A structural engineering minor offers students the opportunity to gain valuable knowledge and skills in the field of structural engineering. This minor program provides a focused curriculum that explores the principles and practices of structural analysis, design, materials, and construction. Students pursuing a structural engineering minor will delve into topics such as structural mechanics, analysis, and design of various structural systems, including steel and concrete structures.

Through coursework and hands-on experiences, students will develop proficiency in structural engineering software tools, structural analysis techniques, and design principles. They will gain an understanding of how structural components and systems withstand forces, ensuring safety, efficiency, and durability in construction projects.

By completing a structural engineering minor, students can enhance their understanding of structural engineering principles, broaden their career prospects, and be better equipped to contribute to multidisciplinary engineering projects

This program prepares students to:

• Gain fundamental knowledge and understanding of structural engineering principles, concepts, and theories. This includes topics such as structural analysis, design, materials, and construction techniques.

• Develop practical skills necessary for structural engineering. Students may gain proficiency in using software tools for structural analysis and design, as well as hands-on experience with structural testing and modeling.

• Enhance the ability to analyze and design structural systems, including the selection of appropriate materials, sizing of members, and consideration of safety codes and regulations.

• Develop effective communication and teamwork skills to work collaboratively with architects, civil engineers, and other stakeholders.

• Develop a professional mindset and prepare for future careers in structural engineering.

• Overall, the objectives of a structural engineering minor program are to provide students with a comprehensive understanding of structural engineering principles, develop practical skills, and enhance their knowledge in the field of structural engineering.

Student Outcomes

By the time of graduation, students will be able to:

• Gain a comprehensive understanding of the principles, theories, and practices in the field of structural engineering. They will acquire knowledge of structural analysis, design, materials, and construction techniques.

• Obtain practical skills necessary for structural engineering. Students will gain proficiency in using software tools for structural analysis and design. They will also acquire hands-on skills in structural testing, modeling, and construction.

• Ability to analyze and design structural systems, considering factors such as loads, materials, safety codes, and sustainability. They will develop the ability to conceptualize and create effective structural designs.

• Ability to apply critical thinking and problem-solving skills to address complex structural engineering challenges. They will learn to assess different options, make informed decisions, and propose viable solutions.

• Acquire effective communication and teamwork skills through collaboration with professionals from various disciplines. They will understand the importance of interdisciplinary collaboration in real-world structural engineering projects.