Mission and Program Information
Mission
Essential to the larger mission of the engineering technology department, electronic and computer engineering technology (ECET) option prepares applied engineers for a diverse stream of industries in the areas of design, manufacturing, and industrial automation.
Vision
The electronic and computer engineering technology option supports a university community that values excellence in instruction, value added applied research, and
service to the community and opportunity for growth.
Operating Principles
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Structure and deliver ECET curriculum in ways that encourages professional and personal growth.
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Maintain and nurture active, collaborative, and diverse intellectual community.
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Increase access and opportunities for ECET education through collaboration with university, industry and community.
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Promote diversity that honors and appreciates university experiences as an integral part of life experience.
Educational Objectives
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Prepare graduates for entry level careers with technical skills and knowledge to meet industry needs in the areas of design, manufacturing, and industrial automation.
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Prepare graduates with skills in creative design, application, and understanding for lifelong learning.
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Prepare graduates with excellent communication skills.
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Prepare graduates to value professional behavior in a diverse world.
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Prepare graduates for professional development, social awareness, and ethics.
Student Outcomes
Graduates will demonstrate the following:
Technical Skills and Knowledge
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The understanding of electric circuits, circuit analysis techniques, and analog circuit design.
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The understanding of computer programming, digital circuit design, microcomputers, operating systems, and local area networks.
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The understanding of industrial electronic control components and systems.
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The ability to construct, operate, and maintain electrical and electronic systems, computer systems, and associated software systems.
Creative Design, Application, and Lifelong Learning
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The ability to analyze, design, and implement control systems, instrumentation systems, communication systems, and computer hardware and software systems.
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The ability to utilize statistics/probability, transform methods, discrete mathematics, or applied differential equations in support of electrical and electronic systems, computer systems, and networks.
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The ability to apply physics or chemistry to electrical, electronic, and computer systems in a rigorous mathematical environment at or above the level of algebra and trigonometry.
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The ability to be life-long learners.
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Commitment to quality and continuous improvement.
Communication
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The ability to write clear and effective technical reports, proposals, and business correspondence.
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The ability to orally communicate technical information to a variety of audiences.
Professional Behavior in a Diverse World
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An understanding and respect for diversity in the workplace.
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An understanding of the importance of working effectively as teams.
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An awareness of the impact of technology on our society.
Professional Development
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The ability to apply project management techniques to electrical and electronic systems or computer systems.
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The ability to practice professional ethics and social responsibility.
Accreditation
The bachelor's degree in engineering technology – electronic and computer engineering technology option is accredited by the Engineering Technology Accreditation Commission of ABET, http://www.abet.org.