Research Projects

At the SPICE Lab, our research is driven by the goal of improving the built environment through innovative, interdisciplinary approaches. We aim to address complex challenges at the intersection of engineering, technology, and society, with a focus on enhancing sustainability, promoting human wellbeing, and advancing efficiency across systems and processes. By leveraging data-driven methods, emerging technologies, and collaborative partnerships, we seek to generate impactful solutions that support the future of work, foster resilient communities, and contribute to a more equitable and sustainable world.

Theme 2. Sustainable & Resilient Infrastructures & Communities

Our research advances the design, construction, and management of infrastructures that are adaptable to changing environments and responsive to community needs. We focus on enhancing resilience in transportation systems, construction practices, and ecosystem sustainability, ensuring long-term viability and equitable access for diverse populations.

Theme 3. Technology-Enhanced Learning & Workforce Development

We leverage emerging technologies such as robotics, virtual reality (VR), and immersive environments to transform education and workforce training. Our goal is to equip the next generation of professionals with future-ready skills, fostering adaptability, agility, and algorithmic thinking to meet the demands of evolving industries—both on Earth and in extraterrestrial settings.

Theme 1. Human-Centered Energy Systems

We develop innovative energy solutions that prioritize occupant comfort, health, and equity. Our research integrates data analytics, predictive modeling, and smart technologies to optimize energy performance in buildings and communities, ensuring systems are designed with people at the core. This work supports broader goals of sustainability and energy justice.

Theme 1. Human-Centered Energy Systems

Sample of externally funded project:

Developing A Smart Occupant-Centric Energy Management System for Office Buildings

Louisiana Board of Regents (BoR)
Research Competitiveness Subprogram (RCS)

Conference: US-Japan Workshop: Re-thinking the Relationship between Built Environment Conditions and Health and Well-being

National Science Foundation (#2401864)

Louisiana Board of Regents (BoR)
Industrial Ties Research Subprogram

Smart-Adaptive Energy Management [SAEM]: Integrating Centralized and Local Systems in Commercial Buildings for Enhanced Efficiency

Theme 2. Sustainable & Resilient Infrastructures & Communities

Sample of externally funded project:

Planning: CRISES: Southeast Center for Just, Resilient, and Sustainable Ecosystems (SECURE)

National Science Foundation (#2334298)

Comparative Analysis of the Best Practices for Design and Construction of 3D Printed Bridges in the State of Louisiana

Department of Transportation (DOT)

Louisiana Transportation Research Center (LTRC)

Smart-Adaptive Energy Management [SAEM]: Integrating Centralized and Local Systems in Commercial Buildings for Enhanced Efficiency

Theme 3. Technology-Enhanced Learning & Workforce Development

Sample of externally funded project:

FW-HTF-P: Fostering Transferable Skills for Future-Ready Extraterrestrial Construction Workforce via an Intelligent-Immersive Training Environment

National Science Foundation (#2222890)

Collaborative Research: Next Generation Learning-Centered Environment for Architecture, Engineering, and Construction (AEC) Education

National Science Foundation (#2131887)

LSU Big Idea Award for Innovation in Research

Center of Human-Robot Collaboration Workforce Development: Future-Ready Workforce for Extraterrestrial Construction