courses of instruction - Lafayette College
courses of instruction - Lafayette College
courses of instruction - Lafayette College
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ENGINEERING/CIVIL AND ENVIRONMENTAL<br />
311. Fundamentals <strong>of</strong> Structural Engi<br />
neering. This course provides a founda<br />
tion in the principles <strong>of</strong> structural engi<br />
neering. Both design and analysis aspects<br />
are addressed. Topics include types and<br />
optimization <strong>of</strong> structural systems, design<br />
codes and standards, loads and load<br />
paths, load and resistance factor design<br />
principles, construction issues, consider<br />
ations <strong>of</strong> economics, and the roles <strong>of</strong> the<br />
various design and construction pr<strong>of</strong>es<br />
sionals. Structural engineering s<strong>of</strong>tware<br />
utilized in assignments and projects. Lec<br />
ture/laboratory. Prerequisite: ES 230. Of<br />
fered in fall semester. S taff<br />
331. Civil Engineering Project Manage<br />
ment. This course addresses management<br />
<strong>of</strong> civil engineering projects, including<br />
planning and feasibility studies, environ<br />
mental assessments, resource develop<br />
ment, design, construction, and other<br />
types <strong>of</strong> projects in which civil engineers<br />
are involved. Topics include definition<br />
and scheduling <strong>of</strong> project tasks and re<br />
source management. The course also<br />
provides an overview <strong>of</strong> the concepts and<br />
analytical techniques <strong>of</strong> engineering eco<br />
nomics, including present and annual<br />
worth analysis, capitalized cost analysis,<br />
rate <strong>of</strong> return analysis, cost/benefit analy<br />
sis, and sensitivity analysis. The course<br />
introduces students to s<strong>of</strong>tware packages<br />
used in project management and econom<br />
ic analysis. Lecture. Prerequisite: ES 225.<br />
Offered in fall semester. Staff<br />
341. Transportation Systems. Technical<br />
and policy related aspects <strong>of</strong> transporta<br />
tion systems. Topics include traffic analy<br />
sis and control, traffic flow theory, geo<br />
metric design, capacity analysis and level<br />
<strong>of</strong> service, transportation demand analy<br />
sis, and transportation planning.<br />
Computer applications. Design projects<br />
include oral presentations and written<br />
reports. Lecture/discussion. Prerequisites:<br />
Mathematics 264 and junior or senior<br />
standing in engineering. Offered in fall<br />
semester. Staff<br />
361. Geotechnical Engineering. An intro<br />
ductory course in soil mechanics and geo-<br />
92<br />
technical engineering. Studies include the<br />
classification, permeability, consolidation,<br />
and strength <strong>of</strong> soils in lecture and labora<br />
tory settings. Written reports for laborato<br />
ry and design results are required. Discus<br />
sion <strong>of</strong> traditional design methods in<br />
foundation engineering is included.<br />
Lecture/laboratory. Prerequisites: ES 230<br />
and CE 251, or permission <strong>of</strong> the instruc<br />
tor. Offered in fall semester. S taff<br />
372. Design II. Properties and tests <strong>of</strong><br />
materials used in civil engineering appli<br />
cations, including buildings, transporta<br />
tion systems, utility systems, and rein<br />
forced earth. Introduction to laboratory<br />
and field measurement techniques to as<br />
sess material performance capabilities <strong>of</strong><br />
steel, concrete, wood, masonry, fiber-rein<br />
forced composites, and geotextiles. Tech<br />
nical report preparation. Introduction to<br />
material structure, properties, and pro<br />
cessing. Material selection in design <strong>of</strong> civ<br />
il engineering systems through the use <strong>of</strong><br />
design codes and standards. Laboratory<br />
testing for quality assurance and perfor<br />
mance evaluation in service are included<br />
through labs and design projects. Lecture/<br />
laboratory. Prerequisite: junior standing.<br />
Offered in spring semester. S taff<br />
473. Design III. Students work in teams<br />
to develop the design <strong>of</strong> a comprehensive<br />
and realistic project that involves several<br />
interrelated civil engineering disciplines.<br />
At the end <strong>of</strong> the project, they are required<br />
to submit a detailed set <strong>of</strong> design draw<br />
ings and related documents, as well as<br />
present the results orally. Participants de<br />
velop skills in project design, project man<br />
agement, engineering report preparation<br />
and presentation, leadership, and are also<br />
given an opportunity to utilize many <strong>of</strong><br />
the skills learned in previous <strong>courses</strong><br />
within the CE disciplines. Lecture/discus<br />
sion. Prerequisite: senior standing. Offered<br />
in spring semester. Staff<br />
DEPARTMENTAL ELECTIVES<br />
390, 391. Independent Study or Research.<br />
Independent study or research projects se<br />
lected based on the background and inter-