Program Overview

Bio/Chemical Engineering Program Details

The Bio/Chemical Engineering pathway meets requirements for the Associate of Science Track 2 (AS Track 2) degree with a concentration in Bio/Chemical Engineering. Completion of this degree opens doors to a variety of careers in sectors including research and design, business, government, and industries in Bio/Chemical Engineering fields.

Program Description

Students in this pathway develop skills in problem solving, critical thinking, verbal communication, analysis and research, computer and technical literacy, group communication and collaboration, interpersonal communication and leadership.

Estimated Length of Completion

• Degree: Associate of Science - Transfer, Track 2 (PHST2AS)
• Quarters: Full time - 8
• Units: 90-107

Before Quarter One

• Pre-College or Transitional Studies Math (if needed)
• Pre-College or Transitional Studies English (if needed)
• Explore placement options: take the math and English placement tool if needed.
• Make an informed choice on the number of units to take each quarter.
• F-1 international students must enroll full time (12+ units) each quarter and check in with the International Programs office before the start of the quarter if enrolling in less than 12 units and/or before starting any work or volunteer experience.
• Take CHEM&139 General Chemistry Prep as a prerequisite to CHEM&161 General Chemistry with Lab I or take the chemistry placement exam.
• PHYS&114 General Physics w/ Lab or high school physics if needed.
• Apply for Financial Aid and other funding before your first quarter.
• Transfer previous college credits to North if applicable.
• Attend New Student Orientation.
• Visit potential transfer universities and meeting Engineering transfer advisors.
• If you need academic accommodations for a documented disability, please contact Disability Services.

Sample Schedule and Quarterly To-Do List

Quarter 1

• To-Do List:
  • Schedule an advising appointment with your assigned advisor or retention specialist in Starfish to meet and discuss your goals.
  • Explore careers and majors through workshops, counseling and career services
  • Plan ahead with your advisor and transfer university. Engineering programs typically admit transfer students once per year (fall and spring most common).
  • Come to the Library to get help with research; check out resources; access computers and study space; and create media projects.
  • Visit the Student Learning Center to learn about tutoring services offered in-person and online.
  • Apply to LSAMP.
  • Check out campus life: Student Clubs and Affinity Groups, AANAPISI, TRIO, Community & Welcome Center, Wellness Center, etc.
• Courses:
  • CHEM&161: General Chemistry With Lab I
  • ENGL&101: English Composition I
  • MATH&151: Calculus I

Quarter 2

• To-Do List:
  • Create an education plan with your assigned advisor or retention specialist.
  • Apply for the Seattle Colleges Foundation Scholarship and other scholarships
  • Apply for financial aid for the upcoming academic year in Winter or Spring quarter to maximize your funding options.
  • Research and develop a list of four-year colleges and universities.
  • Attend transfer workshops and a transfer fair.
  • Explore careers and majors through workshops, counseling and career services.
• Courses:
  • CHEM&162: General Chemistry with Lab II
  • MATH&152: Calculus II
  • PHYS&221: Engineering Physics I

Quarter 3

• To-Do List:
  • Connect with potential universities' admission offices at transfer fairs and info sessions and determine application procedures and deadlines.
  • Consider Student Leadership positions and other on-campus jobs.
  • Attend "Making Learning and Teaching Visible" campus event every spring.
  • Apply for Summer financial aid.
• Courses:
  • CHEM&163: General Chemistry With Lab III
  • MATH&163: Calculus 3
  • PHYS&222: Engineering Physics II

Quarter 4

• To-Do List:
  • Update your education plan and confirm your program of study with your assigned advisor or retention specialist.
  • Attend transfer workshops and connect with universities if you haven't already.
  • Contact Engineering department at potential universities.
• Courses:
  • PHYS&223: Engineering Physics III

Quarter 5

• To-Do List:
  • Apply to universities or colleges and scholarships.
  • Contact Engineering department at potential universities.
  • Attend transfer events at North and universities of interest.
  • Write your personal statement for university applications.
• Courses:
  • CSC110: Intro to Cmptr Progming
  • MATH238: Differential Equations
  • CHEM&241: Organic Chem I

Quarter 6

• To-Do List:
  • Update your education plan and confirm your program of study with your assigned advisor or retention specialist.
  • Apply for financial aid for the upcoming academic year in Winter or Spring quarter to maximize your funding options.
  • Apply to universities and colleges and scholarships.
• Courses:
  • Visual, Literary and Perf Arts
  • CSC142 or ENGR240: Choose a course
  • BIOL&211 or CHEM&242: Choose a course

Quarter 7

• To-Do List:
  • Apply to graduate for the Associate of Science - Transfer, Track 2 (PHST2AS) degree.
• Courses:
  • BIOL&212 or MATH220: Choose a course
  • Individuals/Cultures/Societies

Quarter 8

• To-Do List:
  • Check in with university for transfer plan.
• Courses:
  • BIOL&213: Majors Plant
  • Visual, Literary and Perf Arts or Individuals/Cultures/Societies: Choose a course
  • Recommended: ENGL&235: Technical Writing

Tuition and Funding

It's time to apply for Financial Aid for next year.

• Need help paying for college?
• Learn more about the estimated cost of attendance and general fees to attend college.

Career Opportunities

A Bio/Chemical Engineering pathway can lead to various career opportunities, including:

• Biomedical
• Biochemical
• Biological Systems
• Bioprocess
• Biotechnology
• Biomechanical
• Environmental Health
• Plant Design and Operation
• Safety and Hazard Assessment
• Process Design
• Modeling/Control
• Chemical Reaction
• Nuclear Engineer
• Biological Engineer

A Bachelor's degree or higher may be required for some careers listed above.

Future Education Opportunities

Once you complete this associate's degree, additional education opportunities include, but are not limited to:

• A Bachelor’s degree in Engineering, or a related field at a four-year college or university.

Additional Information

Learn more about the Transfer process, Transfer agreements, and Bachelor’s degrees including transferring to top universities around the state and nation.