Motor vehicle travel is a major means of transportation in the United States, yet for all its advantages, each year fatal motor vehicle crashes in the U.S. lead to an estimated societal burden of more than $230 billion from medical and other costs . Motor vehicle crashes are also the leading cause of death for persons every age from 5 to 32 years old . In this project, we deep dived into the fatal car crash records in the U.S. in year 2016, collected by National Highway Traffic Safety Administration (NHSTA)  and encoded using the government’s Fatality Analysis Reporting System. By wielding this dataset and related research, we developed an interactive essay trying to thoroughly explore the top risk factors that are highly correlated to fatal motor vehicle crashes.
To read the interactive essay in your web browser, visit here.
The report detailing our methodologies and poster summary of this project are also available.
Snippets from the report:
Interactive San Francisco map visualizing restaurant health inspection data, rolled out of a group project in a data visualization class I took at Stanford.
Developed with D3.js.
Meet PrintInn [Chinese: 云印小站] (where I was a founding engineer), one of the first cloud-based printing platforms serving college students in China.
CS 247: HCI Design Studio at Stanford aimed at deepening students’ fluency with design for interactive technology. It provided an engaging learning environment in a design studio setting, connecting the concepts about iterative design practice with four hands-on projects.
The goal of this course is to enable students:
- Become comfortable critiquing, receiving critiques, and iterating on their designs in an advanced studio environment.
- Perform needfinding with community members and stakeholders that goes beyond surface-level observations and produces deeper insights and needs.
- Communicate design ideas: visually through sketching and mocks, through show-and-tell reports to studio, and through presentation to large groups.
- Identify the most appropriate question to answer for their design, and to rapidly create a prototype to do so.
- Utilize current tools and technologies to produce high-quality designs.
Here I’m publishing the details about all of the four course projects and my design deliverables:
Project #1 – The Problem With Lunch – Final Deliverable
Every day for five days, go to a different eatery on and off campus during the height of the lunch rush. You do not have to eat there, but you do need to note (in your sketchbook) the flow of people and any problem areas or areas of opportunity.
- Observation: Observations are diverse, take a point of view, and are captured effectively in sketches.
- Synthesis: Problem statement synthesizes the observations into a novel point of view.
- Ideation: Micro ideas, index card ideas, and final detail idea are clearly communicated and effectively address the problem statement.
Project #2 – Change Is Hard – Deliverable
Design a system that helps people achieve the behavior change goal. How do you intercede with the user’s motivation, ability, and trigger (http://www.behaviormodel.org/)?
Part 1: Research the Opportunity Space: form a team, pick a behavior design goal, and launch a diary study.
Part 2: Model the System: synthesize the results of the study into a journey map and plan out the flow of a design informed by the results.
Part 3: Specify the Interaction: refine this flow into a prototype that you can test
Part 4: Field Study: perform a field study of the prototype
User Research: Diary study uncovers nontrivial insights about the habit.
Flow and Interaction Design: Design represents creative, effective intervention on the habit.
Field Study: Field study uncovers nontrivial insights about the design the habit.
Project #3 – Redesigning Alma – Deliverable
It is a rare and lucky designer who gets to start a design from scratch. In this project, we’ll take a current application and use visual design and insights from testing to make it better. “Le mieux est l’ennemi du bien” – Voltaire.
Part 1: Evaluate: Do usability testing on our project and two competitors. What is wrong with the current system? Is there a better way to do the job they are setting out to do? Bonus: interview the creators.
Part 2: Ideate: Come up with multiple “hypotheses” about better designs, including a Dark Horse: an idea so crazy no one thinks it will work.
Part 3: Iterate: Use heuristics and critique to bring this final design to an exquisite perfect. Or at least make it pretty darn good. First, you’ll make a medium fidelity prototype, using software such as InVision or Marvel. Add your new brand look and feel to this prototype! Then run another usability test with 5-8 people to make sure you’ve improved things. See RITE method to quickly evolve our leading contenders.
Part 4: Elevate: Take a polish pass to make sure the new version is as beautiful as it is usable.
User Research: Usability Study & RITE uncovers nontrivial insights and leads to significant improvement.
Create Solutions: Design represents a creative, effective resolution of problems.
Execution: Design has high polish: easy to use and easy on the eyes.
Project #4 – Planning A Vacation (Final Design Challenge) – Deliverable
We are expecting that the design challenge should take you 4-6 hours and you will go through at least one full cycle of the design thinking process. The main skill being tested in this final is your ability to reason through the large set of methods and skills you have acquired in the course thus far, and apply them in the correct circumstances and for the correct goals. Not every method is appropriate for the type of problem you are solving or the data you have gathered. This is a test of how you make decisions about which approaches to apply and your ability to motivate them.
Planning: Plan is a strong, comprehensive approach to solving the selected design challenge.
Decision-making: Decisions and selected processes are effective, appropriate and thoughtfully selected with strong understanding of what is being done at each step and why.
Design process execution & Documentation: Design deliverables are exemplary. Every artifact shared shows a deep understanding of the goal. Report is thorough and does very effective job in clearly communicating what was done and why.
For the years out of college, I’ve been working as a software engineer (focusing on UI) on the core APM team at AppDynamics (now part of Cisco) based in downtown San Francisco, California. Application Performance Management (APM) is a technology that provides end-to-end business transaction-centric management of complex and distributed software applications. Auto-discovered transactions, dynamic baselining, code-level diagnostics, and Virtual War Room collaboration ensure rapid issue identification and resolution to maintain an ideal user experience. At AppDynamics, I developed complex yet performant AngularJS-based web application UI providing rich user interaction with a wealth of APM data in large scale. I’ve been made seasoned in all phases of the software product lifecycle: designing, prototyping, developing, maintaining, test automation, and shipping out useful features to our customers.
For a summer internship at spanishdict.com, the world’s largest Spanish reference website, I designed and developed several features for their flagship education product, Fluencia. I made use of the company’s existing assets of audio and video sources and took the chance to learn about the latest browser technologies such as WebRTC. Later in the summer, I crafted the marketing site for both desktop and mobile devices with the goal of attracting as many subscribers to Fluencia as possible during its launch. To make the landing user experience smooth, I worked closely with the design team to perfect every pixel on the interfaces, and developed an in-house tool to track and analyze site visitor data. The new tool provided us with insights about the user experience of our marketing website and led to UX improvements that boosted conversion rate to 40% on desktop and 22% on mobile devices, from the initial 13% and 5% respectively.
Symplivety (sold in 2014) was an online marketing company aimed at creating an competitive and efficient market for off-campus college property rentals. I worked as a founding engineer on remodeling the site after its beta test. I also pitched our business plan at the University of Virginia Darden Business School as a competition finalist.
Business Plan | pitch slides