29.11.2012 Views

www.SE.edu 1-800-435-1327 - Southeastern Oklahoma State ...

www.SE.edu 1-800-435-1327 - Southeastern Oklahoma State ...

www.SE.edu 1-800-435-1327 - Southeastern Oklahoma State ...

SHOW MORE
SHOW LESS

You also want an ePaper? Increase the reach of your titles

YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.

150 <strong>Southeastern</strong> <strong>Oklahoma</strong> <strong>State</strong> University<br />

MASTER OF TECHNOLOGY<br />

(76)<br />

<strong>State</strong>ment of Objectives<br />

The goal of the Master of Technology Degree program is<br />

to prepare graduates for successful employment and advancement<br />

in science and technology fields which contribute to the<br />

economic well-being of southeastern <strong>Oklahoma</strong>. The program<br />

develops a knowledge base through three core courses and<br />

provides for an option of specialization. Candidates who would<br />

benefit from this program include:<br />

• Local baccalaureate graduates from the School of<br />

Science and Technology Arts and Sciences who<br />

wish to obtain a master’s degree.<br />

• Individuals employed in business/industry who wish<br />

to develop and broaden their technological and<br />

problem-solving abilities.<br />

• Teachers in science, technology, and mathematics<br />

who wish to prepare for a job in industry, develop<br />

new technology job skills, or advance within the field<br />

of science <strong>edu</strong>cation.<br />

• Individuals in the region who desire an advanced<br />

degree for self-satisfaction or position advancement.<br />

Upon completion of the program, students will be able<br />

to demonstrate the following outcomes:<br />

1. A broad, general knowledge about the foundations of<br />

science and technology, and in depth knowledge in a<br />

specialty area of science or technology.<br />

2. Knowledge and skill needed for functioning in a<br />

multicultural and technologically oriented society<br />

including but not limited to oral and written<br />

communication and interpersonal skills.<br />

3. Skills necessary for successful Professional<br />

collaboration<br />

4. Knowledge of information systems and technology,<br />

in terms of application and implementation.<br />

5. Effective problem solving skills in situations that<br />

require independent, creative thinking.<br />

6. Basic research skills for the design and execution<br />

or experiments, surveys, and investigations, as<br />

appropriate to one’s specialty area.<br />

7. Basic research skills in analyzing, interpreting, and<br />

reporting data, as appropriate to one’s specialty<br />

area.<br />

Program Assessment<br />

The program has an ongoing assessment proc<strong>edu</strong>re, involving<br />

student surveys and a Master of Technology Advisory<br />

Committee that allows continuous modification and improvement<br />

of program quality and effectiveness.<br />

Program Admission Requirements<br />

1. The applicant must be admitted to the Graduate<br />

School (A-307).<br />

2. The student should select a faculty member or,<br />

if required in a specific option, a committee, that<br />

consents to serving as the student’s advisor or<br />

advisory committee. The Coordinator for the<br />

Master’s of Technology program, can assist the<br />

student in finding an advisor or committee. The<br />

student must have an advisor or committee by the<br />

end of the first semester of graduate study. The<br />

advisor or committee members must have or be<br />

eligible for graduate faculty status, and apply for<br />

approval as regular graduate faculty status if he/she<br />

does not have it. This may include adjunct faculty<br />

members.<br />

3. The applicant may be required to complete some<br />

prerequisite courses depending on specialization<br />

area chosen and undergraduate degree.<br />

4. See option for other specific admission requirements<br />

if any.<br />

Thesis Option<br />

If the student elects a thesis option (see specific areas<br />

below), the student should:<br />

1. Discuss ideas for thesis work with his or her advisor.<br />

2. The student, prior to candidacy, must select two other<br />

faculty members, in the area of specialization or a<br />

related area, who along with the advisor consent<br />

to constituting the student’s committee. The faculty<br />

members must have or be eligible for graduate<br />

faculty status, and apply for approval as regular<br />

graduate faculty status if he/she does not have it.<br />

This may include adjunct faculty members.<br />

3. The student will prepare a written thesis proposal for<br />

review by the committee.<br />

4. The committee will meet with the student to provide<br />

advice about how to proceed with the thesis<br />

research.<br />

5. The student conducts research as part of the<br />

5000-level research credits earned for the degree.<br />

6. The student prepares a thesis according to guidelines<br />

available from the advisor or from the Program<br />

Coordinator.<br />

7. The committee reads the thesis draft and the final<br />

draft, and meets with the student to discuss any<br />

changes that may be necessary.<br />

8. The committee signs a form that approves the thesis.<br />

9. The student provides copies of the thesis, including<br />

copies of the form signed by the committee, to the<br />

Graduate Office, library, and advisor. The Graduate<br />

Office and advisor retain forms with original<br />

signatures.

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!