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MT 222: Computer-Aided Engineering Graphics
2.00 Credits
CUNY New York City College of Technology
1 cl hrs, 3 lab hrs, 2 cr The application of the principles developed in IND 1112 to more complex detail and assembly drawings. Subject areas covered are: tolerancing for interchangeable manufacturing, design and layout of gears, gear trains, linkages and double auxiliary views. Laboratory work utilizes computer-aided drafting (CAD) systems. Prerequisite: IND 1112/DD 112; preor corequisite: MAT 1275/MA 275
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MT 222 - Computer-Aided Engineering Graphics
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MT 233: Statics and Strength of Materials
3.00 Credits
CUNY New York City College of Technology
3 cl hrs, 1 lab hr, 3 cr The foundation for most of the courses in the mechanical engineering technology curriculum and the basis of machine and structural design. Included are the basics in problem-solving, significant figures, dimensional analysis and engineering graphs. In addition, the following are covered in depth: statics, stress and strain, properties of materials, joints, thin-walled pressure vessels, centroid and center of gravity, moment of inertia and beam analysis and design. Prerequisites: IND 1112/DD 112, MAT 1275/MA 275
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MT 233 - Statics and Strength of Materials
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MT 240: Computer Applications in Mechanical Engineering Technology
2.00 Credits
CUNY New York City College of Technology
1 cl hr, 3 lab hrs, 2 cr Computer applications in mechanical engineering technology that give the student a working knowledge in using the computer as a tool. The student develops programming skills in a modern high-level programming language and applies these skills in performing engineering and technical calculations, data entry and data retrieval. The computer is also applied as a design tool. The student is introduced to computer graphics and to using the computer as a machine controller. Prerequisites: IND 1112/DD 112, MAT 1275/MA 275
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MT 240 - Computer Applications in Mechanical Engineering Technology
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MT 322: Engineering Materials
3.00 Credits
CUNY New York City College of Technology
2 cl hrs, 2 lab hrs, 3 cr An introduction to physical metallurgy and engineering materials. Structure of materials and their applications. Properties of materials, ferrous and non-ferrous metals, alloys, polymers, ceramics composites, adhesives and lubricants. Heat treatment, cold and hot working, phase diagrams and microstructure. Experiments are performed on hardness, plastic deformation, annealing, nondestructive testing, metallurgy and computer problem-solving. Pre- or corequisite: PHYS 1433/SC 433 or equivalent
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MT 322 - Engineering Materials
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MT 333: Strength of Materials II
3.00 Credits
CUNY New York City College of Technology
3 cl hrs, 3 cr A continuation of MT 233 - Statics and Strength of Materials. Topics covered (with computer applications) are review of beam design, torsion, combined stresses, columns, working stresses, sharing and screw fasteners. Prerequisites: IND 1112/DD 112, MECH 1233/MT 233; corequisite: MAT 1375/MA 375
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MT 333 - Strength of Materials II
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MT 335: Kinematics and Dynamics of Machines
3.00 Credits
CUNY New York City College of Technology
2 cl hrs, 2 lab hrs, 3 cr Introduces students to the concepts of planar mechanisms, such as linkages and cams. Students learn the basic knowledge of velocity, acceleration and force analysis of mechanisms using analytical, experimental and computer methods. They learn Newton's laws, work, energy, impulse, momentum, conservative force fields and impact. Rotation and plane motion of rigid bodies is introduced. Prerequisites: MECH 1222/MT 222, MECH 1233/MT 233, MECH 1240/MT 240; corequisite: MAT 1375/MA 375
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MT 335 - Kinematics and Dynamics of Machines
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MT 410: Machine Design
4.00 Credits
CUNY New York City College of Technology
3 cl hrs, 2 lab hrs, 4 cr Application of basic principles of design and analysis of selected machine elements, such as: brakes, clutches, springs, screws, shafts, bearings, cams, gears and gear trains. Students learn how to design simple and complex mechanical components and systems. The student should be able to synthesize a reasonable solution to a given design problem, analyze the proposed solution, judge its suitability and produce engineering drawings. End-of-term project with computer-aided oral presentation. Prerequisites: MAT 1375/MA 375, IND 2304/DD 304; corequisites: MECH 2335/MT 335, MECH 2333/ MT 333
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MT 410 - Machine Design
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MT 426: Materials Testing Laboratory
1.00 Credits
CUNY New York City College of Technology
2 lab hrs, 1 cr Physical properties of steel, cast iron, concrete, timber and nonferrous materials are determined using standard tension, compression, shear, torsion, ductility, bending and hardness tests which are performed in accordance with ASTM standards. Utilization of strain gauges is introduced. Prerequisites: MECH 1233/MT 233, MECH 1240/MT 240; pre- or corequisites: MAT 1475/MA 475, MECH 2333/MT 333
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MT 426 - Materials Testing Laboratory
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MT 430: Thermodynamics
3.00 Credits
CUNY New York City College of Technology
3 cl hrs, 3 cr Basic concepts of thermal energy conversion. Dual use of S.I. and English engineering units, gas laws, fluid processes, first and second laws of thermodynamics, theoretical cycles, internal combustion engines, gas turbines and jet engines, refrigeration cycles and the heat pump. Heat transfer through radiation, conduction and convection. Computer problem-solving. Prerequisites: MECH 1233/MT 233, MAT 1375/MA 375, PHYS 1433/SC 433; corequisites: MAT 1475/MA 475, PHYS 1434/SC 434
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MT 430 - Thermodynamics
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MT 900.1: Internship in Mechanical Engineering Technology
4.00 Credits
CUNY New York City College of Technology
1 cl hr, 8 field hrs, 4 cr An alternative course to MT 410. Assignment to field work/study situations of approximately nine hours per week at one of the following; a local manufacturer, an engineering research company, or an engineering laboratory. Each student keeps a log/journal to be shared in group seminars and also completes a term report. Supervision by faculty and job supervisors. Prerequisites: MECH 1201/MT 201, MECH 1222/MT 222, MECH 1240/ MT 240
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MT 900.1 - Internship in Mechanical Engineering Technology
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