The textile industry is moving towards digitalisation, sustainability and innovation, which has an impact on garment production and design. Advanced technologies such as 3D modelling, artificial intelligence and data analytics are increasing the efficiency of production processes and reducing environmental impact. Globalisation and digitalisation are enabling companies around the world to work more closely together, creating new business opportunities and greater flexibility in production. Sustainable development continues to be a key issue as it involves taking into account environmental, social and economic aspects, which is a challenge for companies and designers.
The aim of this thesis was to analyse the technological processes involved in the creation of a clothing collection using digital tools and sustainable approaches. The key technical aspects for the development of the collections and the use of digital software such as CLO 3D and Gemini were analysed. Their individual strengths and weaknesses were analysed, as well as their compatibility and applicability in specific areas such as pattern design and modelling, preparation of patterns for production, preparation of the pattern lay plan, etc. CLO 3D allows easy pattern creation and good 3D visualisation of the garment, while Gemini offers more detailed technical documentation and production tools and is more suitable for larger garment production. The final choice and usefulness of a programme depends on the specifics of the user's task, as each programme has certain advantages and disadvantages that ultimately lead to more flexibility and efficiency in the design process.
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