Engineering Technology - Composites

Engineering Technology - Composites - AAS

Enroll in BTC’s new Engineering Technology – Composites program to learn in-demand skills you can put to use as an assembler, fabricator, machine operator, production worker, or supervisor in leading industries, such as aerospace and industrial manufacturing. Building on a core academic curriculum, you’ll learn to apply basic engineering principles and technical skills to engineering support functions in research, production and operations.

By specializing in composites and process engineering, you’ll be prepared to fill a growing need for skilled composites technicians. Plus, with transferable core classes in math, science, communications, and technical writing, you’ll be well positioned to transfer to a four-year college or university to complete your bachelor’s degree in engineering or advanced manufacturing.

Composites Engineering Technology Video

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: 90

Academic Core
AMATH 111 Applied Technical Math 5 CR
This course introduces concepts of plane geometry, right triangle trigonometry, and vectors. The elements of algebra are extended into applications for technical professions using approximate numbers in measurement and emphasizing the rules of accuracy and precision. Included are the topics: unit conversions in metric and English systems, scientific notation, fractions, decimals, percents, ratios, and proportions. Textbook and scientific or graphing calculator required.
Future Offerings:
Spring 2022
04/05/2022-06/23/2022 Calhan Ring
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.
OR
MATH& 141 Precalculus I 5 CR
The focus of this course will be functions. Students manipulate and graph linear, polynomial, rational, exponential, logarithmic and quadratic functions. The course will also cover systems of equations, matrices and determinants, and their applications.
Future Offerings:
Spring 2022
04/05/2022-06/23/2022 Anita Peng
Summer 2022
07/06/2022-08/30/2022 Anita Peng
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.
AND
MATH& 142 Precalculus II 5 CR
The majority of this course will cover trigonometry. Students will explore trigonometry functions, right and oblique triangle trigonometry, graphing, trigonometry identifies, laws of Sine and Cosine as well as trigonometric application problems. This course will also cover vectors in the plane and in space, along with parametric equations. Polar coordinates and graphs of polar equations will also be included.
OR higher Calculus
CHEM& 121 Introduction to Chemistry 5 CR
Introductory course for non-science majors, nursing, and environmental science students. Includes basic concepts of inorganic and organic chemistry, the nature of atoms, molecules and chemical bonds, chemical notation, chemistry of solutions, scientific reasoning, and problem-solving in the study of the theory and application of chemistry. Lab work is included.
Future Offerings:
Spring 2022
04/05/2022-06/23/2022 Spencer Berger
04/05/2022-06/23/2022 W 8:30 AM-10:00 AM Spencer Berger
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.
or higher Chemistry
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.
Future Offerings:
Spring 2022
04/05/2022-06/23/2022 Jan Richards
Summer 2022
07/06/2022-08/30/2022 Jan Richards
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.
CMST& 210 Interpersonal Communications 5 CR
Designed to introduce students to the application of basic interpersonal communication theory, with a focus on achieving success in the workplace. Topics explored include self-awareness, self-disclosure, conversation skills, relationship development and maintenance, assertiveness, teamwork and group dynamics, conflict management strategies, and communicating in a diverse world.
Future Offerings:
Summer 2022
07/06/2022-08/30/2022 MW 12:30 PM-1:50 PM Jill Burns
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.
OR
CMST& 220 Public Speaking 5 CR
Introduction to communication theory and public speaking emphasizing organization, audience analysis, oral styles, and use of visual aids. Includes presentation of various types of public speeches and analyses of contemporary speeches.
OR
PSYC& 100 General Psychology 5 CR
An overview of the factors affecting behavior including topics related to theories of learning, the senses, perceptions, nervous system, emotions, personality theory, motivation, abnormal behavior and therapy, and social psychology.
Future Offerings:
Spring 2022
04/05/2022-06/23/2022 T 1:10 PM-3:20 PM Molly Smith
Summer 2022
07/06/2022-08/30/2022 Molly Smith
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.
OR
SOC& 101 Introduction to Sociology 5 CR
This course introduces the major concepts and definitions of the science of sociology. Basic sociological inquiry is covered, and how social forces shape communal and individual behaviors and attitudes. Topics include socialization, cultures, deviance, social control, inequality, power, social class, race, gender, and institutions. Students learn the basic theories and perspectives of sociology and how those theories apply to the social landscape.
Future Offerings:
Spring 2022
04/05/2022-06/23/2022 Dale Pollard
Summer 2022
07/06/2022-08/30/2022 Dale Pollard
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
20 CR
Engineering Core

ENGR 100

Engineering Orientation

2 CR

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.
Future Offerings:
Spring 2022
04/06/2022-06/23/2022 MW 8:00 AM-9:40 AM Peter Morgan
Fall 2022
09/20/2022-12/09/2022 TTh 10:30 AM-12:40 PM Peter Morgan
Spring 2023
04/05/2023-06/23/2023 MW 8:00 AM-9:40 AM Peter 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.
Future Offerings:
Spring 2022
04/05/2022-06/23/2022 TTh 10:30 AM-12:40 PM Wendell Brokaw
Fall 2022
09/20/2022-12/09/2022 TTh 1:10 PM-3:20 PM Tim Stettler
Winter 2023
01/04/2023-03/24/2023 MWF 8:30 AM-9:50 AM Tim Stettler
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 180

Parametric Modeling

5 CR

TOTAL Engineering Core Course Credits
17 CR
Composites Core
COMP 101 Survey of Composites 2 CR
This course provides an introduction to the field of Composites Technologies, and provides an overview of workplace readiness skills.
Future Offerings:
Fall 2022
09/20/2022-12/09/2022 MW 9:00 AM-9:50 AM Peter Morgan
Winter 2023
01/04/2023-03/24/2023 MW 2:10 PM-3:00 PM Peter 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
Students are introduced to composite design and fabrication utilizing clean-room and post-cure fabrication tools. The purpose of this course is to provide an introduction to hands-on composite fabrication. Within this course, students will gain experience designing and fabricating composite parts utilizing vacuum infusion, closed cavity pressure forming, and pre-preg technologies.
Future Offerings:
Winter 2023
01/04/2023-03/24/2023 TTh 1:10 PM-2:10 PM Peter Morgan
01/04/2023-03/24/2023 TTh 2:10 PM-4:10 PM Peter 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
Students will combine knowledge of advanced composite materials, fabrication methods, design intent, and material testing methods. Students will gain experience in CAD/CAM stress analysis, then perform destructive strength tests and analyze deformation mechanics. Students will build composite parts per Detailed Engineering Drawings as well as design and fabricate original composite product.
Future Offerings:
Fall 2022
09/20/2022-12/09/2022 TTh 1:10 PM-2:10 PM Peter Morgan
09/20/2022-12/09/2022 TTh 2:10 PM-4:10 PM Peter 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 235 Inspect, Test & Repair 5 CR
Students will expand on their knowledge of advanced composite materials to include non-destructive inspection (NDI), destructive testing, repair methods, and metrology inspection. Students will also gain experience with 6-Sigma statistical analysis and other lean manufacturing and quality assurance methodology.
Future Offerings:
Winter 2023
01/04/2023-03/24/2023 TTh 10:00 AM-11:00 AM Peter Morgan
01/04/2023-03/24/2023 TTh 11:00 AM-12:40 PM Peter 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

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.
Future Offerings:
Spring 2022
04/06/2022-06/22/2022 MWF 12:30 PM-1:50 PM Peter Morgan
Spring 2023
04/05/2023-06/23/2023 MWF 12:30 PM-1:50 PM Peter 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. Student 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.

Future Offerings:

Spring 2022
	04/06/2022-06/22/2022	MWF	6:10 PM-7:20 PM	Damon Donner
	04/06/2022-06/22/2022	MWF	7:20 PM-8:30 PM	Damon Donner
Fall 2022
	09/20/2022-12/09/2022			Damon Donner
	09/20/2022-12/09/2022	MWF	6:20 PM-8:50 PM	Damon Donner
Winter 2023
	01/04/2023-03/24/2023			Damon Donner
	01/04/2023-03/24/2023	MWF	4:15 PM-6:15 PM	Damon Donner
Spring 2023
	04/05/2023-06/23/2023			Damon Donner
	04/05/2023-06/23/2023	MWF	4:15 PM-6:45 PM	Damon Donner

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.

Future Offerings:

Spring 2022
	04/06/2022-06/22/2022	MWF	4:45 PM-6:00 PM	Damon Donner
	04/06/2022-06/22/2022	MWF	3:45 PM-4:45 PM	Damon Donner
Fall 2022
	09/20/2022-12/09/2022			Damon Donner
	09/20/2022-12/09/2022	MWF	3:45 PM-6:15 PM	Damon Donner
Spring 2023
	04/05/2023-06/23/2023			Damon Donner
	04/05/2023-06/23/2023	MWF	7:25 PM-9:40 PM	Damon Donner

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
37 CR
Engineering Electives
Any CENG, ENET, ENGR, ENGT, or COMP course 100-level or higher
MATH& 151 Calculus I 5 CR
Study of functions, limits, continuity,limits at infinity, differentiation of algebraic,exponential, logarithmic, and trigonometric functions and their inverses.
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.
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.
MATH& 146 Introduction 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: sampling 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.
Future Offerings:
Spring 2022
04/05/2022-06/23/2022 Calhan Ring
Summer 2022
07/06/2022-08/30/2022 Calhan Ring
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.
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.
PHYS& 114 General Physics I w/lab 5 CR
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.
PHYS& 222 Engineering Physics II w/Lab 5 CR
PHYS& 223 Engineering Physics III w/Lab 5 CR
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.
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.
Future Offerings:
Spring 2022
04/05/2022-06/23/2022 Jenna Gernand
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 Electives Course Credits
16 CR

Program Outcomes

Create and navigate Composite Engineering Drawings: 1) Create and interpret Geometric Dimensioning and Tolerance (GD&T) callouts.
Use 3D parametric modeling to design and fabricate composite parts: 1) Employ wet layup, vacuum infusion, and pre-preg techniques; 2) Apply strategic fiber placement and orientation; 3) Utilize drape forming, elevated temperature, and pressure forming techniques; 4) Monitor and control process factors that affect the final product; 4a) Bagging schedules, temperature, pressure; 5) Utilize honeycomb, wood, and foam cores.
Design and fabricate parts using manual and CNC machines: 1) Utilize CAD/CAM software to generate 2D and 3D tool paths for CNC Routers, Mills and Lathes.
Utilize Non-Destructive Inspection (NDI) in Composites: 1) Utilize ultrasonic inspection for Quality Assurance; 2) Evaluate damage in composites, and perform scarf repairs.
Perform Finite Element Analysis: 1) Design experiments utilizing destructive testing with different resin systems, fiber types and orientation; 2) Evaluate stress, strain, and deflection levels under axial loads, tensile, compression, and shear loads.

Employment Outlook

Employment in this field 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 $79,144, with an earning potential of $92,331 per year. *

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

Spring 2022
	04/05/2022-06/23/2022	Anita Peng
Summer 2022
	07/06/2022-08/30/2022	Anita Peng

Spring 2022
	04/05/2022-06/23/2022			Spencer Berger
	04/05/2022-06/23/2022	W	8:30 AM-10:00 AM	Spencer Berger

Spring 2022
	04/05/2022-06/23/2022	Jan Richards
Summer 2022
	07/06/2022-08/30/2022	Jan Richards

Summer 2022
	07/06/2022-08/30/2022	MW	12:30 PM-1:50 PM	Jill Burns

Spring 2022
	04/05/2022-06/23/2022	T	1:10 PM-3:20 PM	Molly Smith
Summer 2022
	07/06/2022-08/30/2022			Molly Smith

Spring 2022
	04/05/2022-06/23/2022	Dale Pollard
Summer 2022
	07/06/2022-08/30/2022	Dale Pollard

Spring 2022
	04/05/2022-06/23/2022	W	11:35 AM-12:25 PM	Peter Morgan
Fall 2022
	09/20/2022-12/09/2022	W	11:35 AM-12:25 PM	Peter Morgan
Winter 2023
	01/04/2023-03/24/2023	W	11:35 AM-12:25 PM	Peter Morgan
Spring 2023
	04/05/2023-06/23/2023	W	11:35 AM-12:25 PM	Peter Morgan

Spring 2022
	04/06/2022-06/23/2022	MW	8:00 AM-9:40 AM	Peter Morgan
Fall 2022
	09/20/2022-12/09/2022	TTh	10:30 AM-12:40 PM	Peter Morgan
Spring 2023
	04/05/2023-06/23/2023	MW	8:00 AM-9:40 AM	Peter Morgan

Fall 2022
	09/20/2022-12/09/2022	MW	9:00 AM-9:50 AM	Peter Morgan
Winter 2023
	01/04/2023-03/24/2023	MW	2:10 PM-3:00 PM	Peter Morgan

Winter 2023
	01/04/2023-03/24/2023	TTh	1:10 PM-2:10 PM	Peter Morgan
	01/04/2023-03/24/2023	TTh	2:10 PM-4:10 PM	Peter Morgan

Winter 2023
	01/04/2023-03/24/2023	TTh	10:00 AM-11:00 AM	Peter Morgan
	01/04/2023-03/24/2023	TTh	11:00 AM-12:40 PM	Peter Morgan

Spring 2022
	04/05/2022-06/23/2022	TTh	10:00 AM-12:40 PM	Peter Morgan
	04/05/2022-06/23/2022			Peter Morgan
Spring 2023
	04/05/2023-06/23/2023	TTh	10:00 AM-11:00 AM	Peter Morgan
	04/05/2023-06/23/2023	TTh	11:00 AM-12:40 PM	Peter Morgan

Spring 2022
	04/05/2022-06/23/2022	Calhan Ring
Summer 2022
	07/06/2022-08/30/2022	Calhan Ring

Engineering Technology - Composites

Engineering Technology - Composites

Engineering Technology - Composites - AAS

Estimated Program Costs

Entry Information

When Can I Start?

What are the Minimum Entry Requirements?

What are My Next Steps?

Classes

Total Program Credits: 90

Academic Core

Engineering Core

Composites Core

Engineering Electives

Program Outcomes

Employment Outlook

Faculty & Support

Peter Morgan