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 COMPUTER TECHNOLOGY » Programs Offered | Degrees/Certificates | Courses
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Mechanical Engineering Technology| Overview | Degrees/Certificates | Courses |The goal of the Mechanical Engineering Technology Program is to provide students with a well-rounded, fundamental and application-oriented education focused on the knowledge of existing and new technology in Mechanical Engineering Technology. Students in the program will develop a foundation of theoretical and practical knowledge and applied skills necessary to begin careers in industry or to transfer to a university program. Emphasizing the latest technological advancements in computer-aided drafting, design and manufacturing, students should be able to apply problem-solving techniques and critical thinking skills at the level required for their professional practice. Providing a learning environment where students can interact with state-of-the-art technological equipment and software, students should gain experience in the application of computer software to analyze and design mechanical systems. The program prepares graduates for entry-level employment, and provides them with a foundation for transfer to the university and continued life-long education. Job Titles Graduates from this program will have several career options including: • Mechanical Engineering Technician Projections for 2010-Increase of 33.3%-average wage $22.73/hr. Governor’s Industry Cluster Initiative: Targets Advanced Technologies and Manufacturing as on of the six targeted industry clusters. State of Texas Advanced Technologies and Manufacturing Cluster Assessment-August 2005, states the “High-centers” of activity in the industry to include Houston and the Bay Area with high concentration of high-tech manufacturers and R&D presence in semiconductors, nanotechnology, electronic and medical devises, transportation, component manufacturing and defense contractor manufacturing.
CoursesENGR 1304 (Engineering Graphics I) Engineering graphics is a general course for all types of engineering. Its practical and technical content is essential for engineers, designers and manufacturers. In many other vocations, knowledge of working drawings and the techniques of engineering drawing are of inestimable value. Students who register for engineering graphics will require a complete set of drafting instruments which meet the approval of the instructor in charge. Care and use of instruments, freehand lettering, geometric construction, orthographic projection, technical sketching, pictorial drawing, dimensioning, solutions to engineering problems, details and assemblies, and blueprinting. Lecture Hrs = 2, Lab Hrs = 4 Prerequisite: TASP, MATH 1414; Pre/Corequisite: READ 302 ENGR 1305 (Engineering Graphics II) Engineering applications of problems relating to points, lines, planes, solids, intersections of planes and solids, development of surfaces, perspectives, auxiliary view, and double curved and warped surfaces.
Lecture Hrs = 2, LAB Hrs = 4
Prerequisite: TASP, ENGR 1304 ENGR 2301 (Engineering Statics) Elementary principles of mechanics applied to particles at rest and in motion. Kinematics of particles, resultants of forces, Newton’s Laws for a particle work and energy, impulse and momentum principles. Elementary rigid body statics. Lecture Hrs = 3, LAB Hrs = 0
Prerequisite: TASP, MATH 2413; Pre/Corequisite: PHYS 2425, READ 302 or equivalent ENGT 2307 (Engineering Materials I for Engineering Technology) Instruction in the making and forming of steel and the classification of steel, cast iron, and aluminum. Topics include mechanical and physical properties, non-destructive testing principles of alloying, selection of metals, iron carbon diagrams, principles of hardening and tempering steel, and the metallurgical aspects of machining. Topics will also include an overview of properties and uses of polymers and ceramics. Lecture Hrs = 3, Lab Hrs = 1 Prerequisite: MATH 320 and READ 301, ESOL 311, or equivalent ENGT 2310 (Introduction to Manufacturing Processes) Exploration of a variety of methods used in manufacturing. Theory and application of processes including but not limited to metal forming, welding, machining, heat treating, plating, assembly procedures, process controls considerations, casting and injection molding. ENTC 1191 (Special Topics in Engineering Technology, General) Topics address recently identified current events, skills, knowledge, and/or attitudes and behaviors pertinent to the technology or occupation and relevant to the professional development of the student. This course was designed to be repeated multiple times to improve student proficiency. Lecture Hrs = 1, LAB Hrs = 1 Pre/Corequisite: READ 301, ESOL 311, or equivalent ENTC 1343 (Statics) A study of the composition and resolution of forces and the equilibrium of forces acting on structures. Includes the concepts of friction, moments, couples, centroids, and moment of inertia. Lecture Hrs = 3, LAB Hrs = 1
Prerequisite: TECM 1349 or MATH 1414 or above; READ 301, ESOL 311, or equivalent INMT 1341 (Computer Integrated Manufacturing) A study of the principles and application of computer integrated manufacturing. Employs all aspects of a system including but not limited to integration of material handling, manufacturing, and computer hardware and programming. Lecture Hrs = 3, Lab Hrs = 0 Prerequisite: MCHN 2405; Pre/Corequisite: READ 300 or equivalent INMT 1371 (Intro to Digital Manufacturing) The purpose of this course is to give the student an introduction to various digital manufacturing methods including 3D printing technologies. Also included is a survey in advanced manufacturing technologies including metals, ceramics, and plastics through subtractive and additive processes. Lecture Hrs = 3, Lab Hrs = 0 INMT 2488 (Internship - Manufacturing Technology/Technician) A work-based learning experience that enables the student to apply specialized occupational theory, skills and concepts. A learning plan is developed by the college and the employer. Lecture Hrs = 0, Lab Hrs = 0, External Hrs = 24 Pre/Corequisite: DFTG 2419 and READ 301, ESOL 311, or equivalent
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