Engineering Technology and Advanced Manufacturing Program
Overview
The Engineering Technology and Advanced Manufacturing Associate in Science program of study is designed to give students the core skills and knowledge needed to be successful in acquiring a Bachelor of Science degree in Engineering. The program is structured to be completed within two years and with careful advisor assisted selection of the engineering, mathematics, and science electives a student can be prepared to transfer to almost any college or university offering a baccalaureate in engineering or manufacturing program. Furthermore, the student should be able to complete remaining Bachelor of Science requirements within 2 to 3 years.
Students take four math courses, Calculus I, Calculus II, Calculus III, and Differential Equations, as they will be applying high levels of math throughout their engineering program education. Additionally, they learn the advanced physics and computer-aided design concepts that underlie modern engineering/manufacturing processes and procedures. They hone their critical thinking skills and become versed in the processes needed to systematically solve problems and to develop an idea into a finished product. Direct hands-on experience in the application and use of state-of-the-art engineering and manufacturing equipment is gained through laboratory sessions that are associated with the majority of the program specific courses.
Pursuing the Engineering Technology and Advanced Manufacturing Associate in Science program at Cape Cod Community College provides students access to a full suite of prerequisite and remedial courses when course pre-requirements need to be met, additionally a smaller class size with more individualized attention will generally be found, and there is a significantly lower price point than that at most four year institutions.
Note: COL101 The College Experience is recommended for students who are exploring careers in the Engineering Pathway. This degree has advanced mathematics requirements: Calculus I, Calculus II, Calculus III, and Differential Equations.
This is the second of a two course 3D mechanical design series for students interested in careers as product engineers, architects, and designers using computer aided design (CAD) software. This course prepares students for the Certified SolidWorks Associate Exam (CSWA) and the Certified SolidWorks Professional Exam (CSWP). A research paper that addresses an advanced topic in 3D solid modeling is required.
Prerequisite: ENR106
Offered: Spring
ENL102 English Composition II
A continuation of English Composition I, English Composition II focuses on close reading, critical thinking, independent research, and synthesis of texts so that, across the curriculum, students can develop, defend, and effectively express ideas in academic discourse.
Prerequisite: ENL101
Offered: Fall, Spring, Summer
Note: Satisfies either an English Composition/Writing or Humanities and Fine Arts general education requirement.
Note: Students are encouraged to take both courses as they are required to complete the Engineering MassTransfer Pathway. Consult with your advisor and/or the transfer advisor to decide what is best for you.
Students should select from the following electives depending on their career pathway:
Mechanical Engineering Pathway Electives
ENR201 Statics
ENR202 Dynamics
ENR207 Materials Science
ENR208 Thermodynamics
ENR209 Strength of Materials
Electrical Engineering Pathway Electives
ENR110 Engineering & Scientific Computing
ENR204 Circuit Theory I
ENR205 Circuit Theory II
CSC120 Computer Programming I: C++
Civil Engineering Pathway Electives
ENR201 Statics
ENR202 Dynamics
ENR208 Thermodynamics
ENR209 Strength of Materials
CHM152 General Chemistry II
3 or 4
Total Credits
64/68
M Designates a Milestone course. A milestone course must be completed in the semester indicated to ensure that you remain on track to continue on in your program and graduate on time.
Career Outlook
The Engineering and Advanced Manufacturing Associate in Science degree provides the skills for an entry level general engineering/manufacturing technician or draftsperson. Graduates work as automation specialists, manufacturing technicians, design technicians, CAD designers, engineering aides, field service technicians, technical representatives, and maintenance technicians. It will open employment doors to many jobs that require multidisciplinary competencies. Employment of engineering technicians is projected to grow 5 percent from 2012 to 2022.
Upon completion of the Engineering Technology and Advanced Manufacturing program, students are able to:
Work as part of a team to plan, design, and fabricate an electro-mechanical device.
Describe and follow the engineering analysis and design process.
Organize, schedule, and complete an engineering design project that may require one to collect and interpret technical data as well as exhibit proficiency in software programming.
Reverse engineer the design of an existing product or service.
Test and evaluate an engineering design against a set of requirements, design and conduct experiments, interpret results, and apply results to improve processes.
Use a variety of instruments and software for taking measurements and or solving problems.
Be effective communicators in written, oral and graphical communications, and in documentation of work.
Conduct research from a variety of sources and have an ability to identify and incorporate appropriate technical literature.
Apply mathematical methods for problem-solving and analyze working models of basic engineering systems to solve open-end problems.
Demonstrate the skills and behaviors of engineering professionals, including lifelong learning, professional development, ethics, teamwork, quality improvement, and a respect for diversity; and a commitment to apply them to their work.