PROJECT OVERVIEW
This was a Capstone project I completed at General Assembly (UX bootcamp).
My team was matched with
LogAware (Now Tarmac AI), a startup focused on innovative B2B technology for logistics operations. Our team worked closely with the founder and developer to improve the existing design and bring their product vision to life.
RESEARCH METHODS:  Market Research, Competitive feature analysis, User interviews, User Personas, Empathy Map, User Journey, Service Blueprint, Site Map, User Flow, Feature Prioritization, Design Studio, Prototyping, Usability Testing
MY CONTRIBUTIONS
Collaborated with team of 5 through end-to-end design process and client engagement.
Conducted user research, Designed dashboard cards and mobile app prototype

PROJECT TIMELINE: July - August 2022

MY TEAM: PK, VL, PQ, RS
TOOLS:  Figma, Miro, Zeplin

What's Logtrack?

LogAware is an early stage startup building an all-in-one logistics system that works across a desktop dashboard and a mobile app, with features such as live shipment tracking, documentation sharing, messaging, and more.

At the start of the project, this existed as a beta prototype with limited functionality. Our goal was to work with the founder and lead developer to bring their product vision to life.

Our Redesign

OUR PROCESS


How did we get here?

LEARN

• User Research
• Market Research
• Affinity Mapping
• Personas
IDEATE 

• Translate Insights
• Service Blueprint
• Design studio
DESIGN 

• Design System
• Wireframes
• Prototype
TEST & ITERATE 

• Usability Testing
• Client Feedback
• Design Iterations
DELIVER 

• Final Prototype
• Design Specifications

RESEARCH


Contextualizing the Product through Market Research

To better understand the product, we started by researching similar platforms like flexport, XPO logistics, cargomatic and project44. A comparative feature analysis highlighted what sets LogTrack apart from adjacent companies while providing us with a starting point and direction for design improvements.


Understanding Target Users

The system features two interconnected platforms, with two separate user bases. We conducted interviews with people from both user groups, which included shipment transporters and logistics/operations managers.

These interviews helped us better understand users and many of the frustrations and needs within their everyday work.


What People in the Industry Are Saying


Key Findings:

Across interviews, many users expressed frustration about the chaotic nature of supply chain operations, and highlighted issues such as lack of communication, human error, and lack of transparency which often cause delays and problems with tracking shipments.


IDEATION

Codesigning with intent:

To better understand the system, our team scheduled a meeting with the developer. We created the following Service Blueprint, which maps out the customer actions, front and backend activity.

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Next, we invited the client and developer to join in on a Design Studio session, where we created sketches to generate ideas. We iterated on designs based on feedback from the client and developer.

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Aligning to our client's vision, we began designing the MVP...



Initial Designs

We put together initial designs in the following mid-fidelity prototypes:

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USABILITY TESTING & IMPROVEMENTS


We tested our prototypes with users based on the following metrics: time on task, task completion rates, and ease-of-use. Users provided feedback as they interacted with our prototypes and using their input, we fine-tuned the designs for better usability.

In total, we conducted 3 rounds of usability testing across 15 users, and improved usability by an average of 27%.


Clearer Shipment Icons & Cards

Many users failed to identify icons on shipment cards as clickable. We improved the design to include larger and clearer icons.


Clearer flow for documentation uploads


Many users did not easily find the "view/upload documents" link, and clicked into the documents tab to complete the task. We added a clearer CTA on the main "Jobs" page to make the feature more discoverable.


Improving learnability through consistency

The initial design involved a distinct task flow for uploading documentations. We improved the design to prompt document uploads from the "Jobs" page through all points in the journey. Improved learnability and consistency led to increased usability.

Final Prototype: Features in Action

Creating an Account:

New users can register for an account through the initial landing page
Setting Location Parameters:

This feature can be accessed through shipment cards, or the left side navigation. In 3 steps, users can select shipment(s), set a location parameter, and create automatic alerts for when a shipment is nearing a destination or send reminders for drivers to upload documentation upon arrival.
Sharing and Managing Documents:

Users can view, download and share documents via the "Documents" icon within the shipment card. All documents uploaded by drivers through the mobile app can be accessed here.

OnBoarding Tutorial

Features are highlighted through a quick onboarding walkthrough for new users.

Upload Documents

A live shipment timeline prompts users to upload documents. After a document is successfully uploaded, a green success confirmation provides live feedback

Developer Hand-Off


SPEC DOCUMENTATION

We created a specification document containing the service blueprint, hi-fidelity wireflows, and functional annotations to support handoff to the development team. We also created a preliminary design system, documenting the colors, typography, a component library, and icons.


Desktop Dashboard


Mobile App

Reflection

Despite time constraints, our team was proud of what was accomplished within this 3-week sprint. Collaborating closely with the client and developer provided valuable insights to ensure our creative vision aligned.

Designing for two user groups: Designing for two separate user groups challenged us to understand and balance diverse objectives. We learned to champion user perspectives and identify user-centered improvements that aligned with broader business goals.

Value of user research: Conducting research challenged an initial bias in our design approach. In the initial meeting, clients mentioned that truck drivers prefer traditional communication methods and are slow to adopt technology. However, research revealed a different reality – Delivery drivers we spoke to expressed frustrations with manual tasks and already use technologies like document scanners and mobile messaging apps to enhance their work efficiency. This discovery allowed us to pivot our design approach to more innovative solutions.

Developer Handoff: Completed deliverables included annotated high-fidelity prototypes and wireframes, a spec document with a style guide and component library, along with suggestions for API integrations for document scanning and map features.

Outcome

Our presentation was well received by our clients and they expressed gratitude for our efforts and collaboration.

"Thanks a lot for a great presentation. We were happy to work with a professional team and bright minds throughout the project"

Thanks for reading!