Research Interests Our research efforts are directed towards the development and design of sustainable low-CO­2 foot-print materials for infrastructure construction applications. These efforts are three-fold encompassing:

1. strategies to utilize natural and waste materials in concrete by inferring optimal chemical combination’s and compatibilities of constituent materials using thermodynamic calculations and experimental evaluations,
2. the formulation and-or utilization of application specific organic and inorganic chemicals to improve the properties, durability performance and service-life of concrete structures and
3. developing CO2-insensitive concretes for use in carbon sequestration and fixation applications.

To this end, our research group develops fundamental constituent chemistry-microstructure-engineering performance descriptors of cementitious materials to correlate and unify the fundamental variables that describe the overall response of the material. These efforts are directed towards the addressing the practical needs of the wider construction community and developing “new concretes” for the next generation of infrastructure construction applications. The overall theme of research aims to rationalize the use of natural resources in construction, promote environmental protection and to advance the cause of ecological responsibility in the concrete construction industry. Research Projects

• Low-Clinker Factor Cements and Concretes
• Carbon Fixation and Sequestration in Cementitious Materials
• Organic Polymer Additions for Property Modifications
• Blast and Fire Resistant Infrastructure Materials
• Mitigation of Deleterious Phenomena Caused by Salt Crystallization

• Concrete makers face heavy lift on climate pledges | Reuters, July 2021
• Artificial intelligence drives mix design performance, CO2 profiles | Concrete Products, June 2021
• Cloud spraying and hurricane slaying: how ocean geoengineering became the frontier of the climate crisis | The Guardian, June 2021
• Petrifying Climate Change | Hakai Magazine, June 2021
• Briefs / Indian, American- and Asian/ Remembering Satyajith Ray/ Book Matters | Khabar, June 2021
• Is This Concrete’s Breakthrough Moment? | New York, May 2021
• Companies Cut Concrete's Heavy Carbon Footprint | VOA News, April 2021
• X-Prize Winners Use CO2 Emissions to Make Concrete | Scientific American, April 2021
• Carbon XPrize winners announced | Gillette News Record, April 2021
• UCLA Engineering Team Wins $7.5M Prize For Developing Eco-Friendly Concrete That Absorbs Carbon Dioxide | CBS Los Angeles, April 2021
• Carbon XPRIZE, An Early Catalyst Of CCUS In Wyoming, Comes To A Close | Wyoming Public Media, April 2021
• A Big Step Towards Decarbonization - The Carbon XPRIZE | Forbes, April 2021
• XPRIZE announces grand prize winners in carbon capture contest | KPVI, April 2021
• Startups Cutting Emissions From Concrete Win $20 Million Xprize | Bloomberg News, April 2021
• They won an XPrize for carbon capture. The real test is next | E&E News, April 2021
• Team Led by UCLA Professor Wins $7.5M Engineering Prize | KFI AM 640, April 2021
• Startup Creates Concrete That Reduces Carbon Emissions | Los Angeles Business Journal, April 2020
• Using Dirt to Clean Up Construction | Eos, September 2020
• UCLA team nabs $2.9M grant to turn CO2 into concrete | Construction Dive, July 2020
• These Companies are Turning CO2 into Concrete.. Could it be the Solution to Construction’s Emissions Problem? | This is Construction, June 2020
• Capture Carbon in Concrete Made With CO2 | IEEE Spectrum, February 2020
• Scientists developing eco-friendly concrete | Tri-Valley Dispatch, February 2020
• Turning carbon into concrete could win UCLA team a climate victory — and $7.5 million | Los Angeles Times, January 2020
• UCLA engineers received $1.5 million grant to make environmentally friendly concrete | UCLA Samueli, August 2019
• Greenhouse gases are wreaking havoc on the planet. What if they could be used for good? | Los Angeles Times, September, 2018

Ph.D., (2009), Purdue University M.S.C.E, (2007), Purdue University B.S.C.E, (2006), Purdue University

• The Bryant Mather ‘Best Paper Award’ (Concrete Materials Section): The Transportation Research Board of the National Academies of Science and Engineering, (2006, 2008)
• The Fred Burggraf Award for ‘Best Paper by a Young Researcher’ – The Transportation Research Board of the National Academies of Science and Engineering, (2007)
• William L. Dolch Graduate Scholarship for Outstanding Research in Materials Science – The School of Civil Engineering, Purdue University, (2007)