2004-2005 UAF Catalog  

Electrical Engineering

College of Science, Engineering and Mathematics
Department of Electrical and Computer Engineering
(907) 474-7137

B.S., M.E.E., M.S. Degrees

B.S. Degree

Minimum Requirements for Degree: 134 credits

Downloadable PDF (108K)

Electrical and computing engineering encompasses telecommunications, electrical power generation, transmission and distribution, control systems, and computer applications and design. Electrical engineers can typically expect gainful employment in one or more of these areas after graduation.

Communication engineers design, build and operate communication devices and systems, including satellites, antennas, wireless devices and computer networks. Electric power engineers design and oversee the construction, installation and maintenance of electrical systems that provide light, heat and power. Power engineers are also instrumental in the development of systems using modern power electronic devices to control power generation and distribution and build electric drives. People trained in computer engineering automate businesses, factories, pipelines and refineries. They design control systems and computers that guide trains, planes and space vehicles. Electrical engineers design the integrated circuits and automatic control systems used in many areas of science and engineering. Process controls in the mining and petroleum industries are also largely the responsibility of the electrical and computer engineer.

Undergraduate research and design project opportunities are available at UAF in the areas of communications, radar, sonar, and lidar remote sensing, instrumentation and microwave circuit design, electric power and energy systems, digital and computer engineering and nanotechnology. The Student Rocket Project brings electrical and computer engineering and mechanical engineering students together to build and launch rockets at the Poker Flat Research Range, the only university-affiliated rocket range in the country. This program offers real engineering experience as well as fellowships, paid internships and scholarships.

The curriculum is designed to ensure that basic fundamentals and specialized skills are acquired by the student. The program prepares engineers to enter practice upon graduation and provides the theoretical background for students entering graduate studies. Candidates for the B.S. degree are required to take the state of Alaska Fundamentals of Engineering Examination in their general field.

The department’s mission is to offer the highest quality, contemporary education at the undergraduate and graduate levels, and to perform research appropriate to the technical needs of the state of Alaska, the nation and the world.

Major—B.S. Degree

Concentrations: Communications, Computer Engineering, Power and Control

  1. Complete the general university requirements (page 106. As part of the core curriculum requirements, complete: MATH 200X, CHEM 105X and CHEM 106X or PHYS 213X.)
  2. Complete the B.S. degree requirements (page 112. As part of the B.S. degree requirements, complete: MATH 201X, PHYS 211X and PHYS 212X.)
  3. Complete the following program (major) requirements:*

    EE 102—Introduction to Electrical Engineering 3 credits

    EE 203—Electrical Engineering Fundamentals I 4 credits

    EE 204—Electrical Engineering Fundamentals II 4 credits

    EE 303—Electrical Machinery 4 credits

    EE 311—Applied Engineering Electromagnetics 3 credits

    EE 331—High Frequency Lab 1 credit

    EE 333W—Physical Electronics 4 credits

    EE 334—Electronic Circuit Design 4 credits

    EE 343—Digital Systems Analysis and Design 4 credits

    EE 353—Circuit Theory 3 credits

    EE 354—Engineering Signal Analysis 3 credits

    EE 471—Fundamentals of Automatic Control 3 credits

    ES 101—Introduction to Engineering 2 credits

    ES 201—Computer Techniques (3)
    or CS 201—Computer Science I (3) 3 credits

    ES 208—Mechanics 4 credits

    ESM 450W—Economic Analysis and Operations 3 credits

    MATH 202X—Calculus 4 credits

    MATH 302—Differential Equations 3 credits

    Approved EE elective 3-4 credits

    Approved EE design elective 3-4 credits

    Approved engineering science elective** 3 credits

    Approved mathematics elective*** 3 credits
  4. Complete state of Alaska Fundamentals of Engineering examination.
  5. Complete 1 of the following concentrations:*

    a. Complete the following:

    EE 312—Electromagnetic Waves and Devices 3 credits

    EE 332—Electromagnetics Laboratory 1 credit

    EE 461—Communication Systems 4 credits

    Approved engineering science elective** 3 credits

    b. Minimum credits required 134

    Computer Engineering
    a. Complete the following:

    EE 443—Computer Engineering Analysis and Design 4 credits

    EE 451—Digital Signal Processing 4 credits

    EE 461—Communication Systems 4 credits

    b. Minimum credits required 134

    Power and Control
    a. Complete the following:

    EE 404—Electric Power Systems 4 credits

    EE 406—Electrical Power Engineering 4 credits

    Approved engineering science elective** 3 credits

    b. Minimum credits required 134

* Student must earn a C grade or better in each electrical engineering course.
** Engineering science elective to be chosen from ES 331, ME 334, ES 341 and ES 346.
*** Mathematics elective to be chosen from the following advanced topics: linear algebra and matrices, probability and statistics, partial differential equations, numerical analysis, advanced calculus or complex variables.
Note: Students must plan their elective courses in consultation with their electrical engineering faculty advisor, and all elective courses must be approved by their electrical engineering faculty advisor.

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