Health Promotion System in Mexico City's Metro:

Incentive-based Exercise Tracking

To complete my Industrial Design degree, I worked on a thesis project with one peer. Starting from scratch with a wicked problem, we were tasked with identifying a current issue and developing a solution that could improve people’s lives. Instead of focusing solely on designing a product, we aimed to create an entire experience and service where physical objects supported a larger system.

Solution: We designed a health-tracking system for Mexico City’s Metro, combining accessible health stations with wearable technology to encourage physical activity among commuters.

Role in the project

  • Secondary research

  • User data research (quantitative and qualitative)

  • Brainstorming workshop leadership

  • Concept/design development

  • Low fidelity prototype

  • Rendering

Software used

  • SolidWorks

  • KeyShot 4

  • Adobe Photoshop

  • Adobe Illustrator

  • Adobe InDesign

Project specifications

  • 2 members team

  • 10 months

Project specifications

  • 2 members team

  • 10 months

Research

We used the Double Diamond methodology to explore Mexico’s health metrics and found that long commutes and a sedentary lifestyle significantly contributed to obesity and heart disease.

Key Findings:

Key Findings:

Key Findings:

2nd

2nd

Mexico ranked 2nd globally for adult obesity in 2015, with 32.4% of adults obese.

2nd

Mexico ranked 2nd globally for adult obesity in 2015, with 32.4% of adults obese.

56%

56%

Only 56% of adults (aged 18+) were physically active.

56%

Only 56% of adults (aged 18+) were physically active.

3+ hrs

3+ hrs

39-47% of workers endure 3+ hour commutes, limiting physical activity.

3+ hrs

39-47% of workers endure 3+ hour commutes, limiting physical activity.

This data led us to target Mexico City Metro commuters, aiming to integrate exercise into their daily routines.

This data led us to target Mexico City Metro commuters, aiming to integrate exercise into their daily routines.

This data led us to target Mexico City Metro commuters, aiming to integrate exercise into their daily routines.

Insights

Insights

Surveys of Mexico City Metro users confirmed that commuters have little time for physical activity, reinforcing the need for integrated solutions:

Surveys of Mexico City Metro users confirmed that commuters have little time for physical activity, reinforcing the need for integrated solutions:

81%

81%

of surveyed users spend between 1-3 hours commuting within the Metro system.

81%

of surveyed users spend between 1-3 hours commuting within the Metro system.

71%

71%

of surveyed users use the Metro daily.

71%

of surveyed users use the Metro daily.

64%

64%

of surveyed users commute during rush hours.

64%

of surveyed users commute during rush hours.

Design Process

Brainstorming

We held a brainstorming session with 20+ participants. After sharing our research and its findings, we asked:

How might we help daily Metro commuters engage in any sort of physical activity while commuting?

Brainstorming

We held a brainstorming session with 20+ participants. After sharing our research and its findings, we asked:

How might we help daily Metro commuters engage in any sort of physical activity while commuting?

Brainstorming

We held a brainstorming session with 20+ participants. After sharing our research and its findings, we asked:

How might we help daily Metro commuters engage in any sort of physical activity while commuting?

How might we help daily Metro commuters engage in any sort of physical activity while commuting?

Key Ideas Selected

We focused on two main ideas that required minimal modifications to Metro infrastructure: a health monitor and a step tracker.

Key Ideas Selected

We focused on two main ideas that required minimal modifications to Metro infrastructure: a health monitor and a step tracker.

Key Ideas Selected

We focused on two main ideas that required minimal modifications to Metro infrastructure: a health monitor and a step tracker.

Our design process included iterative sketching and low-fidelity prototypes to test ergonomics and functionality, using percentile data for accuracy.

Final Design

The Health Promotion System consists of three products that work together to encourage physical activity in Metro stations:

1. MetroHealth Station

The Health Promotion System consists of three products that work together to encourage physical activity in Metro stations:

2. StepSync Bracelet

A wearable that tracks steps and syncs with beacons in the Metro to motivate users to take longer routes and use stairs.

3. MoveBeacon Sensor

These sensors are placed throughout Metro stations to track users' movements and sync with the StepSync Bracelet.

User Flow Example

Commuters can check their health metrics at the MetroHealth Station and wear the StepSync Bracelet to track their steps. As they move through stations, the MoveBeacons log their steps, and rewards are provided for increased activity.