Shape the World

Civil engineers come up with solutions to complex problems and implement them; they literally shape the world we live in.

Think you have what it takes to shape the world?

Find out which of our programs is the right fit for you.

See our programs

Versatility

The range of opportunities for civil engineers is seemingly endless.

You can build the transportation systems that connect the country, create the necessary protections for our water systems, and determine the best materials for our bridges and roads.

Career opportunities

Be Prepared

Our curriculum covers structures, water resources, transportation, geotechnology, and environmental engineering.

With a background spanning so many different areas, you'll be ready to work on a variety of civil engineering projects after graduation.

Learn more

Department of Civil and Environmental Engineering

 

Engineering Innovation for a Sustainable Future

The UL Lafayette Department of Civil and Environmental Engineering is dedicated to developing the next generation of engineering leaders who design, build, and maintain the infrastructure that shapes our world.

Our comprehensive civil engineering program equips students with the knowledge and technical expertise to address complex engineering challenges. From designing advanced transportation networks and sustainable water management systems to developing resilient bridges and roadways, our graduates play a critical role in building safer, smarter, and more sustainable communities.

With a strong foundation in engineering principles, cutting-edge research opportunities, and industry-driven innovation, a degree in civil engineering opens doors to diverse career pathways in infrastructure, environmental sustainability, and beyond.

Join us in driving the future of civil engineering. Learn more about us and explore our programs. Become a Ragin' Engineer today!

Civil & Environmental Engineering Professor, Dr. Daniel Gang, Leads Collaborative Research to Recover Tellurium from End-of-Life Solar Panels and Oilfield-produced Water Supporting U.S. Critical Mineral Supply. 

A new collaborative project is developing technology to recover tellurium—a critical mineral—by extracting it from used and waste photovoltaic (PV) panels. This innovation aims to support sustainable supply chains while creating jobs and reducing environmental risks in Louisiana. Led by Dr. Daniel Gang, the effort includes the University’s Institute for Materials Research and Innovation (IMRI) and Energy Institute of Louisiana (EIL), in partnership with First Solar, the Tunica Biloxi Tribe of Louisiana, and Covenant Energy Group. With over $750,000 in combined support from the Louisiana Board of Regents, the University, and industry partners, the project will also explore tellurium recovery from oilfield-produced water, leveraging existing infrastructure in the state’s oil, gas, and water treatment sectors. Together, the partners are advancing circular economy solutions through innovative materials recovery.