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Undergraduate Bulletin - Loyola Marymount University

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394 / MECHANICAL ENGINEERING<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,<br />

trademark, and copyright law. Code of ethics for<br />

engineers. Professional societies. Total quality<br />

management.<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<br />

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

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

mechanisms. Rotor balancing. Computer simulations.<br />

Lecture, 3 hours.<br />

Prerequisite: MECH 231.<br />

MECH 340<br />

Engineering Systems II<br />

3 Semester Hours<br />

Process dynamics, instrumentation, and feedback applied<br />

to automatic process control.<br />

Lecture, 3 hours.<br />

Prerequisite: MATH 245.<br />

MECH 341<br />

Mechanical Engineering Lab I<br />

2 Semester Hours<br />

Students, working in teams, implement experimental<br />

projects in the disciplines of material science, mechanics<br />

of materials, fluid mechanics, and thermodynamics. Lab<br />

safety, instrumentation, test planning, data analysis, and<br />

report writing are emphasized.<br />

Lecture/Laboratory, 3 hours.<br />

Prerequisite: Junior standing.<br />

MECH 342<br />

Mechanical Engineering Lab II<br />

2 Semester Hours<br />

A continuation of MECH 341 with projects in the<br />

disciplines of metallurgy and heat transfer. Lab safety,<br />

statistical data analysis, and report writing are<br />

emphasized.<br />

Lecture/Laboratory, 3 hours.<br />

Prerequisite: MECH 341.<br />

Corequisites: MECH 315 and 353.<br />

MECH 353<br />

Heat Transfer<br />

3 Semester Hours<br />

The fundamentals of conduction, convection, and<br />

radiation heat transfer. Thermal analysis and design of<br />

components and devices. Numerical analysis of heat<br />

conduction problem.<br />

Lecture, 3 hours.<br />

Prerequisite: Junior standing in Engineering Physics or<br />

Mechanical Engineering.<br />

MECH 398<br />

Special Studies<br />

1-3 Semester Hours<br />

MECH 399<br />

Independent Studies<br />

1-3 Semester Hours

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