In Cascadia College's Aerospace Engineering pathway, classes in Aeronautics and Astronautics cover the design, analysis, and performance of air and space vehicles, as well as a broad spectrum of related engineering science, such as aerodynamics, structural mechanics, automatic controls, flight mechanics, space dynamics, propulsion, plasma dynamics, and related topics.
Modalities
Coursework may be completed through a combination of in-person (web enhanced), hybrid and online modes, though not every course is offered in the same modality each quarter. Specific courses may be offered at certain times of the year. Consult the current Class Schedule.
Placement
Many courses at Cascadia College have placement prerequisites for reading, writing and math ability. The courses that you will place into determine how you progress through your pathway and how long your degree will take. There are a variety of ways to find your English and Math placement level.
You will need to consult with an academic advisor after placement to be sure to enroll in a course that is consistent with your planned course of study.
Math through MATH& 264 Calculus 4, plus MATH 208 Linear Algebra and MATH 238 Differential Equations needed to complete degree, as well as to transfer.
If you have any questions about this pathway, contact: advising@cascadia.edu.
Planning Your Courses:
The information below assumes the following:
- You will be attending full-time each quarter (3 classes)
- You will start in the fall quarter
- You are ready to take 100 and 200-level classes in your first quarter
- You ARE taking courses during summer quarters
If any of these points do not apply to you, you can still complete the pathway! You will just need to make some adjustments to your course schedule.
Talk with an Academic Advisor to create a long-term academic plan that meets your needs.
The Annual Course Planning Guide shows Cascadia’s tentative plan for classes and the quarters in which they are offered. It is intended for planning purposes only and should not be considered a guarantee of class offerings. Actual quarterly sections may be changed, added, or removed. Students should use the Searchable Quarterly Class Schedule to see up to date class offerings.
Quarter One (Fall)
- Find your community! Attend activities and connect with student clubs related to your long-term goals or interests.
- Meet with your Advisor and build a long-term course plan.
- If you have credits through AP testing or from another college, begin the process of having them officially evaluated.
Quarter Two (Winter)
- Compare the different Aerospace Engineering majors offered at the universities you're interested in.
- Look for local opportunities to participate in engineering-related activities.
Quarter Three (Spring)
- Look for a summer job or internship related to your career goals.
- Check the GPA and other entry requirements for your future major/university. Are you on track?
Quarter Four (Summer)
Quarter Five (Fall)
Note: Thermodynamics (ENGR& 224) is an enrollment requirement at the University of Washington, Seattle.
Cascadia does not offer this class. It is recommended to take this course at another WA State Community College or university before you begin your program at UW Seattle.
- Meet with your advisor about applying to universities. Start your transfer applications!
- Apply for next year's financial aid at your desired universities.
- If next year's FAFSA isn't available yet, set a reminder for when it will become available!
- In addition to the two classes below, plan to also take ENGR& 224 at one of the other community colleges.
Quarter Six (Winter)
- Meet with your Advisor to apply for graduation!
Quarter Seven (Spring)
- Attend Cascadia's Commencement Ceremony (optional)
- Although you will still have one more class to complete in the following summer quarter, you can still participate in the spring graduation ceremony happening in this quarter.
Quarter Eight (Summer)
Transfer Opportunities
For this pathway, Cascadia College recommends the Associate's degree linked at the top of this page. However, the College offers multiple degrees which are designed for transfer to public and private four-year institutions. Please consult with an Academic Advisor about which degree may be best suited for your long-term goals.
*University of Washington, Seattle
*The University of Washington, Seattle indicates no preference for a degree as long as a transfer student has 60 credits and the prerequisites completed. UW’s Bachelor of Science in Aeronautical & Astronautical Engineering program offers in-person and online courses.
View Cascadia’s Transfer Agreements for details of our partnerships with other colleges and universities.
University admissions requirements may vary – consult with the Career and Transfer Center for transfer assistance to plan your career and future educational goals.
Design and manufacture of aircraft, ships and watercraft, spacecraft, rockets, satellites, vehicles for mass transit, propulsion systems. Titles could include Aeronautical Engineer, Aerospace Engineer, Aerospace Stress Engineer, Avionics Engineer, Design Engineer, Flight Controls Engineer.
You can learn more about career possibilities related to your interests in this pathway through O*Net Online. O*Net Online shares information about related careers, salary, skills related to the industry and more.
Connect with Cascadia’s Career and Transfer Office for assistance as you go through the process of planning career and future educational goals.
Some job opportunities may also exist in business corporations, non-profits, and Tribal Enterprises.