Electric Utility Management Program

New Mexico State University

 

The New Mexico State University program in Electric Utility Management is sponsored by a group of public and private electric utility companies and industrial organizations. The program leads to the degree of Master of Science in Electrical Engineering and is designed to prepare the student for a future engineering management position in the electric utility industry. An industry advisory committee provides the vital connecting link between the electric utility industry and the university, so that a coordinated effort may be achieved in realizing the following program objectives:

 

1. To provide a program of study at the graduate level in the planning, operation, and management of electric power generation, transmission, distribution, and utilization.

2. To supply the electric utility industry with the highest caliber of new engineering and management talent.

3. To provide the university with the required financial and technical support to insure a quality program.

 

Program Requirements and Options

The Electric Utility Management Program requires the completion of a minimum of 24 hours of course work plus one of three program options:

1. Six-credit thesis

2. Two additional elective courses and a three-credit Technical Report

3. Four additional elective courses

 

Courses are selected from an approved list by the student in consultation with the advisor.

Courses

 Courses are normally selected from the list below. Some of these courses are offered only once every three or four semesters. Occasionally, Selected Topics and other courses may be approved by the advisor.

Electrical Engineering Courses

 Senior elective/graduate courses (these are taken by students coming to NMSU with a non-power background):

EE 431/542 - Power II (3 hours)

EE 493/543 - Power III (3 hours)

EE 494/544 - Power IV (3 hours)

Graduate Electric Power Courses:

EE 531 - Formulation of Power System Problems (3 hours)

EE 532 - Dynamics of Power Systems (3 hours)

EE 533 - Power System Operation (3 hours)

EE 534 - Power System Protection (3 hours)

EE 535 - Applied Power System Planning (3 hours)

EE 536 - Power System Overvoltage Transients (3 hours)

EE 537 - Power Electronics (3 hours)

EE 538 - Advanced Distribution Systems (3 hours)

EE 539 - Power Utilization and Power Quality (3 hours)

Other appropriate Graduate Electrical Engineering Courses:

EE 511 - Networks I (3 hours)

EE 512 - Networks II (3 hours)

EE 590 - Expert Systems (3 hours)

 Related Area Courses

Economics:

ECON 585 - Public Utilities Regulation (3 hours)

AEEC 554 - Advanced Public Utilities Regulation (3 hours)

MKTG 503 - Marketing Analysis (3 hours)

MGT 508 - Quantitative Methods of Business (3 hours)

FIN 506 - Financial Analysis (3 hours)

Industrial Engineering:

IE 523 - Advanced Engineering Economy (3 hours)

IE 563 - Topics in Engineering Adminstration (3 hours)

 The Electric Utility Management Program is not intended to develop a specialist in any one area of power engineering or management, but rather to develop a well-rounded individual possessing a broad knowledge of the engineering techniques and managerial skills required in the utility industry.

A typical program of course work (assuming Option 2) is as follows:

Credit hours

Six courses from the following group:-------------------------------------- 18

EE 531 Formulation of Power System Problems

EE 532 Dynamics of Power Systems

EE 533 Power System Operation

EE 534 Power System Protection

EE 535 Applied Power System Planning

EE 538 Advanced Distribution Systems

EE 536 Power System Overvoltage Transients

EE 537 Power Electronics

EE 539 Power Utilization and Power Quality

 

EE 511 Networks I ------------------------------------------------3

 

ECON 585 Public Utilities Regulation ------------------------------3

FIN 506 Financial Analysis ----------------------------------------3

IE 523 Advanced Engineering Economy ---------------------------3

 

Technical Report --------------------------------------------------3

Total ---------------33

 

Program Guidelines

Option 1 is recommended for students who have had previous course or work experience in power system analysis, and for those students who have a keen interest in pursuing original research. Option 2 is the route taken by most students who do not plan to pursue the PhD degree. Option 1 or 2 is preferred.

 

The program of study was designed recognizing that the student is not going to be hired into a managerial position, but rather into an engineering position, and that (s)he must therefore establish himself (herself) as a competent engineer before being considered for a management position. For this reason, a substantial part of the program is devoted to course work in advanced power system engineering and related aspects of Electrical Engineering, while other courses provide a background in the fundamentals of engineering management and public utility regulation.

 

The minimum time required for completion of the program is two semesters of full-time study if Option 1 is selected. Options 2 and 3 typically require three semesters. Students may begin the program in either the fall or spring.

Program Admission Requirements

Fellowships are awarded competitively under the Electric Utility Management Program for a maximum of three semesters' support. There is no application deadline, but students are encouraged to begin the application process at least one semester prior to the beginning of their anticipated fellowship term. The Program does not normally support students during the summer.

 A goal of the Program is to provide the necessary funds for qualified students to allow them to pursue the MSEE program without other employment except during summers. Students are therefore expected to devote full time to their studies, including course work and the preparation of a technical report or thesis.

Fellowship applicants must be U.S. citizens and must have an undergraduate grade-point average of 3.0 or higher on a 4.0-point scale. Applications for fellowships should be made to the Director of the Electric Utility Management Program. Recipients will be appointed by the Director with the approval of the Advisory Committee. Fellowship recipients may begin the program in either the fall or spring.

Stipend

Each fellowship award provides a stipend and tuition allowance as follows:

. $3500 per semester for a maximum of 3 semesters plus an allowance of $375 per semester for each dependent

. Full tuition paid (maximum of three semesters)

These amounts, and the number of fellowships offered, may be changed from time to time.

Electric Power faculty/advisors

Professor W. H. Kersting

Dr. H. A. Smolleck

Dr. S. J. Ranade

Dr. N. R. Prasad

Please address inquiries to the Program Director:

Professor W. H. Kersting

Klipsch School of Electrical and Computer Engineering

Box 30001, MS 3-0

Las Cruces, NM 88003

Phone: 505-646-2434

Fax: 505-646-1435

e-mail: wkerstin@nmsu.edu