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BSET In
Electrical/Electronics Engineering Technology : |
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The BSET in Electrical/Electronic Engineering Technology (EET) prepares students for application oriented engineering technology careers in automotives, aerospace, industrial automation and control, conventional and renewable power generation and distribution, medical electronics and instrumentation, and computer hardware and networking. The EET curriculum is a broad-based, technically-oriented education that emphasizes the application of modern technology to solve problems, design and develop products, and improve processes, procedures, equipment, and facilities. The BSET-EET degree program offers a wide choice of courses in a variety of technical areas including:
- Circuits Design
- Analog and Digital Electronics
- Control Systems
- Electrical Machine and Power Electronics
- Conventional and Renewable Power Systems
- Computer Hardware and Networking
- Microprocessors and Embedded Systems
- Signal Processing and Communication
The Electrical/Electronic Engineering Technology (EET) Program is accredited by the
Technology Accreditation Commission (TAC) of the Accreditation Board for Engineering and Technology (ABET).
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EET Program
Educational Objectives: |
The educational objectives of the
Electrical/Electronics Engineering Technology (EET) Program at
Wayne State University
are to produce graduates who can:
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Attain gainful employment and practice successfully in
the electrical or electronic related engineering technology profession
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Remain technically current and adapt to rapidly
changing technologies through continuous learning and self-improvement.
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Demonstrate independent thinking and function effectively
in team-orientated and open-ended activities in an industrial
environment.
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Communicate effectively and perform ethically and
professionally in business, industry, and society.
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EET Program
Outcomes: |
The
Electrical/Electronic Engineering Technology Program has established the following
program outcomes, which describe those competencies that our students
should demonstrate by the time they graduate
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A firm foundation in mathematics and sciences required
for the understanding, application, and development of electrical/electronic
engineering technology principles.
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The ability to analyze, design, and implement control
system, instrumentation, communications systems, computer systems, or
power systems.
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The ability to use transform methods, discrete
mathematics, or applied
differential equations in support of electrical or
electronic systems.
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An appropriate mastery of techniques, skills and
modern tools for electrical/electronic engineering technology
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The ability to communicate effectively in oral,
written, visual, and graphical modes in both interpersonal and group
environments.
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The attitudes, abilities, and skills required to adapt
to rapidly changing technologies and the ability to pursue life-long
learning.
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An understanding of all aspects of the design process
and project management including functional and esthetic considerations
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A well-developed sense of ethics, global issues,
professional and social responsibility and a respect for diversity.
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The skills and attitudes necessary to work
successfully as a member of a team. |
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