TipShare

This was an exploratory research project that I worked on at Georgia Tech with a group of 3 other students. The central focus of this project was developing a solution to improve the economic viability of small farmers’ markets.

Research Methods: Literature Review, Interviews, Surveys, Contextual Inquiry, Observation, Affinity Mapping, User Feedback Session, Cognitive Walkthrough, Usability Testing

Tools: Miro, Qualtrics, Figma, Zoom, Microsoft Teams

My Role(s): UX Researcher, Project Lead

Dates: August - December 2021

Group Members: Sharon Banh, Wendy Gui, Ankur Garg

The Problem

Farmers’ markets have become a valuable and popular commodity in the 21st century and are essential to a strong and resilient local food system. Recently, small farmer’s markets have been experiencing a wave of failure across the United States. Without intervention, this trend of failure could continue — slowly reducing customer access to locally grown food and leaving farmers struggling to support their growing operations.

With the above information in mind, we defined our problem statement:

How can we develop a solution to support the economic viability of small farmers’ markets?

Project Timeline

The Solution

To facilitate social interaction and provide strategies for business expansion, users can browse and engage in topical group discussions with other members of the community.

Discuss

Users can find and connect with other farmer’s market vendors, producers, and managers to build their social network to support more personal interactions and strengthen relationships.

Make Connections

Producers and vendors can find new opportunities to sustain their business by viewing farmer’s markets that are currently hiring and contacting market managers.

Find Markets

Each user can create their own personal profile to showcase who they are and introduce themselves to others in the community

Introduce Yourself

Understanding the Problem Space

Impact — Filled gaps in the existing literature by identifying underlying issues and constraints to a new and under-researched problem space — recent failures of small farmers’ markets

Preliminary Research

After identifying our initial problem statement, we conducted an in-depth literature review and engaged in informal interviews with 5 farmers and vendors at a local farmer’s market.

Our preliminary research was conducted with 3 primary goals in mind.

  1. Uncover current issues and/or practices contributing to farmer’s market failures

  2. Understand the interplay between the different stakeholders and how these relationships impact the overall viability of small markets

  3. Identify gaps conducive to technological intervention.

Key Takeaways

We chose farmers/vendors as our target users after we identified several potential issues that could be contributing to these market failures.

  • It is common for farmers to have an individualistic mindset that limits their willingness to affiliate themselves with one another.

  • Farmers lack time to learn new things and socialize with others in their community

  • Farmers and vendors at smaller markets experience difficulty networking and developing relationships.

User Needs & Design Implications

Impact — Provided an in-depth overview of current behaviors, feelings, needs, and challenges of farmers and vendors

Context

In the next stage of the project, we conducted contextual inquiries and deployed surveys to build empathy with our target users and gain a deeper understanding of their current practices, challenges, and most pressing needs. We identified collaboration as a central theme of the issues experienced by farmer’s market vendors.

Our primary research question guided these methods:

What type of collaboration occurs between vendors and/or farmers within and across markets?

Survey

Information Goals

  • Acquire first-hand quantitative data from a representative sample of our target users.

  • Better understand the pain points and challenges of our target users, as well as the various strategies they currently use to improve business success

  • Inquire about feelings towards collaboration with other farmers and/or vendors, as well as the degree of current collaboration

Findings

We recruited participants in-person at various markets throughout the Atlanta area. In total, we received 43 responses from farmers/vendors, which we analyzed in Qualtrics to identify common themes and actionable insights.

Contextual Inquiry

Information Goals

Dive deeper into points of interest identified through our survey:

  • Understand the general responsibilities of a farmer/vendor

  • Understand how farmers/vendors plan and prepare for farmer’s market days

  • Understand what information farmers/vendors need to know and how they learn it

  • Identify the existing communication and/or collaboration that occurs between farmers/vendors 

Key Takeaways

We debriefed as a team, created affinity notes, and organized them into an affinity diagram.

Primary Research Findings

We identified 4 key insights about our target users through our surveys and contextual inquiries that informed future design criteria.

Producers and vendors:

  • Lack social interaction with one another

  • Need multiple markets, employees, and other assistance to sustain their business

  • Need multiple strategies to keep expanding their business

  • Value having a strong relationship with their market manager

Personas & Empathy Maps

We developed personas and empathy maps for three end users based on insights gathered from generative research. The distinct user groups we had identified were novice vendors, experienced farmers, and farmer/vendor duos.

The novice vendor

The experienced farmer

The farmer/vendor duo

Design Criteria

Our personas and empathy maps helped us determine the core functionalities our system should support.

Design Ideas & Feedback

Impact — Used data-driven insights to establish a defined set of core features and functionalities that support farmers’ and vendors’ most pressing needs and preferences

Context

As a result of our research, we narrowed down the scope of our project to focus on answering the following question:

How might we connect farmers and/or vendors with each other to efficiently facilitate knowledge exchange and sharing?

Concept Generation

Brainstorming

We conducted two rounds of brainstorming and concept ideation activities guided by our newly framed problem statement. In total, we generated 60+ design ideas and voted on 4 unique design concepts to receive user feedback.

Final Design Concepts

A digital community board for farmers and vendors that would be physically present in each farmers’ market.

MarketBoard

A mobile application designed to connect less experienced vendors with more experienced vendors, who might be willing to offer various kinds of mentorships.

MarketMentor

A platform that supports live discussion and topic-specific discussion for vendors while they are working in the booth.

Bubble

A mobile application that allows vendors to post their goods to allow other vendors to sell for them.

MarketShare

Concept Sketches Feedback

Objectives

  • Evaluate our final 4 design concepts on perceived benefits, intended functionality, usability, and overall impression

  • Understand users’ perceptions of the benefits real-world implementations of these ideas might have

  • Determine if any specific features stand out to our users as desirable

  • Identify unaddressed gaps in our solution(s)

Findings

We organized our notes from the feedback session for each concept to identify their strengths/weaknesses and develop design recommendations to improve existing issues.

Final Design Idea

The 4 concepts we evaluated during the first feedback session received mixed feedback from our target users. This made it difficult for us to decide on a single concept to move forward with.

We followed 3 steps that led to the creation of our final wireframes.

We deconstructed each design concept into features and decided which ones would be most important to include based on user feedback.

Step 1

Based on our finalized feature set and user feedback, we determined the best implementation of our design solution would be a mobile application.

Step 2

We fleshed out each feature into specific tasks and sketched screens for each one. Before sketching a screen, we listed the relevant information and organized the information hierarchy.

Step 3

We translated the whiteboard sketches of screens into wireframes that we could receive feedback on from users.

Step 4

Wireframe Feedback

Objectives

  • Gather subjective impressions on wireframes of our final design solution and its primary features

  • Evaluate the usability and extent to which our final design fits our target users’ current mental models

Findings

We used notes and observations for each feature to develop design recommendations to consider as we developed future iterations of our prototype. The specific design recommendations are listed below:

Design Evaluation & Validation

Impact — Developed a novel technological solution in an underdeveloped technological problem space — could serve as a model for future implementations

Context

Mid to High-Fidelity Prototype

We first developed a mid-fidelity prototype of our application based on recommendations generated from our second feedback session.

Due to time constraints, we were not able to receive user feedback on our mid-fidelity design, so we discussed as a team to determine ways we could iterate and transform our final prototype to high-fidelity before further evaluation. Our main objective was to determine the final set(s) of tasks our prototype should support, as well as visual design improvements based on principles we had learned in class.

Our final prototype can be accessed here.

Cognitive Walkthrough

Objectives

Gain an in-depth understanding (from experts) of how our potential users may interact with and respond to our application

  • Test if farmers’ or vendors’ conceptual models align with TipShares’ current information architecture

  • Understand how a farmer or vendor might think and act when they use TipShare for the first time

  • Understand if a farmer or vendor using TipShare could easily and intuitively identify affordances to complete important tasks

  • Learn if the current iteration of the prototype provides sufficient feedback when completing important tasks

Findings

We compared evaluators’ responses for each task and prioritized instances where multiple evaluators responded with ‘No’. We addressed these issues prior to testing our prototype with users.

A summary of our findings is listed below.

  • User is not provided with clear and consistent feedback when they send a message in the discussion forums or direct messages

  • Users may not notice that favoriting a chat is available to them because it cannot be performed within the chat itself; also provided with insufficient feedback once a chat is added to favorites

  • User may not be able to effectively differentiate between markets displayed on the “Markets” page

  • The “sharing” feature in our application does not follow users’ current mental models — it takes too many steps

Usability Testing

Objectives

  • Understand if users can use our system easily and intuitively

  • Evaluate if users can clearly identify affordances of the system

  • Determine if users receive sufficient feedback from our system

  • Understand what aspects of our system users find valuable and invaluable

Findings

Based on our performance metrics, creating a new discussion topic was the most challenging task for our participants.

Overall, SUS scores from our usability test were high, suggesting that our users considered the overall usability of our system to be ‘excellent’.

Design Recommendations

The following design recommendations are based on the data and feedback received during the usability testing sessions with our final, iterated prototype.

 Next Steps

  • Our final design recommendations should be implemented into our system and additional feedback should be gathered from target users.

  • Begin testing TipShare in a more realistic context — on a farm or at a market — to understand how it would fit into our target users’ current workflow.

  • Because TipShare is a community-based platform, it would be important to test our application on a small scale with multiple users interacting with each other.

  • At a later stage, deploying and testing TipShare on a larger scale to determine the long-term impact and feasibility of our solution would help us understand how the features and functions of our application translate to the cohesiveness of the farmers market community as a whole, rather than singular users.

Reflection

The reward (and challenges) of fieldwork

The user research conducted during this project was very rewarding. I extended myself to attend many different farmers’ markets and interact with as many users as possible. As a result, I immersed myself in the lives of farmers and vendors and empathized with their needs and challenges. I also learned how difficult recruiting users could be. There were times when I became frustrated when we couldn’t recruit the number of users that we had hoped to, but I maintained a positive attitude and learned to maximize each research opportunity that I had with our target users.

Learning to be a leader

Lastly, being the project lead for half of this project was a great opportunity to practice my leadership and project management skills. This was one of my first times being a vocal leader and organizer of a team. Based on my personality, this wasn’t a natural thing for me, but I felt that by embracing this role as best as possible, I learned a lot about myself and developed a lot more confidence in my ability to do so moving forward.

Variety is the spice of life and the human-centered design process

Further, this project also allowed me to expand my research toolkit. Being able to practice a variety of research methods revealed the importance that each one can play in the user-centered design process.