Engineers solve real-world problems through innovation, design, and technology. WCU's
ABET-accredited B.S. in Engineering prepares students for careers in Civil Engineering,
Industrial Engineering, and Robotics and Automation. With small classes, expert faculty,
hands-on research, and industry partnerships, you'll graduate ready to tackle complex
challenges and build a better future.
For motivated undergraduate engineering students, 蘑菇短视频offers the Accelerated Bachelor's to Master's (ABM) track, a streamlined path to earning a Master of Science in Engineering. This path
often adds only one additional year beyond the Bachelor of Science degree.
Explore Engineering Analysis and Design, Robotics, Computer Simulation and Modeling,
Optimization, Advanced Systems and Analytics, and more.
WCU鈥檚 engineering program focuses on project-based learning, which means you鈥檒l experience and apply the concepts and theories you鈥檙e studying.
You鈥檒l also take foundational classes in calculus and physics and specialized courses
in one of the program鈥檚 dynamic concentrations: Civil Engineering, Industrial Engineering, and Robotics
and Automation.
Students experience a two-semester senior capstone project, where you鈥檒l be part of
a team that works in collaboration with a mentor from one of our industry partners
and solves a real engineering challenge.
Students interested in advanced study can also pursue WCU鈥檚 Accelerated Bachelor鈥檚-to-Master鈥檚 (ABM) pathway, which allows qualified students to begin graduate-level coursework during
their senior year. By counting selected courses toward both the B.S. and Master of
Science in Engineering (MSE) degrees, students can gain advanced expertise and complete
their master鈥檚 degree with as little as one additional year of study.
Where You'll Go
Our graduates find jobs in engineering roles including mechanical, civil, electrical, industrial, research and design, distribution, nuclear,
construction, network and applications engineers, as well as roles as project managers, business owners, quality analysts and more. They work in public and private sectors in diverse industries including automotive,
commercial products, medical, aerospace and defense, computing and gaming platforms,
construction, transportation, manufacturing and energy.
Students seeking to accelerate their careers can continue into WCU鈥檚 Master of Science in Engineering through the Accelerated Bachelor鈥檚-to-Master鈥檚
pathway.
Designed to reduce both time and cost, the ABM option enables eligible students to complete graduate coursework while earning their bachelor鈥檚 degree and transition seamlessly into the MSE program. Graduates with advanced engineering credentials are prepared for expanded opportunities
in leadership, research, innovation, and specialized technical roles across industry,
government, and academia.
Doctoral programs in engineering or related disciplines
Graduate-level Learning Outcomes
Advanced problem鈥憇olving and engineering analysis
Design, modeling, and system鈥憀evel thinking
Applied research skills and technical communication
Interdisciplinary approaches across engineering fields
By integrating graduate coursework into the final stages of the bachelor鈥檚 degree,
students build advanced expertise sooner and gain confidence working at the graduate
level.
More About Our Bachelor of Science in Engineering
Students who want to make the world a better place and help solve 21st-century challenges in areas such as energy, new product design, advanced manufacturing,
advanced mechatronics, the environment, and human health, may choose to pursue a degree
in engineering. The Bachelor of Science in Engineering (B.S.E.) program in Western
Carolina University's College of Engineering provides a foundation in mathematics, science and engineering augmented with engineering
specializations.
The program combines the strengths of a traditional engineering curriculum such as
design and system analysis with extensive hands-on laboratory and real-world experience.
The focus is on project-based learning and strong faculty-student interaction.
We believe successful engineers must have a broad base of technical skills to meet
the engineering challenges of the future. Graduates will be prepared to succeed in
the engineering workforce or graduate degrees.
