INTRO CIVIL ENGINEERING (2)
Introduction to the field of Civil Engineering with discussion of the history and practice of civil engineering, sustainability, career success, and the various disciplines within the field of Civil Engineering.
PRINCIPLES OF DRAFTING W/LAB (3)
Fundamentals of multi-view engineering drafting, including lettering, line types, line weights, sketching, orthographic projection, standard section views, auxiliary views, and dimensioning standards.
COMPUTER AIDED DRAFTING I W/LAB (5)
AutoCAD drafting, drawing, editing, dimensioning, drawing aids, layer control, blocks, symbols libraries, and plotting.
COMPUTER AIDED DRAFTING II W/LAB (5)
Emphasizes advanced AutoCAD commands, including assigning and extracting block attributes, creating attribute reports, incorporating and managing external references, isometric drawings, creating dimension styles, use of multiple view ports, and an introduction to 3-D wire frame models. Prerequisites: CET 112 or instructor permission.
COMPUTER AIDED DRAFTING III W/LAB (5)
Develop sound computer-aided drafting. Emphasis is placed on importing survey points, defining parcels, creating 3D terrain models, calculating cut and fill volumes, and creating contours with labels. Prerequisite: minimum 2.0 grade in CET 113 or instructor permission.
SURVEYING I (5)
Fundamentals of plane surveying, including measurements of elevation, distance, and direction. Basic surveying computations will be performed. Emphasis will be placed on hands-on survey technique and sound fieldnote form. Concurrent enrollment in MATH 110 and CET 120, or instructor's permission.
SURVEYING II (5)
Class introduces survey software including electronic data collectors. Field notes are used to perform computation and adjustments of traverses. Topics include: calculating land parcel areas, elements of legal descriptions, and legal principles of boundary surveys. Prerequisite: minimum 2.0 grade in CET 120.
SURVEYING III (4)
Further practice in traverse and levels under more challenging field conditions. Introduction to field techniques in location of highway curves, topographic mapping and corner stake-out. Introduction to the Global Positioning System. Prerequisites: CET 120 and 121.
SURVEY COMPUTATIONS (3)
Land surveying calculations using coordinate geometry, including forward and inverse computations, intersections, parcel areas, and short plats. Computations of structure quantities from construction plans, including surface areas and volumes. Manual and computer-based solutions. Prerequisites: CET 121 and MATH 110.
COOPERATIVE WORK EXPERIENCE (1-12)
See description under COOP 190 for more information.
CIVIL PLAN READING (2)
Interpretation of civil construction plans and documents. Basic quantity calculations and construction cost estimations. Course will involve some individual out of class travel. Prerequisite: minimum 2.0 grade in CET 114 and CET 122; BTEC 214 (Excel).
CIVIL SOFTWARE APPLICATIONS (2)
This course involves the use of spreadsheets and computer aided drafting software to solve engineering problems. Recommended co-requisites are CET 251 and 261.
LAND SURVEY SYSTEMS (3)
The history and applications of the U.S. Public Land Survey system. Restoration of lost and obliterated corners and subdivision of sections. Elements of legal descriptions. Legal principles of boundary surveys. Introduction to state plane coordinates. Prerequisites: CET 122, 132.
ENGINEERING MECHANICS (5)
A study of basic concepts in statics and engineering mechanics related to the analysis of internal and external forces acting on structural members and systems. Prerequisite: PHYS& 100 and MATH 110.
CONSTRUCTION MATERIALS (3)
Study of basic construction materials including steel, plastics, concrete and asphalt. Concrete mix design/test and evaluation of materials per WSDOT Standard Specifications.
SOILS MECHANICS W/LAB (5)
A study of the basic engineering properties of soils, aggregates, and other subsurface materials, including sampling, testing, and evaluation for use as foundation or structural materials. Prerequisite: GEOL 100 and minimum 2.0 grade in CET 250.
HIGHWAY ENGINEERING (5)
Introduction to highway engineering principles. Study of highway components, geometrics, and traffic. Design of bases, flexible and rigid pavements with an overview of maintenance and rehabilitation techniques. Prerequisite: minimum grade of 2.0 in CET 251, CET 122 and CET 132.
A study of the basic theory of hydrostatics and fluid mechanics with emphasis on the fundamentals of flow in pipes and open channels and the construction of water distribution systems. Prerequisite: minimum grade of 2.0 in CET 251, 122 and CET 132.
ENVIRONMENTAL TECHNOLOGY (5)
Introduction to environmental technology focusing on sanitary sewerage, septic systems, storm-water quality and treatment, and the environmental impacts of land development. Prerequisite: minimum 2.0 grade in CET 260.
HYDROLOGY & STORMWATER MANAGEMENT W/LAB (5)
A study of hydrological processes and storm-water quantification for use in civil engineering site design and planning. Prerequisite: minimum 2.0 grade in CET 260.
ELEMENTS OF DESIGN (5)
Study of civil engineering design and construction practices involved in land development. Students will use current software and tools to complete technical drawings and designs complying with local design standards. Prerequisite: minimum 2.0 grades in CET 114, CET 200, CET 210, CET 261, and CET 262.
LAND PLANNING AND PERMITTING W/ LAB (5)
Study of the fundamentals of land use planning and urban design methods related to land development projects. Focus on project permitting processes at the city, county, and state levels in accordance with Washington State laws. Co-requisite: CET 270.