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Course Criteria
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1.00 Credits
Introduction to writing computer code to solve mechanical engineering problems. The use of MATLAB as a programming language is developed. Prerequisite: enrollment in the College of Engineering or consent of the Department Chair.
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1.50 Credits
An introduction to technical writing in mechanical engineering. Common technical formats such as reports, email, and memorandums will be covered. Topics include outlining, figure and table development, paragraph and sentence development, and overall communication of technical matter. Corequisite: ME 209.
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3.00 Credits
A study of individual particles and systems of particles in rectilinear and curvilinear motion in two and three dimensions. The course includes motion of a rigid body in translation, rotation, and general plane motion; forces involved in moving systems; use of work and energy relations; and impulse and momentum. Prerequisites: MATH 132 and GE 109.
Prerequisite:
MATH-132 AND GE-109
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3.00 Credits
(Also offered as CE 215 and PHYS 215.) Concepts of stress and strain, stress-strain relationships, states of plane stress and strain at a point; elementary analysis of stress distributions and deformations for axial loading of prismatic members, torsional loading of circular shafts and bending of beams, combined loading; plastic elastic action, and an introduction to statically indeterminate problems. Prerequisite: GE 109.
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3.00 Credits
(Also offered as PHYS 252.) A study of structure-property-processing relationships of engineering materials related to their selection in design and manufacturing processes. Methods of controlling structure and mechanical properties of materials are studied with an emphasis on the strengthening mechanisms. Processes studied include solidification, phase transformation, and mechanical working of metals. Prerequisites: MATH 132 and CHEM 115 or CHEM 121.
Prerequisite:
MATH-132 OR MATH-152
Corequisite:
ME-252L AND CHEM-115
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0.50 Credits
A laboratory experience in manual machine shop operations including shop safety, inspection, operation planning, and metal cutting. Prerequisite: ME 104.
Prerequisite:
ME-104
Corequisite:
ME-253L
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0.50 Credits
Seven laboratory experiences will introduce AC and DC analog circuit analysis. Students will design, build, and analyze electrical circuits. Corequisite: ECE 261.
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4.00 Credits
(Also offered as PHYS 333.) A study of fundamental concepts and physical principles involved in the science of measurement and design of experiments. Experiments involve calibration and testing (both static and dynamic) of primary elements, signal amplifiers, transducers and readout devices. Experimentation utilizes laboratory and industrial instruments. Extensive use is made of computer data acquisition and analysis. Prerequisites: CORE 110 and PHYS 142; corequisite: ME 225, ECE 250, or ME 370;
Prerequisite:
(CORE-110 OR CC-110) AND PHYS-142 AND ME-270
Corequisite:
ME-333L AND ME-225 AND ECE-251
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4.00 Credits
Descriptive and analytical treatment of manufacturing processes and production equipment. Topics include metal forming, metal cutting, plastic fabrication, Statistical Process Control (SPC), and Computer Numerical Control (CNC). Prerequisites: ME 125, ME 215, and ME 252; corequisite: ME 253.
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3.00 Credits
Graphical and analytical approaches to kinematic analysis and synthesis of linkages, gears and cams. Linkage topics include displacement, velocity and acceleration analysis along with type, number and dimensional synthesis. Fundamentals of gears and gear trains are investigated. Cam sizing and application of motion programs to cam design are considered. Prerequisites: ME 209 with a grade of C or better and ME 225; corequisite: MATH 253.
Prerequisite:
ME-209 AND ME-225
Corequisite:
MATH-253
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