ctcLink Plan Code: LRST1AS; Subplan Code: 1BIO

CIP Code: 24.0101

Total Credits: 109-111

1. College Success

• COLLG 110 College Success (3 credits)

• Course purpose: A foundational course to explore and affirm a career choice and build upon the skills, knowledge, and resources that will support you at Pierce College and beyond.

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• Note: 

  • Successfully completing either COLLG 110 or COLLG 115 will fulfill the College Success requirement. 
  • A COLLG 110 course grade can only be replaced with a grade from another COLLG 110 course and a COLLG 115 course grade can only be replaced with a grade from another COLLG 115 course. 

2. English Composition I

• ENGL& 101 English Composition I (5 credits)

• Course purpose: Engineers write technical reports, grants, instructions and proposals to colleagues, clients and supervisors. ENGL& 101 provides you the foundational skills needed to write effectively.

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• Note: Your advisor will assist you in reviewing your Guided Self Placement and selecting either the 5-credit or the 7-credit co-requisite ENGL& 101 + ENGLC 101 course. 

3. Math Course Recommendation

Take one course per quarter until sequence is finished.

• MATH& 141 Precalculus I (5 credits)
• MATH& 142 Precalculus II (5 credits)
• MATH& 151 Calculus I (5 credits)

• Note: The Calculus sequence starting with Calculus II (MATH& 152, MATH& 163 and MATH&264) can be taken concurrently with the physics sequence (PHYS& 221, PHYS& 222, PHYS&223) in a linked learning community. This linked learning community is highly recommended for any student taking Physics 221, who has not previously taken Math 152. Check the Course Schedule and talk with your advisor to see if this option is right for you.

• MATH& 152 Calculus II (5 credits)
• MATH& 163 Calculus 3 (5 credits)

• Note: MATH& 153 may be used as a substitute for MATH& 163.  Please check with your transfer institution to determine how this substitution may impact your transfer-readiness.

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• Course Purpose: Engineers need a strong foundation in math in order to apply these math concepts to engineering and physics applications.

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• Note: The math course you select will depend on the Career Pathway Map you are following, the transfer institution/degree that you select, and your math placement guidance. Your advisor will assist you in selecting the relevant 5 or 7 credit course(s) based upon co-requisite options.

Action Item: Meet with Advisor

Use your Success Network!  In your first quarter, meet with your advisor to revisit your career and transfer path, make adjustments to your goals as needed, and plan for your next steps. 

Action Item: Choose a Transfer Institution

Work with an advisor or faculty member to plan your transition to a Bachelor of Science engineering program at a four-year institution.

University of Washington, Seattle admits bioengineering and chemical engineering students for a Spring start. For a Spring start, you need to apply to University of Washington in December and to the department in January.  

Washington State University admits bioengineering and chemical engineering students for Fall semester. You should contact the academic advisor of your transfer department before applying. The priority deadline to apply for Fall start is un August.

4. Chemistry Course Recommendation

Take one course per quarter until sequence is finished.

• CHEM& 139 General Chemistry Prep (5 credits)
• CHEM& 161 General Chemistry w/Lab I (5 credits)
• CHEM& 162 General Chemistry w/Lab ll (5 credits)
• CHEM& 163 General Chem w/Lab III (5 credits)

• Course purpose: Biomedical and ChemichalEngineers need a strong background in chemistry. In design, engineers must choose the proper material to use for an application. Knowledge of chemical structure provides insight into the material properties and how materials interact with the body/environment.

   

  Note: CHEM&161, 162, 163 is required for Bioengineering and Chemical Engineering at University Washington, Seattle and Washington State University. 

5. Biology/Chemistry Course Recommendation

Choose one group.

Action Item: Apply for Graduation

Way to go!  It is time to apply for graduation.  Visit the Pierce College Graduation website for details.

6. Physics Course Recommendation

Take one course per quarter until sequence is finished.

• PHYS& 221 Engineering Physics I (6 credits)
• PHYS& 222 Engineering Physics II (6 credits)
• PHYS& 223 Engineering Physics III (6 credits)

• Course purpose: Engineers need a strong foundation in physics in order to apply these physics concepts to engineering applications. 

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• Note:  

• MATH& 152 must be taken before or concurrently with PHYS& 221.  The Calculus sequence starting with Calculus II (MATH& 152, MATH& 163 and MATH&264) can be taken concurrently with the physics sequence (PHYS& 221, PHYS& 222, PHYS&223) in a linked learning community. This linked learning community is highly recommended for any student taking Physics 221, who has not previously taken Math 152. Check the Course Schedule and talk with your advisor to see if this option is right for you.  

• PHYS & 221 – 223 meet University of Washington, Seattle’s PHYS 121, 122, and 123 transfer requirements for Chemical Engineering and Bioengineering program.   

• Bioengineering at University of Washington, Seattle only requires UW’s PHYS 121 and 122, but students can only earn PHYS 122 credits by completing our PHYS& 223 course. It is recommended that you complete the sequence (PHYS&221, 222, 223) at Pierce College to ensure transfer of credits. 

• Chemical Engineering and Bioengineering at Washington State University should complete the sequence.   

7. Humanities Course Recommendation

Choose One

• CMST& 220 Fundamentals of Public Speaking (5 credits)

• Course purpose: Engineers must be able to present proposals, results and conclusions to clients, supervisors and laypeople. This course provides you with practice in public speaking.

• CMST& 230 Small Group Communication (5 credits)

• Course purpose: Engineers will work in teams in their careers. CMST& 230 provides you the skills needed to handle group conflicts and discusses different leadership styles.

• CMST& 240 Intercultural Communication (5 credits)

• Course purpose: The examination of the effects of culture upon the process of communication. Using theory and skill development, students are prepared to communicate effectively both within and across cultures.

8. Economics Course Recommendation

Choose one

• ECON& 201 Microeconomics (5 credits)
• ECON& 202 Macroeconomics (5 credits)

• Course purpose: Engineers should understand the impact of their designs on the economy and the factors that influence funding and companies.

   

  Note: ECON& 201 or 202 is required for transfer to Washington State University. 

9. Social Science Course Recommendation

Course Purpose: 

Engineers should understand the role engineering designs plays in society and culture, and must work in diverse teams with colleagues of various backgrounds. Choose one course based on transfer institution and interest. 

Choose one

• ANTH& 100 Survey of Anthropology (5 credits)
• ANTH& 206 Cultural Anthropology (5 credits)
• SOC& 101 Introduction to Sociology (5 credits)
• SOC& 201 Social Problems (5 credits)
• SOC 235 Race and Ethnicity (5 credits)
• HIST& 128 World Civilizations III (5 credits)

• Note: SOC& 201 meets diversity course requirement at University of Washington, Seattle. ANTH& 101, ANTH &206, and SOC 211 meets diversity course requirement Washington State University. HIST& 128 meets the History ROOT requirement at Washington State University. 

Total Credits: 104-106

10. Additional Recommended Courses

Please refer to the transfer notes of each section below, and/or connect with your advisor to determine which additional courses you should take based on your intended transfer institution.

• CHEM& 261 Organic Chemistry w/Lab I (6 credits)

• Course purpose: In design, engineers must be able to choose the proper material to use for an application. Knowledge of chemical structure provides insight into the material properties and how materials interact with the body/environment.

  Note:  

  • If transferring for Bioengineering at University of Washington, Seattle, only CHEM&261 is required  

  • If transferring for Bioengineering and Chemical Engineering at Washington State University, CHEM&261/262/263 are Required 

  • If transferring for Chemical Engineering at University of Washington, Seattle, CHEM&261 and &262 are Required.  

• MATH& 264 Calculus 4 (5 credits)

• Note: MATH 224 may be used as a substitute for MATH& 264.  Please check with your transfer institution to determine how this substitution may impact your transfer-readiness.

   

  Note: 

  • Required for Bioengineering and Chemical Engineering at Washington State University

  • For Bioengineering and Chemical Engineering at University of Washington, seattle, check if MATH&254 is needed

• MATH 205 Linear Algebra (5 credits)

• Note: 

  • Required for Chemical Engineering at University of Washington, Seattle 

  • Required for Bioengineering and Chemical Engineering at Washington State University 

  • Graduation Requirement for Bioengineering at University of Washington, Seattle 

• MATH 238 Differential Equations (5 credits)

• Course purpose: Engineers need a strong foundation in math in order to apply these math concepts to engineering and physics applications.

   

  Note: 

   

  • Required for Chemical Engineering at University of University of Washington, Seattle 

  • Graduation requirement for Bioengineering at University of Washington, Seattle 

  • Required for Bioengineering and Chemical Engineering at Washington State University 

• ENGR& 114 Engineering Graphics (5 credits)

• Course purpose: Engineers need drawing and modeling skills to design new products, structures, etc. Engineers need to hand-draw objects and read designs that meet industry standards. For design, engineers use computer software to create 3D models as well as run simulations. Skills learned in this course are needed in higher-level courses and capstone projects at transfer institutions.

   

  Note: Elective for Bioengineering and Chemical Engineering at University of Washington, Seattle (You choose up to 3-4 courses from a list of approved courses) 

• ENGR 250 Applied Numerical Methods in Engineering (5 credits)

• Course purpose: Engineers must utilize scientific computing tools in today’s modern economy. This course teaches students computer programming to perform mathematical operations, graphing and data analysis. The computer programming language taught in this course will be used in future courses at transfer institutions. 

   

  Note:  

  • Required for Bioengineering and Chemical Engineering at University of Washington, Seattle (CS141 is a substitute for Chemical Engineering, ENGR 250 is preferred) 

• ENGR& 214 Statics (5 credits)

• Note: 

  • ENGR&214 is Recommended for Bioengineering at Washington State University if student pursues the Biomedical Systems Option, not required for Cellular and Molecular Option 

  • Elective for Bioengineering and Chemical Engineering at University Washington, Seattle. (You choose up to 3-4 courses from a list of approved courses)  

• ENGR& 215 Dynamics (5 credits)

• Note: 

  • Elective for Bioengineering and Chemical Engineering at University Washington, Seattle. (You choose up to 3-4 courses from a list of approved courses) 

  • Elective for Bioengineering at Washington State University  

   

• ENGR& 225 Mechanics of Materials (5 credits)

• Course purpose: Engineers need to learn foundational engineering concepts that are taught in these classes. You will learn how to apply concepts learned in math and physics to real-world examples.

   

  Note: Elective for Bioengineering and Chemical Engineering at University Washington, Seattle (You choose up to 3-4 courses from a list of approved courses) 

• ENGR& 224 Thermodynamics (5 credits)

• Course purpose: Chemical engineers must be able to analyze systems and processes. 

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Note:  

• Elective for Bioengineering and Chemical Engineering at Washington State University  

• Preparatory course for Chemical Engineering at University Washington, Seattle 

 

• Not accepted at University of Washington, Seattle for credit  

 

• ENGR& 204 Electrical Circuits (6 credits)

• Course purpose: Engineers should have a background in electrical circuits to apply to control systems and instrumentation.

   

  Note:  

  • Elective for Chemical Engineering at University of Washington, Seattle (You choose up to 4 courses from a list of approved courses) 

  • ENGR&204 is Recommended for Bioengineering at Washington State University if student pursues the Biomedical Systems Option, not required for Cellular and Molecular Option 

• ENGL& 235 Technical Writing (5 credits)

• Course purpose: Engineers must be able to write technical reports to effectively convey ideas, findings, proposals, instructions  etc.

   

  Note:  

  • Graduation requirement for Bioengineering and Chemical Engineering at Washington State University 

  • Graduation requirement for Chemical Engineering at University of Washington, Seattle 

Total Adjusted Credits: 129-157

Total Credits: 104-106

CIP Code: 24.0101

ctcLink Plan Code: LRST1AS; Subplan Code: 1BIO