Reflecting the broad area represented by the Mechanical Engineering Technology field, the program provides students with a solid foundation in basic engineering technology principles while allowing them to pursue cutting edge topics via senior level electives. This program includes courses that are directed at computer-aided manufacturing, energy systems, biomechanics, materials selection and management. The majority of the courses incorporate labs, focused on applied mechanical design concepts.
The goal of the Mechanical Engineering Technology major is to provide students with a well-rounded fundamental and application-oriented education focused on the knowledge of existing and new developments in Mechanical Engineering Technology. Graduates of the baccalaureate degree will develop the theoretical and practical knowledge and skills necessary for appropriate careers in local and national industries. To achieve this mission, the Mechanical Engineering Technology program is committed to attaining the following goals for all students:
The programs are designed to satisfy the educational needs of the urban Houston community by providing a climate that fosters self-awareness, personal growth, and a desire for lifelong learning.
Students pursuing a major in Mechanical Engineering Technology must complete the following requirements, in addition to university core and general college requirements.
| MECT 1330. Engineering Graphics |
| MECT 1364. Materials and Processes I |
| MECT 2354. Introduction to Mechanics |
| MECT 3318, 3118. Fluid Mechanics Applications, Laboratory |
| MECT 3331. Applied Thermodynamics |
| MECT 3341. Computer-Aided Drafting I |
| MECT
3342. Elements of Plant Design |
| MECT 3355, 3155. Strength of Materials, Laboratory |
| MECT 3358. Dynamics of Mechanisms |
| MECT 3360. Automated Manufacturing Systems |
| MECT 3365. Computer-Aided Design I |
| MECT 3367. Quality Control Technology |
| MECT 4372, 4172. Materials Technology, Laboratory |
| MECT 4275, 4276. Senior Design Project I, Senior Design Project II |
| Computer-Aided Design and Manufacturing Electives (12 SH) |
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| MECT 3362. Industrial Work Measurement |
| MECT 4323. Applications in Stress Analysis |
| MECT 4350. Principles in Mechatronics |
| MECT 4365. Computer-Aided Design II |
| MECT 4384. Manufacturing Systems Control |
| 3 SH Mechanical Elective |
| Petroleum Technology Electives (12 SH) |
| MECT 4326. Fundamentals of Offshore Systems |
| MECT 4328. Fundamentals of Pipeline Design |
| MECT 4330. Valve Design |
| MECT 4332. Fundamentals of Drilling Technology |
| MECT 4337. Downhole Drilling Tools and Technology |
| 3 SH Mechanical Elective |
Major GPA calculated on the major requirements and approved electives.
| Math (11 semester hours which includes university core) |
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| Students are required to have credit for MATH 1310, College Algebra, through the Math Placement Exam, CLEP, or completion of the course. |
| MATH 1330. Precalculus |
| MATH 1431. Calculus I |
| MATH 1432. Calculus II |
| Natural Sciences (8 semester hours which includes university core) |
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| PHYS 1301, 1101. Introductory General Physics I, Laboratory |
| PHYS 1302, 1102. Introductory General Physics II, Laboratory |
| Social Sciences (3 semester hours) |
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| TECH 1313. Impact of Modern Technology on Society (preferred) |
| Writing in the Disciplines (3 semester hours) |
| TECH 3363. Technical Communications |
| General Technology Requirements |
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| CHEM 1301, 1101. Foundations of Chemistry I, Laboratory |
| ELET 2307. Electrical Electronic Circuits |
| TELS 3340. Organizational Leadership and Supervision or HDCS 3300. Organizational Decisions in Technology |
| COSC 1304. C Programming or ELET 2300 Introduction to C++ Programming. |
| Free electives (3 semester hours) |
Degree awarded: Bachelor of Science
Major: Mechanical Engineering Technology
Catalog Publish Date: August 19, 2010
This Page Last Updated: August 14, 2010
Effective Date of Archive: January 13, 2011