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Undergraduate Bulletin - Loyola Marymount University

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410 / MECHANICAL ENGINEERING<br />

MECH 270<br />

Materials<br />

3 Semester Hours<br />

Introduction to the chemistry and physics of different<br />

materials. Types of materials (metals, ceramics, polymers,<br />

and composites) and the relation between their structure and<br />

properties. Selection of materials in different applications.<br />

Lecture, 3 hours.<br />

Prerequisite: MATH 101 or higher, or placement into MATH<br />

106 or higher.<br />

MECH 275<br />

Energy and the Environment<br />

3 Semester Hours<br />

The basic concepts of temperature, heat, and energy<br />

conversion; various methods of energy conversion including<br />

stationary electric power plants, nuclear energy, solar<br />

heating and cooling, wind energy, geothermal energy, and<br />

ocean thermal energy; the effects of energy conversion on<br />

the environment.<br />

Lecture, 3 hours.<br />

Prerequisite: MATH 101 or higher, or placement into MATH<br />

106 or higher.<br />

MECH 278<br />

The Science of the Automobile<br />

3 Semester Hours<br />

An introduction to today’s automotive technology, and<br />

the science that supports it, using a systems approach<br />

to automotive design. Automotive design, function, and<br />

features are discussed, along with the manufacturing<br />

processes involved in automotive construction and the<br />

effect of globalization on the automotive industry.<br />

Lecture, 3 hours.<br />

Prerequisite: MATH 101 or higher, or placement into MATH<br />

106 or higher.<br />

MECH 298<br />

Special Studies<br />

1-3 Semester Hours<br />

MECH 299<br />

Independent Studies<br />

1-3 Semester Hours<br />

MECH 300<br />

Professional Seminar<br />

1 Semester Hour<br />

Preparation for professional work and graduate studies.<br />

Resume and cover letter. Mock interviews. Career options:<br />

small, medium, and large firms; consulting; government<br />

service. US and foreign graduate schools, patent, trademark,<br />

and copyright law. Professional societies.<br />

Lecture, 1 hour.<br />

MECH 312<br />

Materials Science<br />

3 Semester Hours<br />

A study of metallic, polymeric, and ceramic materials,<br />

emphasizing dependence of mechanical and electrical<br />

properties on solid-state bonding forces and microstructure.<br />

Introductory design considerations.<br />

Lecture, 3 hours.<br />

Prerequisites: CHEM 110 and 111.<br />

Corequisite: MECH 341.<br />

MECH 315<br />

Metallurgical and Materials Engineering<br />

3 Semester Hours<br />

A concise introduction to the relationship of the<br />

microstructures and processing of metallic, ceramic,<br />

polymer, and composite materials and their relation to the<br />

properties required in engineering design.<br />

Lecture, 3 hours.<br />

Prerequisites: CIVL 200 and MECH 312.<br />

Corequisite: MECH 342.<br />

MECH 334<br />

Dynamics II<br />

3 Semester Hours<br />

Rigid body dynamics, rotating frame. Graphical methods for<br />

kinematics. Kinematics and elements of dynamics of planar<br />

linkages and gears. Synthesis of simple mechanisms.<br />

Degrees of freedom and mobility analysis. Computer<br />

simulations.<br />

Lecture, 3 hours.<br />

Prerequisite: MECH 231.

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