Engineering Technology - Composites

Engineering Technology - Composites - AAS-T

The field of engineering technology develops, processes, and tests the efficiency, production quality, and safety of nearly every product available on the market. In particular, composites technicians work with innovative, lightweight composite materials that are in demand by the aerospace and high-tech industries. These associate degree programs provide excellent job and career training for students who are mechanically inclined, good at math, or interested in how the products we use every day are designed and developed.

At Bellingham Technical College, the Engineering Technology: Composites associate degree program teaches top skills that are in-demand for such positions as assembler, fabricator, machine operator, production worker, or supervisor in leading American industries.

Composites Engineering Technology Video

Employment Information

Data are provided on a program (not credential) level

94% BTC graduate placement rate¹

$61,006 starting annual wage²
$78,062 average annual wage²
$98,488 potential annual wage²

Estimated Program Costs

Tuition Fees and Rates

Entry Information

When Can I Start?

Students may begin working toward this degree quarterly.

What are the Minimum Entry Requirements?

Admissions application and assessment testing in Reading, Math and Writing is required. Your score on the test and/or your previous transcripts will determine where you begin your course sequence. Contact Admissions at 360.752.8345 or at admissions@btc.edu for assistance with academic planning.

What are My Next Steps?

1. Apply to BTC and Financial Aid
2. Assess Your Starting Point
3. Advising & Registration
4. Prepare to Attend

Classes

Total Program Credits: 99

Current Students: Learn how to use this page to register for classes
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Academic Core
MATH& 151 Calculus I 5 CR
Study of functions, limits, continuity, limits at infinity, differentiation of algebraic, exponential, logarithmic, and trigonmetric functions and their inverses.
Prerequisite:
MATH& 142 with a C or higher
Current & Future Offerings:
Spring 2023
04/05/2023-06/23/2023 Peng
Fall 2023
09/20/2023-12/08/2023 Peng
Find in ctcLink
Icon Key
- Online Asynchronous
- Online Synchronous
- Hybrid Asynchronous
- Hybrid Synchronous
- Face-to-Face
- Self-Support
- Definitions
  Online Asynchronous - The class is taught completely online. There are no scheduled class times that are required; all online work is completed asynchronously. There is no face-to-face instruction.
  Online Synchronous - The class is taught completely online; attendance at scheduled online class meetings at specific times is required. There is no face-to-face instruction.
  Hybrid Asynchronous - This is a hybrid class. The class meets face-to-face for scheduled classes at specific times; all online work is completed asynchronously.
  Hybrid Synchronous - This is a hybrid class. The class meets both face-to-face and online for scheduled classes at specific times.
  Face-to-Face - This class meets face-to-face for scheduled classes at specific times. There is no online instruction, although an online learning platform may be used supplementally.
  
  Self Support - Self-Support classes have different fees and refund policy than state-supported classes. See the Tuition and Fees page for more details.
  
  Synchronous - Online class meetings are scheduled to occur in real time.
  Asynchronous - No required online class meetings are scheduled.
  
  Note: All modalities include regular coursework due dates and require class participation.
PHYS& 221 Engineering Physics I w/Lab 5 CR
PHYS& 221 is the first in a three-course calculus-based survey of physics for engineering pathways. The course introduces the fundamental principles of mechanics: kinematics, momentum and energy conservation laws, physical interactions, force, work rotation, torque and gravity. Conceptual development and problem solving have equal emphasis. Laboratory work includes experimental methods, data analysis, and prepares students for coursework in engineering.
Prerequisites:
ENGL& 101 with a C or higher. Prerequisite or Co-requisite: Math& 151 with a C or higher.
Current & Future Offerings:
Fall 2023
09/20/2023-12/08/2023 Roser
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09/20/2023-12/08/2023 Roser
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Icon Key
- Online Asynchronous
- Online Synchronous
- Hybrid Asynchronous
- Hybrid Synchronous
- Face-to-Face
- Self-Support
- Definitions
  Online Asynchronous - The class is taught completely online. There are no scheduled class times that are required; all online work is completed asynchronously. There is no face-to-face instruction.
  Online Synchronous - The class is taught completely online; attendance at scheduled online class meetings at specific times is required. There is no face-to-face instruction.
  Hybrid Asynchronous - This is a hybrid class. The class meets face-to-face for scheduled classes at specific times; all online work is completed asynchronously.
  Hybrid Synchronous - This is a hybrid class. The class meets both face-to-face and online for scheduled classes at specific times.
  Face-to-Face - This class meets face-to-face for scheduled classes at specific times. There is no online instruction, although an online learning platform may be used supplementally.
  
  Self Support - Self-Support classes have different fees and refund policy than state-supported classes. See the Tuition and Fees page for more details.
  
  Synchronous - Online class meetings are scheduled to occur in real time.
  Asynchronous - No required online class meetings are scheduled.
  
  Note: All modalities include regular coursework due dates and require class participation.
CHEM& 161 General Chemistry w/ Lab I 5 CR
An introductory chemistry course for students in programs requiring one or two quarters of general chemistry. Course covers basic principles of modern chemistry, the structure of atoms and molecules, ions, chemical bonding and molecular geometry, the periodic table, chemical formulas and equations, and stoichiometry of reactions and solutions. Lab work included.
Prerequisites:
MATH& 141 with a C or higher and ACCUPLACER Classic Reading (85) or ACCUPLACER NextGen Reading (256) OR RDG 085 with a B or higher and ACCUPLACER Classic Sentence Skills (86) or ACCUPLACER NextGen Writing (255) OR ENGL 092 with a B or higher OR AENGL 100 with a C or higher. Recommend completion of CHEM& 121 or one year of high school chemistry.
CHEM& 162 General Chemistry w/Lab II 5 CR
Second of a two quarter course sequence designed for students in programs needing a second quarter of general chemistry. Covers gases, thermochemistry, states of matter, solution chemistry, kinetics, and chemical equilibrium. Lab work included.
Prerequisite:
CHEM& 161 with a C or higher

ENGL& 101

English Composition I

5 CR

A composition course in which students read, analyze, and write essays using a variety of rhetorical strategies, as well as develop and verbally express ideas clearly and effectively. The critical reading of essays will provide a basis for the student's own critical writing, which will reflect a command of college-level literacy standards. Attention to writing fundamentals and stylistic techniques will also be included. Word processing, email and internet knowledge required.
Prerequisite:
ACCUPLACER Reading Comprehension score of 85 or RDG 085 with a C or higher, AND ACCUPLACER Sentence Skills score of 86 or ENGL 092 with a B or higher or AENGL 100 with a C or higher

Current & Future Offerings:

Spring 2023
	04/05/2023-06/23/2023	MWF	10:10 AM-11:30 AM	Hatch
Summer 2023
	07/05/2023-08/29/2023			Richards
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Fall 2023
	09/20/2023-12/08/2023	WF	10:10 AM-11:30 AM	Hatch
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	09/20/2023-12/08/2023	W	8:30 AM-9:20 AM	Hatch
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	09/20/2023-12/08/2023			Richards
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Icon Key

Online Asynchronous
Online Synchronous
Hybrid Asynchronous
Hybrid Synchronous
Face-to-Face
Self-Support

Definitions
Online Asynchronous - The class is taught completely online. There are no scheduled class times that are required; all online work is completed asynchronously. There is no face-to-face instruction.
Online Synchronous - The class is taught completely online; attendance at scheduled online class meetings at specific times is required. There is no face-to-face instruction.
Hybrid Asynchronous - This is a hybrid class. The class meets face-to-face for scheduled classes at specific times; all online work is completed asynchronously.
Hybrid Synchronous - This is a hybrid class. The class meets both face-to-face and online for scheduled classes at specific times.
Face-to-Face - This class meets face-to-face for scheduled classes at specific times. There is no online instruction, although an online learning platform may be used supplementally.

Self Support - Self-Support classes have different fees and refund policy than state-supported classes. See the Tuition and Fees page for more details.

Synchronous - Online class meetings are scheduled to occur in real time.
Asynchronous - No required online class meetings are scheduled.

Note: All modalities include regular coursework due dates and require class participation.

ENGL& 235 Technical Writing 5 CR
This course is designed to help students report technical information clearly, completely and persuasively. Technical writing shares many of the same concerns of other kinds of writing, such as attention to purpose, readability and most significantly audience. This course is designed to provide instruction and practice in creating practical and effective documents for students in medical, scientific, technical and other professional fields.
Prerequisite:
ENGL& 101 with a C or higher
Current & Future Offerings:
Fall 2023
09/20/2023-12/08/2023 Richards
Find in ctcLink
Icon Key
- Online Asynchronous
- Online Synchronous
- Hybrid Asynchronous
- Hybrid Synchronous
- Face-to-Face
- Self-Support
- Definitions
  Online Asynchronous - The class is taught completely online. There are no scheduled class times that are required; all online work is completed asynchronously. There is no face-to-face instruction.
  Online Synchronous - The class is taught completely online; attendance at scheduled online class meetings at specific times is required. There is no face-to-face instruction.
  Hybrid Asynchronous - This is a hybrid class. The class meets face-to-face for scheduled classes at specific times; all online work is completed asynchronously.
  Hybrid Synchronous - This is a hybrid class. The class meets both face-to-face and online for scheduled classes at specific times.
  Face-to-Face - This class meets face-to-face for scheduled classes at specific times. There is no online instruction, although an online learning platform may be used supplementally.
  
  Self Support - Self-Support classes have different fees and refund policy than state-supported classes. See the Tuition and Fees page for more details.
  
  Synchronous - Online class meetings are scheduled to occur in real time.
  Asynchronous - No required online class meetings are scheduled.
  
  Note: All modalities include regular coursework due dates and require class participation.
TOTAL Academic Core Course Credits
30 CR
Engineering Core
ENGR 100 Engineering Orientation 2 CR
This course explores engineering and technology through class discussion, hands-on activities, and presentations by guest speakers. Topics include engineering disciplines, degree and transfer options, career opportunities, academic success strategies, and planning your program of study.
Current & Future Offerings:
Spring 2023
04/05/2023-06/23/2023 W 11:35 AM-12:25 PM Morgan
Fall 2023
09/20/2023-12/08/2023 W 11:35 AM-12:25 PM Morgan
Find in ctcLink
Spring 2024
04/02/2024-06/21/2024 W 11:35 AM-12:25 PM Morgan
Icon Key
- Online Asynchronous
- Online Synchronous
- Hybrid Asynchronous
- Hybrid Synchronous
- Face-to-Face
- Self-Support
- Definitions
  Online Asynchronous - The class is taught completely online. There are no scheduled class times that are required; all online work is completed asynchronously. There is no face-to-face instruction.
  Online Synchronous - The class is taught completely online; attendance at scheduled online class meetings at specific times is required. There is no face-to-face instruction.
  Hybrid Asynchronous - This is a hybrid class. The class meets face-to-face for scheduled classes at specific times; all online work is completed asynchronously.
  Hybrid Synchronous - This is a hybrid class. The class meets both face-to-face and online for scheduled classes at specific times.
  Face-to-Face - This class meets face-to-face for scheduled classes at specific times. There is no online instruction, although an online learning platform may be used supplementally.
  
  Self Support - Self-Support classes have different fees and refund policy than state-supported classes. See the Tuition and Fees page for more details.
  
  Synchronous - Online class meetings are scheduled to occur in real time.
  Asynchronous - No required online class meetings are scheduled.
  
  Note: All modalities include regular coursework due dates and require class participation.
ENGR& 104 Introduction To Engineering & Design 5 CR
Course explores the role of teamwork, creativity, and communication in innovative engineering design. Topics include engineering design process, collaborative problem solving techniques, and computer applications. Students will develop their knowledge and skills in these areas through a series of hands-on design projects.
Prerequisites:
ACCUPLACER NextGen (254) or higher or Math 098 with a C or higher, and ACCUPLACER NextGen Reading (247) or higher or RDG 085 with a C or higher, and ACCUPLACER Writing (245) or higher or ENGL 092 with a C or higher.
Current & Future Offerings:
Spring 2023
04/05/2023-06/23/2023 MW 8:00 AM-9:40 AM Morgan
Fall 2023
09/20/2023-12/08/2023 TTh 10:30 AM-12:40 PM Morgan
Find in ctcLink
Spring 2024
04/02/2024-06/21/2024 MW 8:00 AM-9:40 AM Morgan
Icon Key
- Online Asynchronous
- Online Synchronous
- Hybrid Asynchronous
- Hybrid Synchronous
- Face-to-Face
- Self-Support
- Definitions
  Online Asynchronous - The class is taught completely online. There are no scheduled class times that are required; all online work is completed asynchronously. There is no face-to-face instruction.
  Online Synchronous - The class is taught completely online; attendance at scheduled online class meetings at specific times is required. There is no face-to-face instruction.
  Hybrid Asynchronous - This is a hybrid class. The class meets face-to-face for scheduled classes at specific times; all online work is completed asynchronously.
  Hybrid Synchronous - This is a hybrid class. The class meets both face-to-face and online for scheduled classes at specific times.
  Face-to-Face - This class meets face-to-face for scheduled classes at specific times. There is no online instruction, although an online learning platform may be used supplementally.
  
  Self Support - Self-Support classes have different fees and refund policy than state-supported classes. See the Tuition and Fees page for more details.
  
  Synchronous - Online class meetings are scheduled to occur in real time.
  Asynchronous - No required online class meetings are scheduled.
  
  Note: All modalities include regular coursework due dates and require class participation.
ENGR 115 Graphics 5 CR
This course is an introduction to the use of graphical techniques and standard practices used to communicate engineering design information. Students will learn graphics techniques, visualization skills, standards for object views and drawing sizes, orthographic projection, section views, proper dimensioning techniques, and tolerances. Freehand sketching is used to develop visualization skills and as an instrument for design conceptualization and communication.
Prerequisites:
Accuplacer Arithmetic score of 38 OR C grade or better in MATH 090 or ABE 050 with a 'C' or better and Accuplacer Reading Comprehension score of 71 or RDG 085 with a 'C' or better and Accuplacer Sentence Skills score of 71 of ENGL 092 with a 'C' or better
Current & Future Offerings:
Fall 2023
09/20/2023-12/08/2023 MW 1:10 PM-2:00 PM Morgan
Find in ctcLink
Winter 2024
01/03/2024-03/22/2024 MW 8:30 AM-9:50 AM Morgan
Icon Key
- Online Asynchronous
- Online Synchronous
- Hybrid Asynchronous
- Hybrid Synchronous
- Face-to-Face
- Self-Support
- Definitions
  Online Asynchronous - The class is taught completely online. There are no scheduled class times that are required; all online work is completed asynchronously. There is no face-to-face instruction.
  Online Synchronous - The class is taught completely online; attendance at scheduled online class meetings at specific times is required. There is no face-to-face instruction.
  Hybrid Asynchronous - This is a hybrid class. The class meets face-to-face for scheduled classes at specific times; all online work is completed asynchronously.
  Hybrid Synchronous - This is a hybrid class. The class meets both face-to-face and online for scheduled classes at specific times.
  Face-to-Face - This class meets face-to-face for scheduled classes at specific times. There is no online instruction, although an online learning platform may be used supplementally.
  
  Self Support - Self-Support classes have different fees and refund policy than state-supported classes. See the Tuition and Fees page for more details.
  
  Synchronous - Online class meetings are scheduled to occur in real time.
  Asynchronous - No required online class meetings are scheduled.
  
  Note: All modalities include regular coursework due dates and require class participation.
ENGT 233 Intro To CATIA 5 CR
This course is an introduction to solid modeling using CATIA V5 CAD (computer aided design) software. Topics include methods for creating solid model components, joining components to form assemblies, and generating 2D manufacturing drawings from 3D solid models.
Prerequisites:
ENGR 115 with a C or higher
Current & Future Offerings:
Spring 2023
04/05/2023-06/23/2023 MW 1:10 PM-3:20 PM Morgan
Spring 2024
04/02/2024-06/21/2024 MW 1:10 PM-3:20 PM Morgan
Icon Key
- Online Asynchronous
- Online Synchronous
- Hybrid Asynchronous
- Hybrid Synchronous
- Face-to-Face
- Self-Support
- Definitions
  Online Asynchronous - The class is taught completely online. There are no scheduled class times that are required; all online work is completed asynchronously. There is no face-to-face instruction.
  Online Synchronous - The class is taught completely online; attendance at scheduled online class meetings at specific times is required. There is no face-to-face instruction.
  Hybrid Asynchronous - This is a hybrid class. The class meets face-to-face for scheduled classes at specific times; all online work is completed asynchronously.
  Hybrid Synchronous - This is a hybrid class. The class meets both face-to-face and online for scheduled classes at specific times.
  Face-to-Face - This class meets face-to-face for scheduled classes at specific times. There is no online instruction, although an online learning platform may be used supplementally.
  
  Self Support - Self-Support classes have different fees and refund policy than state-supported classes. See the Tuition and Fees page for more details.
  
  Synchronous - Online class meetings are scheduled to occur in real time.
  Asynchronous - No required online class meetings are scheduled.
  
  Note: All modalities include regular coursework due dates and require class participation.
ENGR& 214 Engineering Statics 5 CR
Engineer Statics introduces students to the mechanics of rigid bodies in static equilibrium. Students will solve practical engineering problems involving the loads carried by structural components using vector analysis (both 2D and 3D) applied to rigid body systems and subsystems. Content includes static equilibrium, force and moment resultants, free body diagrams, distributed loads, trusses, frames and machines, internal forces, shear and moment diagrams, and friction.
Prerequisites:
MATH& 151 and PHYS& 221 with a C or higher.
Current & Future Offerings:
Spring 2023
04/05/2023-06/23/2023 Wurth
Icon Key
- Online Asynchronous
- Online Synchronous
- Hybrid Asynchronous
- Hybrid Synchronous
- Face-to-Face
- Self-Support
- Definitions
  Online Asynchronous - The class is taught completely online. There are no scheduled class times that are required; all online work is completed asynchronously. There is no face-to-face instruction.
  Online Synchronous - The class is taught completely online; attendance at scheduled online class meetings at specific times is required. There is no face-to-face instruction.
  Hybrid Asynchronous - This is a hybrid class. The class meets face-to-face for scheduled classes at specific times; all online work is completed asynchronously.
  Hybrid Synchronous - This is a hybrid class. The class meets both face-to-face and online for scheduled classes at specific times.
  Face-to-Face - This class meets face-to-face for scheduled classes at specific times. There is no online instruction, although an online learning platform may be used supplementally.
  
  Self Support - Self-Support classes have different fees and refund policy than state-supported classes. See the Tuition and Fees page for more details.
  
  Synchronous - Online class meetings are scheduled to occur in real time.
  Asynchronous - No required online class meetings are scheduled.
  
  Note: All modalities include regular coursework due dates and require class participation.
ENGR 270 Introduction To Materials Science 5 CR
An introduction to Materials Science that includes the atomic, molecular, and crystalline structures of materials and their relationship to electrical, mechanical, thermal, and chemical properties, as well as an introduction to materials processing and fabrication techniques.
Prerequisite:
MATH& 151 and CHEM& 161 with a C or higher.
ENGR 180 Parametric Modeling 5 CR
This course is an introduction to 3D CAD (computer aided design) with an emphasis on parametric solid modeling applications and usage. Topics include methods for creating solid model components, joining components to form assemblies, and generation of 2D manufacturing drawings from 3D solid models.
Prerequisites:
(ENGR 115 with a C or higher) or (MACH 102 with a C or higher)
Current & Future Offerings:
Winter 2024
01/03/2024-03/22/2024 MW 10:10 AM-12:20 PM Morgan
Spring 2024
04/02/2024-06/21/2024 Morgan
Icon Key
- Online Asynchronous
- Online Synchronous
- Hybrid Asynchronous
- Hybrid Synchronous
- Face-to-Face
- Self-Support
- Definitions
  Online Asynchronous - The class is taught completely online. There are no scheduled class times that are required; all online work is completed asynchronously. There is no face-to-face instruction.
  Online Synchronous - The class is taught completely online; attendance at scheduled online class meetings at specific times is required. There is no face-to-face instruction.
  Hybrid Asynchronous - This is a hybrid class. The class meets face-to-face for scheduled classes at specific times; all online work is completed asynchronously.
  Hybrid Synchronous - This is a hybrid class. The class meets both face-to-face and online for scheduled classes at specific times.
  Face-to-Face - This class meets face-to-face for scheduled classes at specific times. There is no online instruction, although an online learning platform may be used supplementally.
  
  Self Support - Self-Support classes have different fees and refund policy than state-supported classes. See the Tuition and Fees page for more details.
  
  Synchronous - Online class meetings are scheduled to occur in real time.
  Asynchronous - No required online class meetings are scheduled.
  
  Note: All modalities include regular coursework due dates and require class participation.
TOTAL Engineering Core Course Credits
32 CR
Composites Core
COMP 101 Survey of Composites 2 CR
This course provides an introduction to the field of Composite Engineering Technology and aerospace manufacturing. This course is designed to build a foundation in technical terminology including material science, fabrication methods, and inspection techniques. This course provides an overview of career opportunities and workplace readiness skills.
Current & Future Offerings:
Fall 2023
09/20/2023-12/08/2023 TTh 9:00 AM-9:50 AM Morgan
Find in ctcLink
Winter 2024
01/03/2024-03/22/2024 MW 2:10 PM-3:00 PM Morgan
Icon Key
- Online Asynchronous
- Online Synchronous
- Hybrid Asynchronous
- Hybrid Synchronous
- Face-to-Face
- Self-Support
- Definitions
  Online Asynchronous - The class is taught completely online. There are no scheduled class times that are required; all online work is completed asynchronously. There is no face-to-face instruction.
  Online Synchronous - The class is taught completely online; attendance at scheduled online class meetings at specific times is required. There is no face-to-face instruction.
  Hybrid Asynchronous - This is a hybrid class. The class meets face-to-face for scheduled classes at specific times; all online work is completed asynchronously.
  Hybrid Synchronous - This is a hybrid class. The class meets both face-to-face and online for scheduled classes at specific times.
  Face-to-Face - This class meets face-to-face for scheduled classes at specific times. There is no online instruction, although an online learning platform may be used supplementally.
  
  Self Support - Self-Support classes have different fees and refund policy than state-supported classes. See the Tuition and Fees page for more details.
  
  Synchronous - Online class meetings are scheduled to occur in real time.
  Asynchronous - No required online class meetings are scheduled.
  
  Note: All modalities include regular coursework due dates and require class participation.
COMP 121 Composite Design & Fabrication I 5 CR
This course is designed to provide hands-on experience designing and fabricating composite ski and snowboards. Ski building ties together the techniques of composite manufacturing, woodworking, and CNC technology. Students will utilize CAD/CAM technology to create CNC programs and perform machining operations. Experience gained in this ski building course directly translates to aerospace manufacturing applications.
Prerequisite:
COMP 101 with a C or higher.
Current & Future Offerings:
Winter 2024
01/03/2024-03/22/2024 TTh 1:10 PM-2:00 PM Morgan
01/03/2024-03/22/2024 TTh 2:00 PM-4:40 PM Morgan
Icon Key
- Online Asynchronous
- Online Synchronous
- Hybrid Asynchronous
- Hybrid Synchronous
- Face-to-Face
- Self-Support
- Definitions
  Online Asynchronous - The class is taught completely online. There are no scheduled class times that are required; all online work is completed asynchronously. There is no face-to-face instruction.
  Online Synchronous - The class is taught completely online; attendance at scheduled online class meetings at specific times is required. There is no face-to-face instruction.
  Hybrid Asynchronous - This is a hybrid class. The class meets face-to-face for scheduled classes at specific times; all online work is completed asynchronously.
  Hybrid Synchronous - This is a hybrid class. The class meets both face-to-face and online for scheduled classes at specific times.
  Face-to-Face - This class meets face-to-face for scheduled classes at specific times. There is no online instruction, although an online learning platform may be used supplementally.
  
  Self Support - Self-Support classes have different fees and refund policy than state-supported classes. See the Tuition and Fees page for more details.
  
  Synchronous - Online class meetings are scheduled to occur in real time.
  Asynchronous - No required online class meetings are scheduled.
  
  Note: All modalities include regular coursework due dates and require class participation.
COMP 222 Composite Design & Fabrication II 5 CR
This course is designed to expand on experience in parametric modeling and composite fabrication methods. Students will design and perform complex layups utilizing pre-impregnated material per detailed engineering drawings. Students will demonstrate vacuum bag pleating, process control, and cure management techniques for out-of-autoclave layups and infusions.
Prerequisites:
COMP 121 and ENGT 233 each with a C or higher.
Current & Future Offerings:
Fall 2023
09/20/2023-12/08/2023 TTh 1:10 PM-2:10 PM Morgan
Find in ctcLink
09/20/2023-12/08/2023 TTh 2:10 PM-4:10 PM Morgan
Find in ctcLink
Icon Key
- Online Asynchronous
- Online Synchronous
- Hybrid Asynchronous
- Hybrid Synchronous
- Face-to-Face
- Self-Support
- Definitions
  Online Asynchronous - The class is taught completely online. There are no scheduled class times that are required; all online work is completed asynchronously. There is no face-to-face instruction.
  Online Synchronous - The class is taught completely online; attendance at scheduled online class meetings at specific times is required. There is no face-to-face instruction.
  Hybrid Asynchronous - This is a hybrid class. The class meets face-to-face for scheduled classes at specific times; all online work is completed asynchronously.
  Hybrid Synchronous - This is a hybrid class. The class meets both face-to-face and online for scheduled classes at specific times.
  Face-to-Face - This class meets face-to-face for scheduled classes at specific times. There is no online instruction, although an online learning platform may be used supplementally.
  
  Self Support - Self-Support classes have different fees and refund policy than state-supported classes. See the Tuition and Fees page for more details.
  
  Synchronous - Online class meetings are scheduled to occur in real time.
  Asynchronous - No required online class meetings are scheduled.
  
  Note: All modalities include regular coursework due dates and require class participation.
COMP 235 Inspect, Test & Repair 5 CR
This course is designed to expand on knowledge of material science and composite fabrication. Students will learn to perform analysis with methods including: Ultra-Sound Non-Destructive Testing (NDT), Tensile Testing, Finite Element Analysis (FEA), ASTM standards, and metrology. Students will also gain experience with 6-Sigma statistical analysis, lean, and quality assurance methodology.
Prerequisites:
COMP 121 and ENGT 233, both with a C or higher.
Current & Future Offerings:
Winter 2024
01/03/2024-03/22/2024 TTh 10:00 AM-11:00 AM Morgan
01/03/2024-03/22/2024 TTh 11:00 AM-12:40 PM Morgan
Icon Key
- Online Asynchronous
- Online Synchronous
- Hybrid Asynchronous
- Hybrid Synchronous
- Face-to-Face
- Self-Support
- Definitions
  Online Asynchronous - The class is taught completely online. There are no scheduled class times that are required; all online work is completed asynchronously. There is no face-to-face instruction.
  Online Synchronous - The class is taught completely online; attendance at scheduled online class meetings at specific times is required. There is no face-to-face instruction.
  Hybrid Asynchronous - This is a hybrid class. The class meets face-to-face for scheduled classes at specific times; all online work is completed asynchronously.
  Hybrid Synchronous - This is a hybrid class. The class meets both face-to-face and online for scheduled classes at specific times.
  Face-to-Face - This class meets face-to-face for scheduled classes at specific times. There is no online instruction, although an online learning platform may be used supplementally.
  
  Self Support - Self-Support classes have different fees and refund policy than state-supported classes. See the Tuition and Fees page for more details.
  
  Synchronous - Online class meetings are scheduled to occur in real time.
  Asynchronous - No required online class meetings are scheduled.
  
  Note: All modalities include regular coursework due dates and require class participation.

COMP 290

Tool Design

5 CR

This course is design to expand on experience with parametric modeling and composite fabrication methods. Within this course, students will develop tooling for a composite model glider. Fabrication topics include: Tooling for composites and injection molding, CNC programming, and machining. Design topics include: surface design, aerodynamics, and wing design.
Prerequisites:
COMP 121 and ENGT 233, both with a C or higher.

Current & Future Offerings:

Spring 2023
	04/05/2023-06/23/2023	TTh	10:00 AM-11:00 AM	Morgan
	04/05/2023-06/23/2023	TTh	11:00 AM-12:40 PM	Morgan
Spring 2024
	04/02/2024-06/21/2024	TTh	10:00 AM-11:00 AM	Morgan
	04/02/2024-06/21/2024	TTh	11:00 AM-12:40 PM	Morgan

Icon Key

Online Asynchronous
Online Synchronous
Hybrid Asynchronous
Hybrid Synchronous
Face-to-Face
Self-Support

Definitions
Online Asynchronous - The class is taught completely online. There are no scheduled class times that are required; all online work is completed asynchronously. There is no face-to-face instruction.
Online Synchronous - The class is taught completely online; attendance at scheduled online class meetings at specific times is required. There is no face-to-face instruction.
Hybrid Asynchronous - This is a hybrid class. The class meets face-to-face for scheduled classes at specific times; all online work is completed asynchronously.
Hybrid Synchronous - This is a hybrid class. The class meets both face-to-face and online for scheduled classes at specific times.
Face-to-Face - This class meets face-to-face for scheduled classes at specific times. There is no online instruction, although an online learning platform may be used supplementally.

Self Support - Self-Support classes have different fees and refund policy than state-supported classes. See the Tuition and Fees page for more details.

Synchronous - Online class meetings are scheduled to occur in real time.
Asynchronous - No required online class meetings are scheduled.

Note: All modalities include regular coursework due dates and require class participation.

MACH 191 Manual Machining for non-Majors 5 CR
Proper setup of manual lathes and mills will be emphasized in this introductory machining course for non-program students. Students will be able to identify all parts of an engine lathe and calculate settings to achieve desired speeds and feeds on a variety of different lathes. Work holding, the use of the 3 jaw chuck, facing, O.D. turning, grooving, parting-off and drilling will be covered. Students will hand grind their own tools from HSS lathe tool blanks. The proper use of a mill will be covered including: speed and feed adjustment, work holding and coordinate systems. The operations to be performed will be: tramming in a table, squaring a vise, tool setting, edge finding, facing, end mill use, drilling, and tapping.
Prerequisite:
ENGR 115 with a 'C' or higher
Current & Future Offerings:
Fall 2023
09/20/2023-12/08/2023 MWF 3:40 PM-4:00 PM
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09/20/2023-12/08/2023 MWF 4:00 PM-6:45 PM
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Icon Key
- Online Asynchronous
- Online Synchronous
- Hybrid Asynchronous
- Hybrid Synchronous
- Face-to-Face
- Self-Support
- Definitions
  Online Asynchronous - The class is taught completely online. There are no scheduled class times that are required; all online work is completed asynchronously. There is no face-to-face instruction.
  Online Synchronous - The class is taught completely online; attendance at scheduled online class meetings at specific times is required. There is no face-to-face instruction.
  Hybrid Asynchronous - This is a hybrid class. The class meets face-to-face for scheduled classes at specific times; all online work is completed asynchronously.
  Hybrid Synchronous - This is a hybrid class. The class meets both face-to-face and online for scheduled classes at specific times.
  Face-to-Face - This class meets face-to-face for scheduled classes at specific times. There is no online instruction, although an online learning platform may be used supplementally.
  
  Self Support - Self-Support classes have different fees and refund policy than state-supported classes. See the Tuition and Fees page for more details.
  
  Synchronous - Online class meetings are scheduled to occur in real time.
  Asynchronous - No required online class meetings are scheduled.
  
  Note: All modalities include regular coursework due dates and require class participation.
MACH 193 CNC Machining for non-Majors 5 CR
This introductory course covers the principles of CNC machining. The advantages of the CNC machine in production and the process differences between manual and CNC operations will be discussed. Students will read, write, and trouble-shoot G-Code programs, setup CNC lathes and mills, and use CAM software to program a part to run on a CNC machine.
Prerequisite:
(ENGR 180 or ENGT 233) and MACH 191 with a C or higher.
Current & Future Offerings:
Spring 2023
04/06/2023-06/22/2023 TTh 3:30 PM-4:00 PM
04/06/2023-06/22/2023 TTh 4:00 PM-7:45 PM
Winter 2024
01/03/2024-03/22/2024 TTh 3:30 PM-4:00 PM
01/03/2024-03/22/2024 TTh 4:00 PM-7:45 PM
Icon Key
- Online Asynchronous
- Online Synchronous
- Hybrid Asynchronous
- Hybrid Synchronous
- Face-to-Face
- Self-Support
- Definitions
  Online Asynchronous - The class is taught completely online. There are no scheduled class times that are required; all online work is completed asynchronously. There is no face-to-face instruction.
  Online Synchronous - The class is taught completely online; attendance at scheduled online class meetings at specific times is required. There is no face-to-face instruction.
  Hybrid Asynchronous - This is a hybrid class. The class meets face-to-face for scheduled classes at specific times; all online work is completed asynchronously.
  Hybrid Synchronous - This is a hybrid class. The class meets both face-to-face and online for scheduled classes at specific times.
  Face-to-Face - This class meets face-to-face for scheduled classes at specific times. There is no online instruction, although an online learning platform may be used supplementally.
  
  Self Support - Self-Support classes have different fees and refund policy than state-supported classes. See the Tuition and Fees page for more details.
  
  Synchronous - Online class meetings are scheduled to occur in real time.
  Asynchronous - No required online class meetings are scheduled.
  
  Note: All modalities include regular coursework due dates and require class participation.
TOTAL Composites Core Course Credits
32 CR
Engineering Electives
Any CENG, ENET, ENGR, ENGT, or COMP course 100-level or higher
CS& 131 Computer Science I C++ 5 CR
This course equips students with fundamental programming skills such as effective use of data types, variables, assignment statements, control structures, modular design using procedures, pointers and array data structures in the construction of C++ programs. This course also introduces students to Object Oriented Programming concepts and prepares students for the C++ Institute Certified Associate Programmer exam.
Prerequisite:
Math 099 or IT 121 with a C or higher or Instructor Permission.

MATH& 146

Intro to Statistics

5 CR

Fundamental concepts and basic tools of descriptive and inferential statistics. How to describe data and make reasonable conjectures about the populations from which the samples were taken. Topics include: sample distribution patterns, organization of data, sampling methods and experimental design, probability and simulation of random events, estimation of population parameters, confidence intervals, correlation, linear regression and basic hypothesis testing. Internet/computer access and graphing calculator required.
Prerequisite:
ACCUPLACER AAF (240) or higher or MATH 099 with a C or higher.

Current & Future Offerings:

Spring 2023
	04/05/2023-06/23/2023	MWF	10:10 AM-11:30 AM	Ring
Summer 2023
	07/05/2023-08/29/2023			Newton
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Fall 2023
	09/20/2023-12/08/2023	MWF	12:30 PM-1:50 PM	Ring
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	09/20/2023-12/08/2023			Newton
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Icon Key

Online Asynchronous
Online Synchronous
Hybrid Asynchronous
Hybrid Synchronous
Face-to-Face
Self-Support

Definitions
Online Asynchronous - The class is taught completely online. There are no scheduled class times that are required; all online work is completed asynchronously. There is no face-to-face instruction.
Online Synchronous - The class is taught completely online; attendance at scheduled online class meetings at specific times is required. There is no face-to-face instruction.
Hybrid Asynchronous - This is a hybrid class. The class meets face-to-face for scheduled classes at specific times; all online work is completed asynchronously.
Hybrid Synchronous - This is a hybrid class. The class meets both face-to-face and online for scheduled classes at specific times.
Face-to-Face - This class meets face-to-face for scheduled classes at specific times. There is no online instruction, although an online learning platform may be used supplementally.

Self Support - Self-Support classes have different fees and refund policy than state-supported classes. See the Tuition and Fees page for more details.

Synchronous - Online class meetings are scheduled to occur in real time.
Asynchronous - No required online class meetings are scheduled.

Note: All modalities include regular coursework due dates and require class participation.

MATH& 152 Calculus II 5 CR
The study of Riemann Sums, methods of integration, numerical methods, polar and rectangular forms, fundamental theorem of Calculus, areas of regions, volumes of solids, centroids, length of curves, surface area, and an introduction to differential equations.
Prerequisite:
MATH& 151 with a C or higher.
MATH& 163 Calculus 3 5 CR
This course introduces coordinate systems and vectors in 2- and 3-space. We will extend the methods of single-variable differential calculus to functions of two or more independent variables and we will generalize the single integral to define multiple integrals, where the integrand is a function of several variables. The course will cover partial differentiation, directional derivatives and gradients; extreme values; double and triple integrals; applications. Graphing calculator required.
Prerequisites:
Math& 152 with a C or better
PHYS& 222 Engineering Physics II w/Lab 5 CR
PHYS& 222 is a calculus-based introduction to electricity and magnetism that prepares students for coursework in engineering. The course introduces the fundamental principles of electricity and magnetism: electrostatics; magnetic fields of steady currents; time-varying electric and magnetic fields; DC and AC circuits. Conceptual development and problem solving have equal emphasis. Laboratory work includes an introduction to design, experimental methods and data analysis.
Prerequisites:
PHYS& 221 with a C or better, Prerequisite or Co-requisite MATH& 152
PHYS& 223 Engineering Physics III w/Lab 5 CR
PHYS& 223 is a calculus-based introduction to rotations and oscillations, wave phenomena and optics that prepares students for coursework in engineering. Conceptual development and problem solving have equal emphasis. Laboratory work includes an introduction to design, experimental methods, and data analysis.
Prerequisites:
PHYS& 222 with a C or better
TOTAL Engineering Electives Course Credits
5 CR

View past class requirements for this program.
Select the year closest to the year started, without going over, to see program requirements for a student who started the program that year:

Program Outcomes

After successfully completing the AAS-T degree, students will be able to:

Apply fundamentals of material science to solving hands-on engineering design and fabrication problems.
Utilize CAD/CAM software to build 3D parametric models. (CATIA and Solidworks)
Create CNC programs for machining and automation.
Draft Detailed Engineering Drawings for aerospace manufacturing and related fields per industry standards (ANSI).
Solve problems in composite design and fabrication including vacuum bagging, wet-layup, infusion, pre-impregnated layup, out-of-autoclave, additive and subtractive manufacturing.
Apply Quality Assurance (QA) methodology and inspection techniques including Non-Destructive Testing (NDT), Ultra-Sound inspection, and metrology.
Perform material testing and analysis including tensile and compression testing.

Employment Outlook

Employment in the engineering technology field in Bellingham and the state of Washington is expected to increase. Job openings for assemblers and fabricators, machine operators, and production workers and supervisors vary according to occupational specialty. The average annual wage for this field is $76,835, with an earning potential of $89,128 per year.

Across the state of Washington, the number of engineering graduates is well below industry needs. Employers such as manufacturers and fabricators urgently seek qualified mechanical, industrial, and plastics engineers. BTC students who pursue transfer degree opportunities can go on to a four-year school to earn a bachelor’s degree and pursue a career in this high-demand field. Engineering graduates are typically working professionals, so salary ranges will vary, depending on the field.

Potential positions for Composites graduates include:

CAD/CAM CNC Programmer (both clean room and post cure)
CNC machine operator (both clean room and post cure)
Non-destructive testing machine operator, ultra-sound tester (NDT)
Metrologist (Coordinate measuring machine operator (CMM))
Manufacturing planner
Quality Assurance Inspector
Lab testing technician / material science / Destructive materials tester (load testing)

Composites graduates have the potential to enter the following fabrication industries:

Aerospace, Unmanned Aerial Vehicles
Automotive, Mass Transit
Marine
Medical
Sports and Recreation
Wind Energy

Faculty & Support

Peter Morgan

Degrees and Credentials
Certificate, Professional Technical Education, Washington State
BS, Industrial Tech-CAD/CAM Spec, Western Washington University

Spring 2023
	04/05/2023-06/23/2023	Peng
Fall 2023
	09/20/2023-12/08/2023	Peng
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Fall 2023
	09/20/2023-12/08/2023	Roser
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	09/20/2023-12/08/2023	Roser
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Spring 2023
	04/05/2023-06/23/2023	W	11:35 AM-12:25 PM	Morgan
Fall 2023
	09/20/2023-12/08/2023	W	11:35 AM-12:25 PM	Morgan
	Find in ctcLink
Spring 2024
	04/02/2024-06/21/2024	W	11:35 AM-12:25 PM	Morgan

Spring 2023
	04/05/2023-06/23/2023	MW	8:00 AM-9:40 AM	Morgan
Fall 2023
	09/20/2023-12/08/2023	TTh	10:30 AM-12:40 PM	Morgan
	Find in ctcLink
Spring 2024
	04/02/2024-06/21/2024	MW	8:00 AM-9:40 AM	Morgan

Fall 2023
	09/20/2023-12/08/2023	MW	1:10 PM-2:00 PM	Morgan
	Find in ctcLink
Winter 2024
	01/03/2024-03/22/2024	MW	8:30 AM-9:50 AM	Morgan

Spring 2023
	04/05/2023-06/23/2023	MW	1:10 PM-3:20 PM	Morgan
Spring 2024
	04/02/2024-06/21/2024	MW	1:10 PM-3:20 PM	Morgan

Winter 2024
	01/03/2024-03/22/2024	MW	10:10 AM-12:20 PM	Morgan
Spring 2024
	04/02/2024-06/21/2024			Morgan

Fall 2023
	09/20/2023-12/08/2023	TTh	9:00 AM-9:50 AM	Morgan
	Find in ctcLink
Winter 2024
	01/03/2024-03/22/2024	MW	2:10 PM-3:00 PM	Morgan

Fall 2023
	09/20/2023-12/08/2023	TTh	1:10 PM-2:10 PM	Morgan
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	09/20/2023-12/08/2023	TTh	2:10 PM-4:10 PM	Morgan
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Fall 2023
	09/20/2023-12/08/2023	MWF	3:40 PM-4:00 PM
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	09/20/2023-12/08/2023	MWF	4:00 PM-6:45 PM
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Spring 2023
	04/06/2023-06/22/2023	TTh	3:30 PM-4:00 PM
	04/06/2023-06/22/2023	TTh	4:00 PM-7:45 PM
Winter 2024
	01/03/2024-03/22/2024	TTh	3:30 PM-4:00 PM
	01/03/2024-03/22/2024	TTh	4:00 PM-7:45 PM

Engineering Technology - Composites

Engineering Technology - Composites

Engineering Technology - Composites - AAS-T

Employment Information

Estimated Program Costs

Entry Information

When Can I Start?

What are the Minimum Entry Requirements?

What are My Next Steps?

Classes

Total Program Credits: 99

Current Students: Learn how to use this page to register for classes

Academic Core

Engineering Core

Composites Core

Engineering Electives

View past class requirements for this program.

Program Outcomes

Employment Outlook

Faculty & Support

Peter Morgan

Degrees and Credentials