Analysis of re-engineering for garment micro-manufacturing

Carmina de Young Designs是当地一家服装微型制造企业。由于伦敦地区没有标准的服装微制造工艺和技术，Carmina de Young Designs目前无法满足新设计师和中小型时尚企业的新兴客户群的生产需求。因此，该公司作为服装数量制造商的机会受到可持续性的挑战，目前还无法扩展。该研究项目将使该公司的制造工厂能够高效地生产小批量（从25件到150多件），帮助新设计师在伦敦地区创造一个新的、可行的服装和时尚行业。这将涉及建立一种标准化的方法，利用技术知识来跟踪和提高效率，获得准确的成本计算技能，并发展必要的雇员培训。该项目将通过对服装工程和工作流程的研究和分析，确定工作中心、机器和设备的最佳工厂布局，以保持高效和平衡的材料输出。项目完成后，公司可将其小批量服装生产服务扩展至其他希望生产小批量服装设计的中小企业。参与该项目的学生将积极研究创建新生产线的最佳实践，并撰写最终报告，为生产操作提供建议，以提供所需的可扩展性和可持续性。

Carmina de Young Designs is a local garment micro-manufacturing enterprise. As a result of no standard process and technology for garment micro-manufacturing in the London area, Carmina de Young Designs is currently unable to meet the production demands of an emerging client base of new designers and small to medium sized fashion enterprises. As such, the company's opportunity as a manufacturer of garment quantities is challenged with sustainability, and is currently not scalable. This research project will enable the company's manufacturing facility to produce small lots (ranging from 25 units to 150+ units) efficiently, helping new designers create a new and viable garment and fashion sector in the London region. This would involve the creation of a standardized method using technical knowledge to track and improve efficiencies, acquire accurate costing skills, and develop essential employee training. The project will determine the best plant layout for the positioning of work centres, machinery and equipment in order to maintain an efficient and balanced material output through the study and analysis of apparel engineering and work flow. When the project is completed, the results will enable the company to expand it's small-batch garment production services to other SMEs that want to produce small lots of fashion designs. Students that participate in this project will actively research best practices to create a new production line and will produce a final report with recommendations to the manufacturing operation that will provide the scalability and sustainability needed.