ACADEMIC CATALOG - Purdue University Calumet
ACADEMIC CATALOG - Purdue University Calumet
ACADEMIC CATALOG - Purdue University Calumet
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CIS 490 SENIOR PROJECT<br />
(Class 1 to 4, Lab. 1 to 4, Cr. 1 to 4)<br />
Independent study for seniors who desire to execute a<br />
complete computer oriented project.<br />
CIS 497 COMPUTER AND INFORMATIONAL SYSTEMS<br />
(Class 1 to 4, Cr. 1 to 4)<br />
Hours, credit, and subject matter to be arranged by staff.<br />
CMET - Construction<br />
Management Engineering<br />
Technology<br />
CMET 100 FRESHMAN EXPERIENCE FOR CMET<br />
(Class 1, Cr. 1)<br />
This course will include utilization of campus resources, goal<br />
setting, values exploration, relationship of academic planning<br />
and life goals, discipline-specific career exploration and critical<br />
thinking.<br />
CMET 101 TECHNICAL COMPUTATIONS<br />
(Class 2, Cr. 2)<br />
Co-requisite: MA 147<br />
A study of elements from algebra and trigonometry appropriate<br />
to surveying, estimating, statics, and other construction-related<br />
courses. Graphs and reports are included. Additionally, word<br />
processing, spreadsheets, and PowerPoint presentations will be<br />
included. The correct use of calculators will be addressed.<br />
CMET 102 TECHNICAL COMPUTATIONS<br />
(Class 2, Cr. 2)<br />
Co-requisite: MA 147<br />
A study of elements from algebra and trigonometry appropriate<br />
to surveying, estimating, statics and other construction-related<br />
courses. Graphs and reports are included. Additionally, word<br />
processing, spreadsheets and PowerPoint presentations will<br />
be included. The correct use of calculators will be addressed.<br />
CMET 190 CONSTRUCTION EXPERIENCE I<br />
(Class 1, Cr. 1)<br />
Minimum of ten weeks work experience in the construction<br />
industry, plus written report of directed academic project.<br />
CMET 280 QUANTITY SURVEY AND ESTIMATING<br />
(Class 2, Lab. 3, Cr. 3)<br />
Prerequisite: ARET 250 or CET 208<br />
A study of methods to estimate quantities of materials<br />
required in construction. Practice in making quantity surveys.<br />
Introduction to estimating labor and cost.<br />
CMET 291 CONSTRUCTION EXPERIENCE II<br />
(Class 1, Cr. 1)<br />
Minimum of ten weeks work experience in the construction<br />
industry, plus written report of directed academic project.<br />
CMET 325 STRUCTURAL APPLICATIONS<br />
(Class 2, Lab. 3, Cr. 3)<br />
Prerequisite: CET 280<br />
Techniques in analyzing statically determinant and indeterminate<br />
structures with a discussion of moment distribution.<br />
Standard design procedures for wood, steel, and concrete<br />
structures. Sizing of beams, columns and connections.<br />
CMET 335 SHORING, FORMWORK AND<br />
SCAFFOLDING DESIGN AND SAFETY<br />
(Class 3, Cr. 3)<br />
Prerequisite: CET 280 and CET 331 and CMET 341<br />
Fundamentals in the design of shoring; concrete forms for<br />
beams, columns, slabs and walls; the design and selection of<br />
scaffolding systems. A discussion of erection and fabrication<br />
techniques with an emphasis upon safety.<br />
CMET 341 CONSTRUCTION OPERATIONS<br />
(Class 3, Cr. 3)<br />
Management, methods and equipment used in the construction<br />
of buildings, earthworks, bridges and roads. Contractor<br />
organization, job management, and safety. Excavation, formwork,<br />
concrete, masonry, and steel erection methods.<br />
CMET 344 CONSTRUCTION INSPECTION<br />
(Class 2, Lab. 3, Cr. 3)<br />
Prerequisite: ARET 276 and CMET 341<br />
or consent of instructor Inspection procedures as applied to<br />
contracted construction, and the role inspection plays in the<br />
execution of the completed contract. The laboratory period is<br />
used for demonstration, guest lecturer presentations, and for<br />
field trips to construct sites, fabrication shops, and testing<br />
laboratories.<br />
CMET 390 CONSTRUCTION EXPERIENCE III<br />
(Class 1, Cr. 1)<br />
Minimum of ten weeks work experience in the construction<br />
industry, plus written report of directed academic project.<br />
CMET 442 CONSTRUCTION COSTS AND BIDDING<br />
(Class 2, Lab. 3, Cr. 3)<br />
Prerequisite: CMET 280 and CMET 341<br />
Estimating total job costs (material and labor, quality survey,<br />
overhead, subcontracts) and bidding practices of the construction<br />
industry, topics in construction law and ethics.<br />
CMET 445 CONSTRUCTION MANAGEMENT I<br />
(Class 3, Cr. 3)<br />
Prerequisite: CMET 344 and CMET 341 and CMET 450<br />
Business policy and problems relating to construction companies.<br />
Includes contractors’ organization, financial management,<br />
project management, supervision, cost analysis, and<br />
equipment economics, and topics in construction law and ethics.<br />
CMET 450 CONSTRUCTION SCHEDULING<br />
(Class 3, Cr. 3)<br />
Consent of instructor<br />
A study of the planning and control of construction projects.<br />
Time schedules for materials, labor and equipment, expediting<br />
material delivery, bar charts, Critical Path Method (CPM)<br />
scheduling. Precedence diagrams and Program Evaluation<br />
Review Techniques (PERT). The course emphasizes the use<br />
of computers for scheduling and updating of the construction<br />
process.<br />
CMET 487 DESIGN AND DEVELOPMENT<br />
FOR FACILITY MANAGEMENT<br />
(Class 2, Lab. 3, Cr. 3)<br />
A study of the functional relationships required to design<br />
modern commercial, office, hospital, industrial and institutional<br />
facilities. Development and leasing of commercial<br />
buildings. Design of office interiors including an introduction<br />
to furniture and communications systems. A basic introduction<br />
to drafting and blueprint reading.<br />
CMET 489 SENIOR PROJECT SURVEY<br />
(Class 1, Cr. 1)<br />
Students will develop a topic for the following design project,<br />
CMET 490. Students will establish project scope, general<br />
and specific objectives, literature review and background,<br />
and establish time schedules for completion of the project.<br />
Students are encouraged to develop alternative proposals.<br />
Students will analyze a previously completed senior project.<br />
Course Descriptions<br />
Course Descriptions<br />
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