Foundations of Software Engineering for Civil Infrastructure

Civil and environmental engineering projects increasingly rely on robust, maintainable code to model complex systems, analyze spatial data, and automate workflows. This text-based course bridges the gap between traditional engineering calculations and modern software development practices. You will learn how to write clean, reliable, and reproducible code that elevates your engineering analysis. Starting with foundational programming concepts and structured design, you will transition into writing modular programs, managing dependencies, and collaborating effectively using version control. What you will learn: Understand fundamental software engineering principles and computational thinking; Apply structured design to break down complex engineering calculations into reusable modules; Write clean, self-documenting code using modern coding standards and type hinting; Implement version control using Git to track changes and collaborate on engineering scripts; Practice automated testing to verify the accuracy of mathematical models; Configure structured data formats to handle environmental and spatial datasets. This course begins with essential software design terminology and fundamental principles before guiding you through real-world engineering code patterns and collaborative workflows. This course is designed for civil, environmental, and structural engineers, as well as students and researchers who want to transition from writing simple scripts to building reliable engineering software. No advanced computer science background is required to begin. Gain the programming confidence to build robust tools for your engineering career.