Engineering in Context

We welcome you to join a National Science Foundation-funded program for students interested in earning a university Bachelor of Science degree in engineering.

Three Engineering in Context students discuss an assignment in the engineering labJoin a cohort of 24 students with individualized support from six faculty to earn credits in required engineering, English and social science, and a new precalculus for engineering sequence with applied topics in engineering and physics.

This two-quarter experience is a great way to get started on a successful path toward a Bachelor of Science degree in engineering.

Left: Engineering in Context students tackle an assignment in the engineering lab. Below: Students apply math concepts to the operation of a robotic arm.

 

Engineering in Context students apply math concepts to the operation of a robotic arm

Engineering in Context students use materials at the Center for Pacific Northwest StudiesEngineering in Context students take their full course load together (three courses for 15 credits each quarter) in fall and winter quarters. This integrated learning experience blurs discipline boundaries, emphasizes relevance, and features project-based and experiential learning. Grow important technical, interpersonal, and academic skills as you explore the breadth of opportunity in the engineering profession. Engage with the social and global context of engineering and its effect on land, water, and the natural resources of the Pacific Northwest from past to present.

Benefits to You

  • Accelerate your progress toward an engineering degree by shortening your path by up to 10 credits of prerequisite math and physics requirements.
  • Learn math, physics, Pacific Northwest history, and English composition in the context of engineering applications, with assignments and activities that connect the disciplines.
  • Gain valuable service and research-project experience that can open doors to future internship and scholarship opportunities.
  • Enjoy individualized support and instruction with reduced student-to-faculty ratios (8:1).
  • Make new connections that you can rely on throughout your time at WCC and beyond.

Engineering in Context students carve a pumpkin for the Haunted STEM Lab

Above: Students use materials at the Center for Pacific Northwest Studies at WWU. Left: Students carve a pumpkin for the Haunted STEM Lab at Halloween.

 

 

 

 

 

 

If you're new, you're interested in engineering, and your math placement is MATH 99 (intermediate algebra) or higher, we encourage you to speak with an advisor about this opportunity!

Petra McDonnell-Ingoglia
Engineering Advising and Outreach Specialist
pmcdonnellingoglia@whatcom.edu

Eric Davishahl
Engineering Program Coordinator
edavishahl@whatcom.edu

Engineering in Context Courses

Students must register for all three courses each quarter and complete the whole program in two quarters.

Fall 2025
MATH 132: Precalculus for engineering I
HIST& 214: Pacific Northwest history
ENGR 101: Introduction to engineering

 Instructor Anna Booker talks to a group of students standing near the Bellingham waterfront. On top of the image are the words Bellingham Waterfront History.

Anna Booker shares the story of Bellingham's engineered shoreline with Pacific Northwest History students.

 

 

 

 

Winter 2026
MATH 133: Precalculus for engineering II
ENGL& 101: English composition I
ENGR 151: Introductory design and computing

A team of students works on an ENGR 151 assignment

A team of students works on an ENGR 151 assignment.

Meeting times, Fall 2025 and Winter 2026
Mondays 9:30 am - 4:10 pm
Tuesdays 9:30 am - 3:45 pm
Thursdays 9:30 am - 4:10 pm
Daily schedule includes 15-minute rest breaks and a one-hour lunch break

Engineering in Context Faculty

  • Anna Booker (she/her, History) 
  • Pat Burnett (he/him, Engineering) 
  • Eric Davishahl (he/him, Engineering)
  • Seth Greendale (they/them, Math)
  • Tyler Honeycutt (he/him, Math) 
  • Anna Wolff (she/her, English)

FAQs

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