions linked to shipping, but transport is often only one part of a garment's footprint. Much of a garment's impact often comes from material production, energy use, and processing. Designers should compare full impacts rather than assume proximity guarantees a better result.

Question 32

What is a life cycle assessment, and what limits should designers keep in mind?

Accepted Answer

A life cycle assessment is a method that quantifies environmental impacts across the stages of a product's life, from raw materials through disposal. Results depend heavily on assumptions, system boundaries, and data quality, so two studies of similar garments can differ. Designers should use results to compare options, not as a final verdict.

Question 33

How does consumer demand shape the sustainability of fashion?

Accepted Answer

Consumer demand shapes which garments are produced, how often new styles appear, and which prices and speeds the market rewards. High demand for rapidly changing, very low-priced items encourages fast production and short garment life. Designers influence demand by communicating value, offering durable options, and making sustainable choices easy and appealing.

Question 34

What are the main pathways for discarded clothing, and why does it matter?

Accepted Answer

Discarded clothing may be resold secondhand, donated, exported, shredded for industrial uses, incinerated, or sent to landfill, depending on local systems and the garment's condition. Many items are not suitable for resale or recycling, especially when they are poorly made or contain blended fibers. Designers therefore plan end-of-life pathways early.

Question 35

What is slow fashion, and how does it differ from fast fashion?

Accepted Answer

Slow fashion is an approach that values quality, durability, and considered production over rapid trend turnover and high volume. Fast fashion depends on quick cycles, frequent drops, and low prices that encourage frequent replacement. The slow approach does not require perfection, but it prioritizes fewer, better garments and transparency about how they were made.

Question 36

How can designers communicate sustainability features to customers honestly?

Accepted Answer

Honest communication describes specific features, such as fiber content, recycled share, care method, or repair options, and explains what those features do and do not address. Designers avoid vague terms and unsupported superlatives, and they link claims to evidence like certifications or test results. Clear labels, product pages, and tags help customers compare choices.

Question 37

What is a sustainability brief, and how should it guide a design project?

Accepted Answer

A sustainability brief is a written statement that sets measurable goals for materials, production, durability, and end of life before design work begins. It guides decisions by defining which trade-offs are acceptable and which standards must be met. A good brief is specific, realistic, and reviewed as the project develops.

Question 38

What is a decision matrix, and how can it help designers compare sustainable options?

Accepted Answer

A decision matrix is a table that lists options down one side and sustainability and performance criteria across the top. Scoring each option against the same criteria makes trade-offs visible and reduces reliance on intuition. Designers can weight criteria according to project goals, then revisit the scores as new data arrives.

Question 39

What is a capsule wardrobe, and how can it support sustainable consumption?

Accepted Answer

A capsule wardrobe is a small, coordinated set of garments that mix easily, so each piece is worn often. Designers can support this approach by creating versatile core pieces in neutral palettes that coordinate with each other. Because each garment serves many outfits, the approach may reduce new purchases.

Question 40

How do designers measure progress toward sustainability goals over time?

Accepted Answer

Designers measure progress by tracking specific indicators, such as the share of recycled or lower-impact materials, cutting waste, return rates, and reported garment durability. They set a baseline first so later results can be compared fairly. Reviewing these indicators regularly helps teams learn, correct course, and communicate progress honestly.

Sustainable Fashion Design Flashcards

1Core ideas in sustainable fashion

2Materials and fiber choices

3Designing for longevity and circularity

4Production, supply chains and processing

5Consumption, end of life and practice

Learning Resources