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Zero-waste pattern cutting

Published: March 12, 2020


With the growing acceptance of the ideal of sustainability, a paradigm shift is occurring in the field of fashion.  With consumer tastes now being inspired by ideas of upcycling, circular design, and slow fashion, many designers are being compelled by circumstances to reduce the carbon footprint left behind by the fashion industry. These endeavors are primarily targeted towards reducing waste generated during the garment manufacturing phase. Regrettably, these efforts are not being intelligently directed at preventing wastage at the designing and cutting stage itself. In fact, conformist manufacturing methods such as the “Cut and Sew Method” that have been in practice for over 500 years now, generally yield up to 85 percent of fabric consumption efficiency. Consequently, 15 percent of fabric wastage occurs in the cutting room itself. This wastage is leaving behind a “significant ecological footprint”. Unconventional and eccentric pattern-making methods such as subtraction method, geo-cut method and A-POC have now gained popularity; conversely, zero-waste pattern cutting (ZWPC) as a concept has not been extensively used or proliferated yet. To comprehend the unpopularity of ZWPC, a thorough understanding of the concept and its benefits and drawbacks were studied through an extensive review of research work and projects undertaken and executed by experts and novices in the field of ZWPC.  It was found that there are limited challenges faced in adopting the concept and it can be widely implemented to resolve the problematic disposal, reuse or recycling of fabric wastage.


Textile or fabric waste is generated during the pre-consumer or post-consumer stage in a fashion cycle. At the pre-consumer stage, it can be fiber, yarn, fabric, and/or garments during the manufacturing process. Textile waste at the post-consumer stage maybe a garment or redundant household item. Sincere endeavors to reduce, recycle, and reuse waste generated at every stage are being carried out. However, the pre-consumer textile waste produced during the design and cutting processes is being neglected.[1] Nearly 15 percent of fabric is lost as off-cuts during the pattern cutting stage in the garment manufacturing process. In addition to the primary fabric being wasted, other natural and human resources are also wasted. In particular, resources devoted to and imbedded into the manufacturing process of the fabric are also wasted alongside. Therefore, addressing the origin of the problem by utilizing as much of the fabric and diminishing the wastage is the need of the hour. Embracing a zero-waste design approach condenses fabric waste in addition to the pressure on other resources.

Ordinarily, 15 to 25 percent of the fabric which is required to construct a garment ends up as waste as a result of deep-rooted and multifaceted conventions of designing a garment, pattern cutting, and garment production practices. In the case of outerwear for adults, the fabric wastage fluctuates between 10 to 20 percent. Approximately 10 percent wastage occurs for trousers or pants. Higher percentages of wastages occur for blouses, jackets, and underwear. In any case, 100 percent utilization of the fabric is not possible with traditional pattern cutting methods due to the irregularity in the shapes of the pattern pieces [1](refer fig 1). The variation in the amount of waste (10-20+ percent) is dependent on numerous variables. They may include:  a) Style of the garment (number, size, and shapes of pattern pieces) concerning the width of the fabric; b) Number of the garment sizes included in one marker and c) Expertise of the marker-maker (manual or computer-aided).[3]

After scrutinizing probable factors contributing to wastage of fabric during the construction of fashion garments, it came to the forefront that fabric waste is contemplated only at the marker planning and making stage in the manufacturing process. At this stage, the garment design is already unalterable; it cannot be modified.  If the objective is to eliminate wastage, this scrutiny suggests that fabric waste ought to become a cause of concern at a much earlier stage, and in the design process itself. 

To eliminate wastage, fabric waste needs to be considered right from the start and throughout designing and pattern cutting. Garment design and subsequent pattern cutting direct the entire manufacturing process.

Fig 1. A marker plan with 4 graded size patterns showing efficiency of 86.89% [3]

The efficiency of the fabric yardage lies in the hands of the marker planner and maker, and to a certain degree the pattern maker. In the current practice of garment manufacturing, it is highly unlikely for the fashion designer to be concerned about the fabric usage. A designer usually follows trends, styles, etc. and the optimum use of fabric is not a factor that is taken into account while conceptualizing a garment.

Even if the designer does keep in mind fabric usage at the conceptualizing stage, it is not one of the main factors. At the pattern making stage, the pattern maker can suggest tweaks in the design to cut down fabric consumption. Still, there is only so much a pattern maker can do, as it is extremely difficult to accurately visualize the layout of all the pattern pieces with their grain lines on the length and width of the fabric. Hence, once the pattern finally makes its way to the marker-maker, it is directly constrained by parameters set by the pattern maker and also indirectly restricted by the designer’s original creation.

This paper enables one to understand the fundamental concept behind ZWPC and its origin. It will also help in comprehending the hesitation or reluctance for adopting it as an ideal method for eliminating fabric waste. The paper also discusses the principal benefits and limitations of ZWPC. Before arriving at meaningful conclusions, several research papers, conference presentations, and experimental studies/projects of various designers were reviewed.

Traditional pattern cutting

Pattern cutting is not just another routine endeavour to assist in the construction process of the garments. On the other hand, patter cutting is actually an art that involves creativity and ingenuity of the highest order. In fact, patter cutting entails the art of manipulating a piece of two-dimensional fabric to conform to the curves of the wearer’s body [ 5] (fig 2).

Pattern cutting acts as a bridge between the two processes: designing and that of garment production. Perhaps, pattern cutting is to an accomplished designer what a brush is to an artist. It involves the conversion of a two-dimensional sketch to an actual garment that fits and moves on a three-dimensional body.[5]

Zero-waste design philosophy Zero-waste is a design process or philosophy which intends to eliminate fabric waste at the design conceptualization stage itself.[2] Pattern cutting plays a vital role in this design process. Unlike in the case of conventional garment manufacturing, the wastage of fabric during the pattern cutting process is quite meticulously taken into consideration at the designing phase itself.

Fig 2. A flat pattern of a top with a twist at centre bust

Zero-waste design finds its roots in longstanding practices of utilizing an entire piece of cloth so that none of it ends up in disposal fields. In the current scenario in the fashion industry, whenever sustainability is the preeminent theme, ZWPC has emerged as a useful means to create a sustainable approach to garment manufacturing.

Zero-waste design philosophy showcased in ancient and ethnic costume

The zero-waste approach towards designing and constructing garments is not entirely a new concept. Many historical clothing items consciously designed patterns and concepts wherein less fabric was wasted in the process of constructing fashionable garments. Some of the noteworthy examples of the zero-waste design philosophy include ethnic costumes and traditional national dresses.[8] The himation, chiton, peplos, and the likes worn by men and women in ancient Greece stand out as prime examples. In contemporary times, the saris adorned by women in India serve as an example of zero waste garment creation. In fact, the ancient Greek and contemporary Indian styles are based on the identical concept of using a rectangular piece of fabric with no cutting and sewing involved.  In both instances, a piece of cloth of rectangular shape is draped and pinned in place on the body.

Fig 4. Traditional Indian saree drapes

Ancient Greek attire and the quintessential Indian saree also have one more aspect in common. They both permit almost endless possibilities in which one can drape and pin them [4] (fig 3 & fig 4). Many traditional attires depict an affinity to ‘Jigsaw Puzzle’ styling. The cut of a Japanese kimono is perhaps the best-known example showcasing a striking resemblance to a jigsaw puzzle (fig 5); the garment pieces are plotted to the width and length of the fabric. No fabric waste is created in the cutting process of a kimono. Superfluous fabric is used to create structure in the front neck by pleating it inside the collar instead of cutting and wasting it. Similarly, the curve is achieved at the bottom of the sleeve by simply easing the surplus seam allowance on the inside.

Fig 5. Cut of Kimono

The utilization of the entire length and width of the fabric is not a new phenomenon. The zero-waste design process has been used in the construction of Japanese kimonos and also weaving of Indian saris as it ensures that valuable textiles are not wasted. However, this ideology became less popular and obsolete after the industrialization of fashion and the advent of fast fashion, which endorses the mass-production of garments.

Fig 3. Ancient Greek costumes.
1. Dorian Chiton 2. Chlamys

The Pre-Industrial Revolution period saw textile production and garment manufacturing not only as highly time-consuming, but also as very labor-intensive. As fabrics were then considered as a valuable resource, Pre-Industrial Societies strived to incorporate and include every piece of fabric in the design. This resulted in almost 100 percent usage of the fabric. After the Industrial Revolution, the textile industry improved with the dawn of newer and faster technologies, which were being used in textile production. This resulted in fabric wastage being disregarded as a problem or of serious concern as fabrics had become inexpensive. In most instances, the cost of fabric waste had an insignificant impact on the profit margin.

Zero-waste pattern cutting process

ZWPC process generally starts with some elementary guiding principles such as the type of garment and the width of the fabric.[2] In this process, garments are created through the pattern cutting method by fashion designers working within the space of the width of the fabric. Thus, garment design is now influenced by the pattern cutting process itself rather than the conventional sketch. Therefore, the primary design consideration is the pattern cutting.[11] A critical consideration in the ZWPC approach to garment design and construction is the width of the fabric. It is not possible to design and produce a zero-waste garment without having prior knowledge of the width of the textile. The width of the fabric is the canvas within which the designer creates a zero-waste garment design.

Fig 6.  Zero-waste duffel coat by David Telfer (using slash technique)

Crucial in developing a keen understanding of the various creative pattern cutting methods is the knowledge of basic manipulation of shapes and forms and their relationship with the wearer’s body. This profound understanding can lead to a logical progression into the ZWPC approach towards the design and construction of fashion garments. Garments have progressed from simple shapes and forms. Understanding the correlation between the pattern, the fabric, the shape of the body is imperative; exploiting this equation ingeniously is equally important.

A zero-waste pattern that is a square does not, for example, have to be a poncho, as Japanese Fashion Designer Tomoko Nakamichi explains: “I began making patterns for garments, starting with the circle, then the triangle and the square…When you wrap these shapes around you, the excess fabric flares or drapes elegantly…Geometric figures can produce beautiful shapes.”

Creation of garment patterns with pockets, cuff, collar, gussets, and trims that connect like a jigsaw puzzle, or by directly draping geometric shapes on the drape forms happen to be two common approaches. However, there can be many approaches to a zero-waste garment construction (fig 6). There are no rules or fixed guidelines like in the case of conventional pattern cutting techniques, except one, i.e., there should be no single scrap left on the floor of the cutting room after the pattern is cut. This approach assists in eliminating millions of tons of garbage in the form of fabric off-cuts per year.[11] ZWPC has reconnected designers and garment manufacturers to two ideologies which were prevalent hundreds of years ago. First, being that fabric is in itself a finished product and second, placing greater emphasis on the role of a pattern cutter in the conventional hierarchy of garment designing and manufacturing.

Limitations of ZWPC

  • Designing zero-waste garments through sketching is difficult.The vast majority of fashion designers do not and cannot stipulate the construction of the garment designed by them. This is a major setback as in-depth knowledge of pattern cutting and garment construction lies at the core of the ZWPC process.
  • In addition to the previous point, most designers (not just fashion designers) visualize fabrics within a simple 2– dimensional structure. They tend to perceive fabrics along a single visual plane, which in its humblest form, can be suspended like a curtain, or possibly be manipulated into a 3– dimensional form as a chair cover, or perhaps a dress. However, the practice of ZWPC does require a more nuanced intercession between a 2 – dimensional pattern and a 3 – dimensional form as compared to the rather straightforward fashion design practice where the 3–dimensional form virtually always controls the 2– dimensional pattern completely.
  • A key factor affecting the integration of ZWPC process into mainstream fashion is the distinct separation of roles of a fashion designer and a pattern cutter in the garment manufacturing process; because as discussed earlier either these two roles need to be performed by the designer himself, or the pattern cutter and the designer need to closely work together in order to merge the job roles.
  • The lack of aesthetic control a fashion designer has over a zero-waste garment is a common criticism faced by the ZWPC process.A major challenge identified in ZWPC is the creation of a commercially viable, innovative, and desirable garment style. Moreover, the garment style should be chic and contemporary while not being too theatrical. This is a concern that needs to be addressed as the garment design is mainly dictated by the cutting method.Consumers prefer garments which are typical in their aesthetics. Here, typical means those which are termed classics or are currently in style.
  • ZWPC is a creative challenge. For it to be widely accepted as a manufacturing process requires the zero-waste garment to be mass-produced in multiple sizes. A recent study of literature has strongly expressed this as one of the main concerns but unfortunately offered no practical solution.

Benefits of ZWPC and possible solutions to overcome its limitations

  • One of the economic benefits of the ZWPC process is that cutting the pattern becomes fairly faster, as each cutting line separates at least two pattern pieces. Traditionally designed garments do not have many common cutting lines, as one might call it a “shared cut line”, even though it is measured desirable. A garment comprising of 20 pattern pieces usually takes longer to cut than a garment consisting of 10 pattern pieces. However, a zero-waste garment containing 20 pattern pieces is faster to cut than a similar conventional garment having 20 pattern pieces, owing to the shared cut lines.
  • The cost of fabric waste management and subsequent disposal is also either considerably reduced or completely eliminated.
  • Conventional methods of grading patterns cannot be applied to ZWPC. There is no room for expansion or contraction of the pattern shapes, as they lay flush against each other. Since patterns are characteristically graded more widthwise than lengthwise, it is rather impossible to do so in ZWPC as the layout of pattern pieces are positioned to cover every inch of the width. There is also no room to expand patterns widthwise. While rotating the pattern shapes would allow growth along the length of the fabric, this would change the grainline of the pattern pieces and in turn affect the fall and overall look of the garment. An alternate method suggests the utilization of lace insertion in ZWPC to achieve size variation. By keeping the pattern shapes constant and inserting varying lengths and widths of laces, grading of a garment pattern developed using the ZWPC process is hence achieved.


Though ZWPC has potential to completely transform the fashion design industry and its effects on the environment, the narrow understanding of the connection between fabrics and form place a restriction on the way the problem is approached.

Questions on how technology has in the past further enhanced shape form-making by pursuing some of the discoveries and innovations in the work of designers such as Issey Miyake and Dai Fujiwara in A-POC (1999 – present) should be raised. This can help decipher the root cause of the lack in understanding the codependency of fabrics and design.

The concept of ZWPC has not been a part of traditional fashion design education provided the world over. Zero – waste garment design entails intuitive and creative thinking about the design process as well as the final look of the garment. Therefore, active teaching strategies should be developed and implemented to train a new generation of designers equipped in ZWPC. Lastly, ZWPC which is closely linked to sustainability has the potential to act as a catalyst to a highly creative partnership between the design and cutting team; ultimately resulting in a commercially viable production model for the fashion industry.


  1. Saeidi, E. & Wimberley, V. (2015), Precious Cut: A Practice-Based Research Toward Zero-Waste Design by Exploring Creative Pattern Cutting Methods and Draping Techniques, Event presentation at the International Textile and Apparel Association (ITAA) Annual Conference Proceedings.43,Santa Fe, New Mexico.
  2. The EcoChic Design Award, Zero-Waste Design Technique. Retrieved from
  3. Rissanen, T. (2013), Zero-Waste Fashion Design: A Study At The Intersection Of Cloth, Fashion Design And Pattern Cutting
  4. Rissanen, T. (2005), From 15% to 0: Investigating the creation of fashion without the creation of fabric waste, Paper presented at Creativity: Designer Meets Technology conference, Copenhagen.
  5. Bhati, M. (2011), Basics of Pattern Making, Fashion article on Retrieved from
  7. Shakya, A. (2017), Integrated waste minimization techniques in apparel design: a sustainable perspective [A Synopsis submitted for the partial fulfilment of the degree of doctor of philosophy (Home Science), September 2016.
  8. Gam, H.J. & Banning, J. (2018), Outcomes of Implementing Zero-Waste Pattern Cutting in Fashion Design Courses, Oral presentation at the International Textile and Apparel Association (ITAA) Annual Conference Proceedings.83,Cleveland, Ohio. Retrieved from
  11. Kumari, P. (2017), Zero – waste fashion, International Journal of All Research Education and Scientific Methods (IJARESM), Vol.5, Issue.6.
  12. Townsend, K. & Mills, F. (2013), Mastering zero: How the pursuit of less waste leads to more creative pattern cutting. International Journal of Fashion Design Technology and Education. Vol.6, Issue.2, pp. 104-111. doi: 10.1080/17543266.2013.793746.
  13. McQuillan, H. (2019), Hybrid zero waste design practices. Zero waste pattern cutting for composite garment weaving and its implications, The Design Journal, 22:sup1, pp. 803-819. doi: 10.1080/14606925.2019.1613098.
  14. Carrico, M. (2018), Zero- what?. Design presentation at the International Textile and Apparel Association (ITAA) Annual Conference Proceedings.3,Cleveland, Ohio. Retrieved from
  15. Almond, K. & Power, J. (2016), The Second International Conference for Creative Pattern Cutting Abstracts. University of Huddersfield, Huddersfield, UK . ISBN 9781862181380.

Kaur Sawhney                                          

 M. Design (Fashion Design) 

SVT College of Home Science           

S.N.D.T Women’s University, Mumbai  

Dr. Sabita Baruah

Assistant Professor, Fashion Design

SVT College of Home Science    

S.N.D.T Women’s University, Mumbai

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