Eagle Engineering Center (EEC)

Mover Maker Space Coming to Westside Christian High School!

We’re thrilled to announce the Eagle Engineering Center will be expanding by more than 60% in the summer of 2025, creating a state-of-the-art Mover Maker Space inspired by the Mover Maker Space at George Fox University. Upon completion, the space will span 3,500 square feet, providing students with cutting-edge resources for project-based learning. [Click here to view project renderings.]

How Can You Be Part of the Celebration?

We’re excited to share that we've already secured 70% of the funds needed—but we still need your support to reach our goal! Once we hit 100%, the entire student body will be treated to donuts.

Ways to get involved:

Make a donation to support the project.

Share this page with friends and family to spread the word.

What classes are available to students?

Starting in the fall of 2025, the EEC will offer four dynamic courses in our engineering department: 

• Intro to Engineering
• Principles of Engineering
• Computer Integrated Manufacturing
• Engineering Capstone. 

These courses not only provide a strong foundation in engineering principles but also nurture students' creativity and problem-solving skills, preparing them for a successful future in the ever-evolving field of engineering.

Click on the video below to learn more about the EEC and why this has been an important addition to the school.

Future PLANS FOR THE EEC

~ A full renovation of the existing 3500 sq ft facility including architectural features, branding and design.
~ A Macintosh computer lab for engineering software, CAD, programming, and 3D printing.
~ A Maker Space to include laser cutting and wood working stations.
~ The formation of a Robotics Team with training facilities and tool supply.
~ An Engineering Club (already formed) to work on capstone projects such as an autonomous vehicle.

The Eagle Engineering Center, or EEC, offers the opportunity for WCHS students to become immersed in a transformative engineering curriculum that goes beyond textbook learning. Through engaging hands-on projects like designing innovative toys and enhancing existing products, students delve into the engineering design process while incorporating math, science, and industry standards. 

Our approach emphasizes systems thinking, material selection, human-centered design, and sustainability, equipping students with a holistic understanding of engineering principles. From exploring mechanisms to tackling challenges like developing self-powered vehicles, our students engage with a wide array of engineering topics to hone their critical thinking and problem-solving skills. 

By integrating Computer Aided Design (CAD) with Computer Aided Manufacturing (CAM) software, students further enhance their technical proficiency. This comprehensive engineering course not only fosters academic excellence but also aligns with our school's values of character development and making a positive impact on the world.