Students build a wooden frame as part of the Structural Engineering program senior design project.

Structural Engineering

Minor

Delivery Options

icon with iniersity building Campus

Fall 2027 Deadline

Priority: November 1
Regular: January 15
Late: April 1

Why Structural Engineering Minor?

If you’ve ever wondered about how bridges can withstand extreme loads, how buildings can remain stable during earthquakes or how structures that can perform reliably for decades, you're already thinking about structural engineering.

Structural engineering is at the heart of the built environment. It’s used to understand how forces move through systems, how materials respond under stress and how designs can be optimized for safety, efficiency and resilience. It provides the framework engineers use to predict performance, prevent failure and ensure that critical infrastructure performs exactly as intended.

At Colorado School of Mines, the Structural Engineering minor helps you move from studying structures to thinking like a structural engineer. You will learn how design choices affect performance and safety, how materials behave under real conditions and take a systems-level approach to infrastructure challenges. This minor equips you with the skills and perspective to tackle real-world engineering challenges and make the structures of tomorrow safer, smarter and stronger.

Program Overview

The Structural Engineering minor gives you the tools to understand how structures actually work—from how forces move through a system to how materials respond to stress and strain. You’ll learn how to model forces, evaluate material performance and design structures that meet real-world demands.

At Mines, you’ll take an applied, problem-solving approach grounded in real scenarios, analytical rigor and solid engineering judgment. You’ll explore topics like structural analysis, finite-element methods, and design with steel, concrete, timber, and masonry, along with the fundamentals of seismic design.

Built for students interested in solid mechanics and real-world impact, this minor adds technical depth and systems-level thinking to your degree. And with structural expertise in demand across industries—from construction to aerospace—you’ll graduate ready to contribute wherever engineering happens.

Program Options

The Structural Engineering minor is offered through the Civil and Environmental Engineering Department.

Topics covered in this minor include various methods and theories for structural analysis and design; finite element methods; design with steel, concrete, timber, and masonry; and an introduction to the seismic design of structures.

Minor/Major Pairings

Civil Engineering:

Pairing this minor with civil engineering deepens the design and analysis skills essential for buildings and infrastructure and supports careers in structural design and construction.

Mechanical Engineering:

This pairing strengthens your understanding of forces, stress and system behavior. Together, these skills support work in structural systems, testing and design.

Construction Engineering:

Adding structural engineering helps you understand, evaluate and communicate about the systems you build, supporting careers that bridge construction and structural systems.

Ceramic Engineering:

Structural engineering supplements your understanding of how materials behave in structural applications, enhancing your ability to evaluate performance and reliability while supporting work in materials, design and infrastructure systems.

Experiential Opportunities

A team of three Mines students construct a miniature metal bridge as part of the ASCE Regional Bridge Building Competition.

Structural engineering at Mines is grounded in applied experience. You engage with projects that draw from real structures, using analysis and design exercises to understand how systems perform under load. Coursework challenges you to test assumptions, interpret results and explain engineering decisions with clarity and precision.

Undergraduate research provides another avenue to deepen that experience. You can work with faculty in Civil and Environmental Engineering on studies related to structural behavior, materials or system performance, contributing to ongoing investigations and building practical insight.

Beyond the classroom, student organizations and design teams focused on structural systems create additional opportunities to put concepts into practice. These collaborative experiences reinforce technical skills while reflecting the kind of teamwork and problem-solving expected in professional engineering environments.