The MyBiz | BizPadi App is designed for seamless payment processing through a POS device in Nigeria. It allows users to receive payments via various methods, including card insert, tap and pay (NFC), online card payment, QR code, and bank transfer. Key features include transaction management, reprints, EOD statements, and network status, all accessible via intuitive bottom navigation.
UX Designer (User Research, Visual design, Interaction design, Usability testing)
Figma, FigJam, Miro
4 Weeks
User, a small business owner in Nigeria, is a tech-savvy entrepreneur who needs a reliable and efficient POS solution to accept multiple payment methods, including card insert, tap and pay, and QR codes, because her current system is slow and lacks integration for diverse payment options, causing delays and customer dissatisfaction during transactions.
The goal of the MyBiz | BizPadi App is to provide Nigerian businesses with a fast, secure, and versatile POS solution that supports multiple payment methods, including card insert, NFC, online card payments, QR codes, and bank transfers. This will streamline transaction processes, enhance customer satisfaction, and improve operational efficiency for business owners.
Competitor | Type | Strength | Weekness |
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Paga | Direct |
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Paystack | Direct |
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Prior written consent is required to record an interview, so be sure to attach a consent form to the email. If the participant is a minor or unable to consent under applicable law, then written consent is required from the participant's parent or guardian.
UX Research consent form.
After gaining a general market understanding, I engaged directly with users to gather insights on the POS Device feature. I developed an Interview Guide with 6 open-ended questions, interviewing 10 participants (6 males, 4 females) to understand their needs and expectations for POS devices.
Insight
Users experience difficulty with QR code scanning due to small or poorly positioned QR codes, which leads to frustration and sometimes causes abandoned transactions.
Needs
A large, well-positioned QR code display that enhances scan success and minimizes the need for additional adjustments.
POV
Users need an easy-to-scan QR code that's consistently visible and responsive to avoid frustration and streamline the payment process.
How Might We
How might we optimize the QR code size and positioning to ensure a seamless scan experience for users?
See All HMWsEffective usability testing requires a well-defined Research Plan , including test Project background, participant, Stakeholders profiles, chosen methodologies, KPIs, and scripts. To ensure a comprehensive approach, I have created a usability testing plan that details our testing aims, scope, and preparation strategies.
In UX design, a digital wireframe is a visual guide that represents the layout and structure of a user interface. It's a low-fidelity, often grayscale design used to outline the basic elements and functionality of a digital product before adding detailed design elements or high-fidelity visuals.
I conducted usability testing with five participants for the multiple login feature in the MyBiz app, recording their mistakes, observations, quotes, and task completion. The goal was to identify usability issues and gather data to improve the feature's user experience across devices. note-taking spreadsheet
Purpose: To synthesize user research findings and uncover key patterns that informed the redesign of the app's transaction process.
Goal: Identify pain points and improvement opportunities for features such as QR code scanning, transaction details, and usability.
The Process: To organize feedback from three participants, I used an Affinity Diagram to group similar observations. This process revealed recurring themes and key areas for improvement.
Steps Taken:
Users reported that the QR code size was too small, making it difficult to scan effectively.
A small QR code can hinder usability by increasing the time and effort required for successful scanning, especially on devices with varying camera resolutions or in environments with poor lighting.
Insight 1: A small QR code can hinder usability by increasing the time and effort required for successful scanning, especially on devices with varying camera resolutions or in environments with poor lighting.
Insight 2: Missing critical information and the inability to share transaction details hinder tracking and usability.
Insight 3: Manually inputting transaction amounts can be time-consuming and prone to errors, especially for frequently used amounts. Predefined amount options enhance efficiency and simplify the transaction process.
Insight 4: Ambiguity around unfamiliar terminology reduces user confidence and disrupts the workflow.
Branding in UX design accessibility involves ensuring that all elements of a brand's identity—visuals, tone, interactions, and emotional connections—are accessible to everyone, including people with disabilities. This approach not only adheres to ethical standards but also expands the brand's reach and inclusivity.
Seamless login, signup, and payment processes ensure convenience, boosting customer satisfaction and loyalty.
Quick and reliable payment methods (e.g., card insertion, online payments, QR code) enhance productivity, enabling businesses to serve more customers in less time.
Multiple payment options attract diverse customers, increasing the likelihood of payment completion and boosting overall sales.
Offering advanced and versatile POS features positions the business as an innovative market leader, appealing to merchants and customers.
Streamlined processes reduce transaction errors, customer service interventions, and operational delays, saving costs over time.
Secure, user-friendly systems build trust, fostering repeat transactions and long-term relationships.
Demonstrating innovation and customer-centric solutions enhances reputation, drawing more business partnerships.
Predefined amount chips are a simple yet powerful addition that directly addresses user pain points related to transaction efficiency. By implementing this feature, we streamline the user journey, enhance satisfaction, and create a more seamless payment experience, ultimately fostering loyalty and increasing engagement with the app.
The immediate next step is to create a prototype that incorporates predefined amount chips and conduct usability testing to gather feedback. Based on user insights, refine the design to ensure it meets expectations and aligns with business goals. After testing and iteration, roll out the feature in a phased manner, starting with a limited beta release to monitor performance and adoption.
Ongoing maintenance will include tracking usage metrics to identify popular predefined amounts and ensuring the chips remain relevant and customizable. Regular feedback collection from users will help address any emerging issues, while periodic updates will introduce enhancements like AI-driven suggestions to keep the feature dynamic and useful.
This project highlighted the importance of focusing on small, user-centric design improvements that can have a significant impact. I learned how understanding user behaviors and pain points leads to actionable insights, and how iterative design processes ensure that features are both practical and impactful.