What is Engineering?

Engineering is the use of scientific principles to design and build machines, structures, computers and electronics, and other items. Western breaks its engineering programs into three areas of study: Electrical & Computer Engineering, Manufacturing Engineering, and Plastics & Composites Engineering.

Engineering Degrees

Electrical and Computer Engineering, BS

Electrical and computer engineers conduct research, and design, develop, test, and oversee the development of electronic systems and the manufacture of electrical and computer equipment and devices. Students may choose a concentration in either Electronics or Energy.


Andy Klein, Electrical and Computer Engineering Program Director
kleina5@wwu.edu | 360-650-2709

Lisa Ochs, Program Coordinator & Pre-Major Advisor
Lisa.Ochs@wwu.edu | 360-650-4132

Manufacturing Engineering, BS

Western's Manufacturing Engineering program develops industry proficiencies with the help of intensive laboratory components spread throughout its courses. Through laboratory experiences, students learn to apply theoretical knowledge learned in the classroom to solve practical, application-based problems in manufacturing.


Lisa Ochs, Program Coordinator & Pre-Major Advisor
Lisa.Ochs@wwu.edu | 360-650-4132

Sura Alqudah, Manufacturing Engineering Program Director
alqudas@wwu.edu | 360-650-7703

Plastics and Composites Engineering, BS

Students in Western's Plastics and Composites Engineering (PCE) program study the relationship between molecular structure, material properties and performance, and the manufacturing of polymers, composites materials, and products. The PCE program is accredited by the Engineering Accreditation Commission of ABET.


Lisa Ochs, Program Coordinator & Pre-Major Advisor
Lisa.Ochs@wwu.edu | 360-650-4132

Nicole Larson, Plastics and Composites Engineering Program Director
Nicole.Larson@wwu.edu | 360-650-3428

Engineering at Western

Western's Engineering programs offer hands-on learning, undergraduate research opportunities, and state of the art equipment in its laboratories.

Electrical and Computer Engineering

Students in the Electrical and Computer Engineering degree program work to research, design, develop, test, and oversee the development of electronic systems and the manufacture of electrical and electronic equipment and devices. This includes a broad range of applications and specializations that generally involve both hardware and software—areas such as power systems, communications, analog and digital signal processing, embedded systems, and control systems. Products developed by electrical and computer engineers often have significant impacts on society, like portable smart devices, medical instrumentation, electric and smart vehicles, sensor networks, and renewable and smart energy systems.


Electrical and Computer Engineering students may choose a concentration in either Electronics or Energy; both concentrations include a common electrical and computer engineering core:


The Electronics curriculum involve the development, design, and application of circuits, devices, and firmware for embedded systems. Content includes digital and analog electronics, embedded microcontrollers, communications, controls, and digital signal processing.


The Energy curriculum includes a combination of advanced electrical and computer engineering courses and interdisciplinary courses in the sciences, economics, policy, and the environment. Topics deal with the sources, generation, control, and utilization of electric power, energy conversion and storage; and smart power topics such as system analysis, protection and stability, solid state motor control, and industrial process control systems. Projects are normally interdisciplinary, in collaboration with faculty in the Institute for Energy Studies

Manufacturing Engineering

The Manufacturing Engineering curriculum is based on the Society for Manufacturing Engineering's Four Pillars: Materials & Manufacturing Processes; Product, Tooling & Assembly Engineering; Manufacturing Systems & Operations; and Manufacturing Competitiveness. Students in the program choose an emphasis in Computer-Aided Design (CAD) or Robotics, and the subsequent courses are designed through close collaboration with a committee of industry experts, preparing graduates to be professionally competitive upon graduation.

Plastics & Composites Engineering

Students working on a degree in Plastics & Composites Engineering study the relationship between molecular structure, material properties and performance, and the manufacturing of polymers, composites materials, and products. Plastics & Composites engineers either make the products you use, make the materials that are turned into those products, or make the machines that help build those products.

Plastics & Composites Engineering students gain authentic experiences using commercial plastics and composites processing equipment, use advanced materials characterization instrumentation, conduct applied and interdisciplinary engineering research, model technical processes, apply principles of designed experimentation, and learn and practice high-level technical and professional communication skills. Western’s PCE program was named in 2020 one of the best programs of its kind in public higher education.

Student Experiences

Research Opportunities

Engineering students have broad access to participate in the research being done by their faculty, from unlocking the potential of recycling ocean plastics in Alaska to building and designing a more resilient national energy infrastructure. Engineering students complete internships with cutting edge firms in the private sector as well, at companies such as PACCAR, Boeing, Fluke, Blue Seas Systems, Nike, Zodiac, SpaceX, and more.

Western has given me the knowledge to pursue a degree in my major along with countless internship opportunities and experience. In one of my projects, I helped construct the new KWVC station equipment and studio to transmitter link in Bellingham.

Dustin Sjoerdsma
Electrical and Computer Engineering Student

Organizations and Clubs

Mentorship, research, and peer-to-peer interaction opportunities abound at Western through student clubs such as the Materials Science Club, SACNAS (Society for the Advancement of Chicanos and Native Americans in Science), WWU Racing, the Student Robotics Club, and the National Society for Black Engineers.

If we can figure out new ways to reduce and repurpose existing plastics instead of making new ones, that would be hugely beneficial and a big leap forward.

Molly House
Plastics & Composites student, discussing her research on the re-use of ocean plastics
A student holding out plastic shavings in both hands.

What can you do with an Engineering degree?

The job market for Western's Engineering graduates is very good, and the degree programs are consistently rated among the top programs at Western for both placement and salary. Recent engineering graduates have gone on to start new careers at companies such as PACCAR, Boeing, Fluke, Alpha Technologies, General Motors, Microsoft, Amazon, Hewlett-Packard, Kenworth, and more.

Engineering Careers

  • Supervision and Technical Analysis and Design
  • Design and Development Engineer
  • Embedded Systems
  • Manufacturing Engineer
  • Modeling & Analysis using CAD/CAM/CAE
  • Design & Fabrication of Products, Tooling, and Equipment
  • Systems Integration
  • Energy market analyst
  • Composite Design Engineer
  • Plastics Engineer
  • Material Scientist