Auyon Siddiq

Assistant Professor of Decisions, Operations and Technology Management

About

Auyon Siddiq joined the faculty of UCLA Anderson in 2018. His research takes place at the intersection of data analytics, operations management and public policy. His current focus is on the development of mathematical models that draw from game theory and statistics to address challenges in the public sector. Siddiq has also worked on developing new methods in data analytics and optimization, leading to publications in Operations Research and recognition with multiple national research awards.

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7 Articles

White tiles with arrows pointed right lined up on a blue background with one red tile that shoes the arrow moving out of the line. Research Brief / Competition

A Renter and Property Owner Meet on Airbnb: Will They Ditch the Site?

The risk for matching platforms is affected by levels of fees and what’s disclosed about buyer and seller

A cube of hundred dollar bills wrapped in a blue bow Research Brief / Productivity

Trying Out Bonus-Pay Theory on Unsupervised, Low-Skill Tasks

Incentives boost output, but benefits level off at a fairly low point

Man on bike riding in bike lane on busy street Research Brief / Transportation

A Data-Driven Approach to Optimizing Bike Paths

A model for cities to boost ridership, without snarling car traffic

Research Brief / Ride-Sharing Services

Robotaxis Aren’t Sure Route to Ride-Hailing Profits

A model weighs vehicle cost and ownership to assess benefits to riders, drivers and companies

Person walking by a train with Uber logo Research Brief / Ride-Sharing Services

Is Uber the Answer to Public Transit’s Last-Mile Problem?

And if so, who’s going to pay?

Illustration of dollar bills folded into a Staff of Hermes Research Brief / Health Care

Medicare Could Save by Subsidizing Providers’ Capital Spending

Projects that make health care delivery more efficient require upfront financial help

City street Research Brief / Health Care

Maximizing Life Saving through Better Placement of Defibrillators

Just putting one where the last cardiac arrest occurred isn’t optimal — more calculations to get to fewer steps