Civil Engineers play an essential role in mitigating the harmful impacts of climate change by finding innovative solutions for sustainable infrastructure. Through applying structural, technological, and adaptive strategies to the future of infrastructure, they help communities’ ability to withstand increasingly unpredictable environmental conditions.

Through online courses at SDSU Global Campus, civil engineering graduates learn how to prepare infrastructure for rising sea levels, extreme weather, and shifting environmental patterns through innovative design and proactive maintenance strategies.

From raising bridges to accommodate natural disasters, using advanced sensor technologies to monitor infrastructure performance, or keeping a robust maintenance schedule on existing infrastructure, civil engineers are the experts behind keeping our infrastructure safe and sound for generations to come. 

According to the U.S. Bureau of Labor Statistics, Civil Engineers earn an annual salary of $99,590, with a projected job growth of 5% over the next decade, which is faster than the average for all occupations. 

As climate change has become a global priority, the demand for civil engineers of the future is growing. Whether it is transportation, water resources, environmental management, or construction, regardless of the sector of civil engineering, the need for civil engineers who can provide climate resilience through sustainable solutions is essential to achieving an environmentally safe future.

How do Civil Engineers Make More Sustainable Futures?

Civil engineers are responsible for supporting a wide range of projects that help make our lives safer and more efficient. From bridges and dams to airports, roads, and even the smart cities of tomorrow, civil engineers play a crucial part in shaping our world.

  • Structural Improvements

Civil engineers put safety and longevity at the forefront of every project, making the structural quality of infrastructure vastly important. The current infrastructure, with a weak structure, is threatened by climate change and natural disasters. Civil engineers promote structural improvements by utilizing advanced materials, integrating climate data-driven analytics, and incorporating flexibility into the planning and development process of creating new infrastructure.

  • Green Infrastructure

The future is green, as civil engineers have been recognizing the importance of nature-based and green designs in current and future infrastructure. Incorporating innovative green designs improves air and water quality. Green Infrastructure, such as bioswales, green roofs, and permeable pavements that aids flooding and stormwater runoff. 

  • Disasters Cost Savings

Building climate-resilient infrastructure is investing in the future. With technological advancements in civil engineering, the future of infrastructure is forward-thinking and saves massive amounts of capital in disaster costs. NOAA reports that the number of billion-dollar natural disasters has seen significant increases in recent decades, and countries to grow with the effects of climate change. 

According to  WRI (2025), every $1 invested in resilient infrastructure can generate up to $10 in avoided losses and broader benefits over a decade. Not only does building sustainable infrastructure save billions of dollars, but most importantly, it saves lives. 

 Swiss Re reported that in 2024, natural disasters claimed 14,000 lives and caused an estimated $320 billion economic loss, with infrastructure damage as the leading cost. Preparing for natural disasters is essential to protect lives, social well-being, and the economic future of our nation’s most vulnerable.

Why SDSU Global Campus?

SDSU Global Campus offers a flexible and quality-backed program for students pursuing a Bachelor of Science in Civil Engineering. Designed for working professionals with busy schedules or transfer students looking to blend the flexibility of online learning with hands-on experiences that prepare graduates for the real world of civil engineering and the future of sustainability. 

“My experience as a transfer student coming into the SDSU Global Campus program has been nothing short but amazing,” said Angel Vargas, an SDSU Global Campus civil engineering graduate and a first-generation Latino college student. “This program has given me the opportunity to work in the industry and learn key skills that are directly applicable to my professional development. There is a lot of misconception about being an online student because of its asynchronous format, but students are allowed to work in the industry and learn key skills that wouldn’t be learned until after graduation. We are already a step ahead of our potential candidates for the same job we would potentially be applying for.” 

This program uniquely offers a 5-day, in-person field experience in the sunny skies of San Diego. Allowing students to gain technical experience in the field and apply their knowledge to real-world engineering scenarios. With guidance from experts in the field, renowned instructors with top industry connections, SDSU Global Campus prepares students for a successful career in civil engineering.

“With also being a parent, I now have the time to be part of my children’s lives, which is most important to me. Without this Global Campus Program at SDSU, it would have been impossible to attend a university full-time on campus, work a full-time job, and take my children to school – all in a single day. This program opened a new opportunity for my family and me,” Vargas said.

Join the renowned SDSU school of engineering raked by U.S. News & World Report among the top 15 engineering schools in California, reinforcing its reputation as a premier institution for future engineers.