THE PROBLEM

Challenges for Auditors

Auditors manually extracted lot sizes and product types from purchase orders, making the process slow and error-prone. Tracking varied quality checks for each product was difficult, and paper-based records made referencing past audits cumbersome. Barcodes were underutilized, and large sample sizes led to fatigue and reporting errors.

Lack of Transparency

for Brands

Brands struggled with inconsistent audits due to the absence of a standardized digital system, leading to discrepancies and trust issues with auditors. Manual data entry further increased human errors, making quality control subjective and unreliable.

Financial Losses for Factories

Failed audits caused costly re-manufacturing and shipment delays. Without real-time feedback or traceability, factories reacted to issues late, leading to higher inefficiencies and operational costs.

DESIGN GOALS

Centralized Database

Creating a centralized database of products, inspection tests, and sampling criteria

Integrated Purchase Orders

Integrating purchase orders into

the app to auto-suggest relevant tests

Barcode Scanning

Enabling barcode scanning to fetch product details instantly

Visual Documentation

Allowing photo and video capture for real-time documentation

Automated Reporting

Generating audit reports automatically and sharing them instantly with all stakeholders

THE SOLUTION

Understanding the Audit Industry

Conducted extensive research, including stakeholder interviews, contextual inquiries, and factory visits to observe auditors in action. I gathered insights into their daily challenges, workflows, and decision-making processes, which helped shape the design of the app.

Handling Complex Product Standards

Designed a dynamic system where each product type had a pre-configured set of tests and criteria, eliminating the need for auditors to remember them manually. This ensured audits were standardized, accurate, and easy to conduct.

Ensuring Transparency in the Audit Process

Introduced real-time photo/video capture and standardized digital reports, creating a verifiable audit trail. This increased accountability, improved trust, and reduced disputes between factories, auditors, and brands.

Simplifying the UI Despite a Complex Backend

Followed an intuitive, step-by-step process flow, reducing cognitive load for auditors. By structuring tasks logically and minimizing unnecessary actions, the app ensured a smooth and effortless user experience.

Research & Design Process

1. Research Phase

Since competitor insights were limited, I focused on primary research:

Conducted interviews with auditors, factory managers, and brand representatives.

Studied audit documents to understand process intricacies.

Shadowed auditors on-site to see real-world challenges firsthand.

2. Defining User Flows & Wireframing

Mapped out user journeys for different audit scenarios.

Designed low-fidelity wireframes, which were tested with actual auditors.

3. Usability Testing & Iteration

Conducted multiple rounds of usability testing, refining UI based on feedback.

Ensured that auditors could complete an audit with minimal training.

4. Writing User Stories & Acceptance Criteria

To bridge the gap between design and development:

Defined clear user stories for every feature.

Created acceptance criteria to ensure proper implementation.

The Outcome

The Audit App significantly improved efficiency and accuracy in the pre-shipment audit process. The inspection time was reduced by 40%, allowing auditors to complete audits faster with fewer errors. The re-audit rate dropped by 25%, saving factories from unnecessary rework and losses.


Additionally, audit report generation became 60% faster, enabling real-time visibility for all stakeholders. The user adoption rate reached 85% within three months, proving its ease of use. Digital traceability strengthened transparency, fostering better collaboration between brands, auditors, and factories

Future Improvements

If I had more time and resources, I would enhance

The app with:

  • AI-powered anomaly detection to flag potential quality issues automatically.

  • Voice-to-text input for hands-free
    note-taking by auditors.

  • Predictive analytics to help brands identify recurring quality issues.

  • Multi-language support to accommodate auditors in different countries.

  • Integration with factory ERP systems for seamless data exchange.

  • Augmented Reality (AR) tutorials for
    training new auditors.

Have a project idea in mind? Let’s chat about how we can bring it to life— virtually, from anywhere in the world!

Have a project idea in mind? Let’s chat about how we can bring it to life— virtually, from anywhere in the world!

Revolutionizing Quality Testing for

Nike & Decathlon

MY ROLE

UX Research & Documentation, Wireframing and prototyping, Usability Testing

CLIENT

Nike, Decathlon footwear

TIMELINE

January 2022 - September 2022

Before

After

CHALLENGE

Footwear and apparel brands like Nike and Decathlon outsource manufacturing to factories in India, China, Vietnam, and Bangladesh. Before shipment, manual quality audits using pen, paper, and Excel were conducted, making the process slow and error-prone.

RESULTS

The Audit App boosted audit efficiency, cutting inspection time by 40%, re-audits by 25%, and errors by 30%, strengthening trust between brands and factories. Achieving 85% adoption in three months, it streamlined auditor workflows and ensured fully digital audit traceability.

25%

Reduced re-audits

40%

Decrease in audit times

78%

CSAT scores within 2 months

THE PROBLEM

Challenges for Auditors

Auditors manually extracted lot sizes and product types from purchase orders, making the process slow and error-prone. Tracking varied quality checks for each product was difficult, and paper-based records made referencing past audits cumbersome. Barcodes were underutilized, and large sample sizes led to fatigue and reporting errors.

Lack of Transparency

for Brands

Brands struggled with inconsistent audits due to the absence of a standardized digital system, leading to discrepancies and trust issues with auditors. Manual data entry further increased human errors, making quality control subjective and unreliable.

Financial Losses for Factories

Failed audits caused costly re-manufacturing and shipment delays. Without real-time feedback or traceability, factories reacted to issues late, leading to higher inefficiencies and operational costs.

DESIGN GOALS

Centralized Database

Creating a centralized database of products, inspection tests, and sampling criteria

Integrated Purchase Orders

Integrating purchase orders into

the app to auto-suggest relevant tests

Barcode Scanning

Enabling barcode scanning to fetch product details instantly

Visual Documentation

Allowing photo and video capture for real-time documentation

Automated Reporting

Generating audit reports automatically and sharing them instantly with all stakeholders

THE SOLUTION

Understanding the Audit Industry

Conducted extensive research, including stakeholder interviews, contextual inquiries, and factory visits to observe auditors in action. I gathered insights into their daily challenges, workflows, and decision-making processes, which helped shape the design of the app.

Handling Complex Product Standards

Designed a dynamic system where each product type had a pre-configured set of tests and criteria, eliminating the need for auditors to remember them manually. This ensured audits were standardized, accurate, and easy to conduct.

Ensuring Transparency in the Audit Process

Introduced real-time photo/video capture and standardized digital reports, creating a verifiable audit trail. This increased accountability, improved trust, and reduced disputes between factories, auditors, and brands.

Simplifying the UI Despite a Complex Backend

Followed an intuitive, step-by-step process flow, reducing cognitive load for auditors. By structuring tasks logically and minimizing unnecessary actions, the app ensured a smooth and effortless user experience.

Research & Design Process

1. Research Phase

Since competitor insights were limited, I focused on primary research:

Conducted interviews with auditors, factory managers, and brand representatives.

Studied audit documents to understand process intricacies.

Shadowed auditors on-site to see real-world challenges firsthand.

2. Defining User Flows & Wireframing

Mapped out user journeys for different audit scenarios.

Designed low-fidelity wireframes, which were tested with actual auditors.

3. Usability Testing & Iteration

Conducted multiple rounds of usability testing, refining UI based on feedback.

Ensured that auditors could complete an audit with minimal training.

4. Writing User Stories & Acceptance Criteria

To bridge the gap between design and development:

Defined clear user stories for every feature.

Created acceptance criteria to ensure proper implementation.

The Outcome

The Audit App significantly improved efficiency and accuracy in the pre-shipment audit process. The inspection time was reduced by 40%, allowing auditors to complete audits faster with fewer errors. The re-audit rate dropped by 25%, saving factories from unnecessary rework and losses.


Additionally, audit report generation became 60% faster, enabling real-time visibility for all stakeholders. The user adoption rate reached 85% within three months, proving its ease of use. Digital traceability strengthened transparency, fostering better collaboration between brands, auditors, and factories

Future Improvements

If I had more time and resources, I would enhance the app with:

  • AI-powered anomaly detection to flag potential quality issues automatically.

  • Voice-to-text input for hands-free
    Note-taking by auditors.

  • Predictive analytics to help brands identify recurring quality issues.

  • Multi-language support to accommodate auditors in different countries.

  • Integration with factory ERP systems for seamless data exchange.

  • Augmented Reality (AR) tutorials for
    training new auditors.