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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 city infrastructure simultaneously decarbonizes urban spaces and improves safety

Pandey argues that smart city technologies—particularly AI-enabled infrastructure and connected systems—deliver a dual mandate: reducing urban emissions while enhancing public safety and neighborhood vitality. This integration of decarbonization with community outcomes represents a fundamentally different approach to urban sustainability, one where environmental and social benefits are inseparable rather than competing priorities.

dramatic reduction

crime rates in Dallas neighborhood after smart streetlight deployment

“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]

Three-layer value creation from connected urban infrastructure

Emissions reduction8
Public safety improvement9
Neighborhood vitality enhancement8

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32%Emissions reduction
Emissions reduction
Public safety improvement
Neighborhood vitality enhancement

2 outcomes

achieved simultaneously: decarbonization and public safety gains

Connected infrastructure investments are proving to reduce emissions while simultaneously improving public safety.

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

Integration of AI-enabled cameras on streetlights and widespread Wi-Fi transformed community outcomes.

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

“Smart infrastructure solves decarbonization and safety through unified technological deployment.”

Themes:Infrastructure-led decarbonization with co-benefitsAI and connectivity as multiplier for urban outcomesSafety-sustainability integration as urban development model

Latest article

Industrial IoT · Aug 28

From Streetlights to Buildings: Using Smart City Technologies in Decarbonizing Urban Spaces

In the heart of Dallas, a neighborhood previously facing challenges has blossomed into a shining example of the potential of smart city technologies transforming a community. By integrating AI-enabled cameras on streetlights, widespread Wi-Fi, and many other technological advancements, the city has witnessed a dramatic reduction in crime and a surge in the quality…

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From Streetlights to Buildings: Using Smart City Technologies in Decarbonizing Urban Spaces

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  • AM
    Alex M.·2h agoquestion

    What sparked your research into disruptive innovation?

    Curious what the original insight was that led you to the Innovator's Dilemma framework.

  • SL
    Sophia L.·1d agoidea

    Would love a deep-dive into EdTech adoption barriers.

    Your framing of sustaining vs. disruptive innovation feels directly applicable to school systems.

  • DR
    David R.·3d agoquestion

    How do you see AI changing the personalized learning landscape?