The Future Mobility Design Lab partners with industry and academia to forge groundbreaking mobility solutions, making cities more accessible, sustainable, and enjoyable for all.

LEARN MORECONNECT WITH TEAM

TEAM CAPABILITIES

Augmented / Virtual / Mixed Reality

Connected / Autonomous Vehicles (CAV)

Human-centered Design / Design Thinking

Unmanned / Autonomous Vehicles (UAV)

Alejandro Lozano Robledo, MDes

Alejandro Lozano Robledo, MDes

Director & Professor

Future Mobility Design (FMD) Lab

Mobility Systems Design at UC DAAP

About

Imagine a future where cities are designed for people and not cars; where exciting new trends and technologies such as autonomous vehicles, smart cities, and a shared economy, drastically shift the urban fabric around social development and accessibility for everyone; where mobility systems are designed around parks, libraries, museums, and community initiatives. Transportation is about more than going from A to B, it’s about the how and why, focusing on meaningful and enriching experiences while in motion. 

Our cities have immense untapped potential, and here at the FMD Lab we believe in a new empathic approach focused on human-centered research and employing cutting edge prototyping and simulating methods to understand the real needs of people and the applications of emerging technologies to create future interventions for cities and how we move around them. 

We specialize in two human-centered research approaches:  

1) Quantitative methods enabling an in-depth understanding of macro factors, including markets, trends, technologies, demographics, economics, and politics.  

2) Qualitative methods, such as co-creation, interviews, surveys, and workshops, facilitate a nuanced understanding of individual needs. Additionally, the lab engages in future scenario creation, identifying opportunity areas and offering recommendations based on the scope of each project. 

The FMD Lab also excels in multi-level prototyping, leveraging proprietary methods and emerging tools like virtual reality, augmented reality, mixed reality, physical prototypes, and digital simulations. These tools allow the lab to test solutions and create low, medium, and high-fidelity simulations, as well as Digital Twins. Such simulations are invaluable for further testing and decision-making processes.  

Ultimately, “transportation is not the end; it’s the means to a purpose” – Chen, 2019

PROJECT SHOWCASE

Meet THE TEAM

DF Collaborators

Bryan Kowalczyk

Bryan Kowalczyk

Applied Autonomy Lab

UC Aerospace Engineering

Chris Collins

Chris Collins

UC Sim Center

UC Office of Research

Lilit Yeghiazarian

Lilit Yeghiazarian

UC Chemical & Environmental Engineering

Dan Cuppoletti

Dan Cuppoletti

Advanced Mobility Propulsion Lab

UC Aerospace Engineering

Kelly Cohen

Kelly Cohen

AI Bio Lab

UC Aerospace Engineering

Ming Tang

Ming Tang

eXtended Reality Lab

UC DAAP Architecture

Non-Profit Partners

Beth Robinson

Beth Robinson

Uptown Consortium Inc.

Local Community Partner

Industry Partners

Rebecca Miller

Rebecca Miller

Gravity Sketch

Key technology partner

Bhavik Modi

Bhavik Modi

BTS

Academic Partners

Mauricio Novoa Munoz

Mauricio Novoa Munoz

Western Sydney University

School of Engineering, Design, & Built Environment

J. Antonio Islas Munoz

J. Antonio Islas Munoz

Université de Montréal

Industrial Design