What was the problem and hypothesis?
What was my role and how did I collaborate with my team?
How did I decide on my solution?
What is the proposed solution?
How does my solution answer the question?
What were the challenges I faced?
How did the solution affect the users and the business?
What did I learn?
Problem Statement:
How might we streamline the damaged delivery reporting flow for a logistics company that utilizes drone technology through the design of a user-friendly website?
Hypothesis:
By implementing an intuitive and user-friendly interface that simplifies the damaged delivery reporting process and provides real-time updates, we can increase the efficiency and accuracy of reporting, leading to faster resolution of delivery issues and improved customer satisfaction
Rationale:
The current damaged delivery reporting process for logistics companies that use drone technology may be inefficient and confusing for customers. By designing a user-friendly website that simplifies the reporting process and provides real-time updates, customers can easily report damaged deliveries and receive timely resolution of their issues. This can lead to increased customer satisfaction, improved efficiency, and reduced costs associated with resolving delivery issues. Additionally, by using real-time data, the logistics company can quickly identify patterns of delivery damages and make necessary improvements to their drone technology and delivery process.
My role:
Team:
Interviews:
To gain a deep understanding of our users' needs and preferences, I conducted ten interviews using a script and analyzed the collected data. The insights I gained informed my user-centered design by identifying pain points, gaming preferences, and preferred methods of accessing arcade games. Prioritizing user feedback allowed me to create a user-friendly and engaging product that meets their needs.
Working Assumptions:
I synthesized the information I gathered from my interviews. First, I reviewed my research to identify emerging themes that captured key insights I gained from the interviews. I then clustered my ideas using sticky notes and grouped similar concepts together to create five main categories: technology savvy, time-conscious, detail-oriented, business-focused, customer-focused, safety-conscious. Finally, I selected ideas from the interviews that stood out as being the most impactful.
Archetypes Brainstorm:
After I collected my initial thoughts on my working assumptions board, I started to form my user archetypes. I used my working assumptions board to piece together themes of potential users based off of behavioral patterns.
Following this brainstorming session, I decided to divide the archetypes into the Tech-Savvy Efficiency-Seeker Consumer reporting their damaged drone and the Customer-Focused Safety-Conscious Company. Each of the these archetypes are on opposite end of the reporting process.
Archetype A: Tech-Savvy Efficiency-Seeker Consumer
During the brainstorming session, I delved into the characteristics and behaviors of the Tech-Savvy Efficiency-Seeker Consumer, exploring their goals, actions, thoughts, feelings, as well as their needs and pain points.
Archetype B: Customer-Focused Safety-Conscious Company
During my brainstorming session, I identified the goals, actions, thoughts and feelings, as well as the needs and pain points of the Customer-Focused Safety-Conscious Company archetype.
Journey map:
I created a user journey map for drone shipping, outlining the steps and challenges one faces when using this service. Opportunities include faster and more efficient shipping, increased accessibility to remote areas, and reduced carbon emissions. Challenges include potential technical issues, privacy concerns, and regulatory restrictions.
Competitive Analysis:
ShipStation, Shippo, and ShipBob are websites that provide shipping solutions for eCommerce businesses. By comparing and analyzing their unique features, strengths, and weaknesses, valuable insights can be gained to inform the development or improvement of similar platforms.
Concept
Aerial Resolve is a technological solution designed to streamline the reporting flow for damaged deliveries using drone technology. Aerial Resolve aims to provide a user-friendly website that simplifies the reporting process and provides real-time updates, benefiting both users and logistics companies.
Scenario
A user received a damaged package and quickly reports the issue via the logistics company's website using Aerial Resolve. They provide basic information, upload photos, and receive real-time updates on the status of their report until the issue is resolved. The user is pleased with the transparency and efficiency of the process.
Key Highlights
1/8
Users:
Business:
Overall, Aerial Resolve has the potential to benefit both users and businesses by improving the damaged delivery reporting flow through the design of a user-friendly website.
The Aerial Resolve website was created as part of a directed project by Google.
During the UX project, I learned several important skills and gained valuable insights into the UX design process. Some of the key things I learned include:
Overall, the UX project provided me with a valuable opportunity to apply UX design principles and gain practical experience in the field. I feel more confident in my ability to design user-centered solutions and collaborate effectively with others, and I look forward to applying these skills in future projects.
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