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There is presently little emphasis on designing civil engineering structures for corrosion resistance. The world-wide economic impact of corrosion has been estimated to be 3% of the global gross domestic product; yet in a profession with regimented design processes for load-induced effects, similar design processes for considering corrosion resistance are lacking. This presentation addresses this gap by reviewing: basic scientific principles governing corrosion to develop a scientific foundation for research findings; long-term field data on performance of steel structures in varied quantified environments; field and laboratory assessment methods for corrosion; and practical design strategies for improving corrosion resistance. Audience members will be better prepared to optimize corrosion resistance of their structures, improving life-cycle costs and service lives of civil engineering structures.