Sammar Fatima

Fashion-Tech Product Manager bridging Textiles & UX

Sales-savvy, user-centered. I combine textile engineering with product strategy, UX research, and data to ship e-commerce and supply-chain solutions that perform.

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About Me

I work at the intersection of textiles, UX, and business outcomes—turning floor-level insights into market-ready, sustainable fashion-tech products.

  • Textile Engineer & Tech Enthusiast: Bridging traditional textiles with modern technology.
  • Hands-on Experience: Textile production, sustainable dyeing, product development, and quality control.
  • Master's in Computer Science: Focused on UX design, data analytics, and fashion-tech product management.
  • Innovation-Driven: Tech-driven, user-centric solutions for fashion and textiles.
  • Sustainability Advocate: Natural dyes, e-textiles, and environmentally conscious production.
  • Creative & Analytical: Textile expertise + research, tech, and business insights.
  • Goal-Oriented: Delivering market-ready, functional, and sustainable fashion-tech products.

Skills & Expertise

Textile Engineering

Textile Production Sustainable Dyeing Quality Control Product Development E-textiles

Technology

UX/UI Design Data Analytics Product Management E-Commerce Supply Chain Tech

Innovation

Fashion-Tech Solutions Sustainability R&D Market Analysis User Research

Featured Projects

Sustainable Dyeing Platform

Developed a digital platform to optimize natural dyeing processes, reducing waste and improving color consistency in textile production.

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Fashion E-Commerce UX

Designed user-centered e-commerce experiences for fashion brands, focusing on size recommendations and sustainable product discovery.

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Supply Chain Analytics

Built data visualization tools for textile supply chain optimization, improving transparency and efficiency in production workflows.

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Prototype of Mixing Bale Opener with Defect Detection

Designed and developed a bale opener prototype for efficient fiber preparation. Integrated defect detection sensors to enhance quality control and reduce fiber waste.

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REnnic – Converting Plastic Waste into Wearable Textiles

Developed an innovative process to transform plastic waste into reusable fibers for textile production. Successfully executed fiber spinning and manufactured T-shirts from recycled materials, emphasizing sustainability and eco-friendly fashion solutions.

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Extraction of Natural Dye from Marigold and Rose

Conducted research on extracting natural dyes from marigold and rose flowers. Analyzed color fastness properties under acidic, basic, and neutral conditions, specifically targeting lighter green shades. Demonstrated strong experimental design and sustainability-focused innovation in the textile industry.

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Let’s Connect

Ready to collaborate on innovative fashion-tech solutions? Let’s talk.

Email

samarfatima390@gmail.com

LinkedIn

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Resume

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