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Assistant Professor

Amritanshu Pandey

Amritanshu develop computational methods and models for electrical energy systems with a real-world impact. His focus areas are sustainable smart cities, renewable integration, electric mobility, grid reliability and resilience, cybersecurity, and energy equity. In the past, Amritanshu (with his colleagues) developed a novel circuit-theoretic simulation and optimization framework for power grids. The project culminated in a new grid analytics tool: Simulation of Unified Grid Analysis and Renewables (SUGAR), which has since been commercialized at Pearl Street Technologies, Inc.

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Contributor Brief·Amritanshu Pandey · 2 articles
Updated Aug 28, 2023

Smart infrastructure simultaneously decarbonizes cities and improves safety outcomes

Pandey argues that smart city infrastructure—particularly AI-enabled connectivity layered across streetlights and building systems—delivers dual returns: measurable emissions reductions alongside public safety and community vitality gains. This integration proves that decarbonization need not be a tradeoff against livability; rather, technological infrastructure optimization serves both environmental and social objectives simultaneously.

dramatic reduction

in crime rates following smart streetlight deployment in Dallas

“A neighborhood previously facing challenges has blossomed into a shining example of smart city potential.”

From Streetlights to Buildings: Using Smart City Technologies in Decarbonizing Urban Spaces [industrial IoT]

Documented outcomes of connected infrastructure investments in urban spaces

Crime reduction1
Emissions reduction1
Public safety improvement1
Neighborhood vitality increase1

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25%Crime reduction
Crime reduction
Emissions reduction
Public safety improvement
Neighborhood vitality increase

2 cities

documented with smart city transformation case studies in provided articles

Connected infrastructure investments simultaneously reduce emissions while improving public safety.

From Streetlights to Buildings: Using Smart City Technologies in Decarbonizing Urban Spaces [engineering and construction]

AI-enabled cameras and widespread Wi-Fi create measurable community transformation outcomes.

From Streetlights to Buildings: Using Smart City Technologies in Decarbonizing Urban Spaces [industrial IoT]

“Infrastructure optimization solves environmental and social challenges through unified technological deployment.”

Themes:Dual-benefit infrastructure: environmental and social returns from single investmentSmart city tech as neighborhood revitalization engineConnected systems approach to urban decarbonization

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