17 courses with the subject CIVL, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
CIVL 1131Beginning Survey5
Introduces the three basic surveying tools - the tape, level and transit/theodolite - along with proper field procedures for basic surveying which include taking field notes, taping and EDM, leveling, bearings and azimuths, topography, and mapping. Learning Outcomes Understand the mathematical basis of angle measurement Know the sources of error in distance measurement and determination of elevation Measure distances with a tape Accomplish the measurement of a basic traverse Define GPS Explain what surveying is and what a surveyor does Be able to describe and use a total station Understand and write field notes Accomplish a level loop within appropriate precision Use an automatic level to produce survey notes and drawings Define GIS
This is the first course in Computer Aided Design (CAD) labwork for Civil Engineering Technology Students using AutoCAD software. It will present the fundamentals of AutoCAD including but not limited to command structure, setting units and limits, drafting primitives, layering, use of editing tools, grid, snap, and axis commands. The assignments require extensive use of the Civil Engineering Technology CAD lab. Learning Outcomes View and manipulate drawings Work with drawing files Print and plot drawings Place raster images and vector files into drawings Draw and modify drawings with AutoCAD Adjust layers and object properties Use inquiry commands, the Design Center, and Tool Palettes Use annotative objects Create section views and multiview drawings Work in paper space with viewports and borders Use references, and object linking and embedding Dimension drawings Design and insert blocks with and without attributes Set up drawings Put together sheet sets. Place text and tables in drawings Do basic pencil drawings and sketch basic objects
Prerequisites CIVL 1151 An introduction to large scale mapping as used in highway and site design. Laboratory exercises include preparation of site plans, boundary surveys, and road plans. Laboratory exercises make extensive use of Autodesk Civil 3D. Learning Outcomes Calculate dirt volumes Create, and modify assemblies Create, modify, and edit right-of-ways and parcels Create and modify profiles Create and edit feature lines Create, and modify corridors Create, modify, and edit surfaces Create grading Create cross-section sample lines and views Work with pipe networks Understand the Civil 3D Environment Create, modify, and edit alignments Import, create, and manage points
This course covers the basics of horizontal and vertical curve geometry as used in highway design before undertaking the study of more advanced surveying topics including: use of mass diagrams to track earthwork on highways, control surveying mathematics, universal coordinate systems, and boundary location . Laboratory exercises will vary between CAD drawings and outdoor exercises. Learning Outcomes Understand the geometry of horizontal and vertical curves Understand the calculations used for spiral curves Understand control surveying techniques and calculations Use CAD to prepare plan and profile drawings Understand and apply mathematical methods for establishing location in non-Euclidian space Appreciate and understand global positioning systems (GPS) Understand fundamentals of geographic information systems (GIS)
A course on fundamental construction layout principles required for typical construction projects. Topics include: basic control networks, coordinate systems and coordinate geometry, alignment and grade for structures, roadway, and utilities, data collector use, and RTK GPS data acquisition, positioning, and mapping. Learning Outcomes Develop a route location for a transportation project Use Robotic and total station equipment for setting construction corners and evaluations Summarize the proper use of the total station and data collector software and hardware Perform a field survey for control, topographic and planimetric surveys Design and layout roadways using civil and surveying CAD software/hardware and surveying equipment Perform a field survey to slope stake a roadway Prepare route surveying documentation for different types of projects
Determination of soil composition and structure is the first phase of project delivery for every type of civil engineering related activity. This course covers the classification of soils through: soil exploration, basic geology, hydraulics of groundwater, weight-volume relationships, sampling procedures, stresses, strains, bearing capacity, settlement and expansion, compaction, stabilization, and an introduction to foundations and retaining walls. Soil mechanics are determined by both field andlaboratory test methods. In this course, you will gain hands on experience by applying the methods that are commonly performed to determine soil mechanics. This course also familiarizes students with lab and testing procedures for testing constructin materials. Topics include sieve analysis, relative density, compaction tests, Atterberg limits, and soil classification, concrete strength testing, and bituminous sampling. Learning Outcomes Develop the ability to apply problem solving skills to engineering applications of soil mechanics Gain hands on experience and become familiar with laboratory testing applications of soil mechanics Understand concrete testing Understand nuclear soils testing by reading and demonstration Use the MnDOT construction manual for material specification Be aware of the testing done on bituminous materials used in roadway construction Understand the integral part testing plays in construction Gain the ability to determine soil composition and structure through common engineering practices Sample materials in the field on a construction site Administer tests on soils to classify them Understand material density
This course is an introduction to storm water management as it relates to the design of storm water conveyance systems, and ponds using various engineering tools. Students will learn calculating runoff, pipe design and sizing. Learning Outcomes Fundamental hydrology Hydraulic devices Detention design Develop the ability to analyze spatial and tabular data and apply problem solving skills to engineering applications Culvert hydraulics Culvert design Learn how to operate GIS software and utilize all data types Hydraulics and hydrology in engineering Fluid mechanics, hydrostatics, and hydrodynamics Open channel hydraulics
Prerequisites CIVL 1151 An introductory course in photogrammetry using UAV (unmanned aerial vehicle) aka drones. Students will learn the correct use of drones as a survey/map making aid. Students will fly a drone and acquire data for use in making plans and maps for civilprojects. Learning Outcomes Learn how to ethically and legally use drones Fly and acquire data with the use of a UAV Learn of other uses of drones like bridge inspection Post process the data and insert it into AutoCad Civil 3D Learn FAA rules and regulations
CIVL 2121Construction Inspection and Project Management4
Develop an understanding of the various roles that the construction inspector plays, and methods used by the construction inspector to document and enforce compliance with the specifications of a construction contact. This course also introduces thestudent to a key element of the Civil Engineering task: Project Management. The student will learn the elements of managing a construction project and work out project schedules by hand and with PM software programs. Learning Outcomes Familiarize the students with an overview of construction inspection Learn how project specifications are interpreted and implemented in the field Estimate project times and costs Explain what project management is and what a project manager does Provide examples of Construction Inspection being utilized on construction sites, at aggregate, concrete, and bituminous plants, and in a testing lab environment Be able to manage a project from beginning to end.
Prerequisites CIVL 1222 An advanced course on fundamental land survey principles required for typical boundary establishment. Topics include: Legal Description reading/writing, adverse possession, Junior/Senior rights, Riparian rights, Land Survey case law, and covers MN Rules on Land Surveys. Learning Outcomes Understand condominium platting and Common Interest Community (CIC) plats. Assemble a boundary survey Understand the basics of ALTA/ACSM Land Title Surveys Understand platting under MN statues 505 Familiarity with the Public Land Survey System (PLSS), including history of the Government Land Office(GLO) Introduction to legal description writing and interpretation Understand easements and other title encumbrances Understand the basics on property registration (Torrens) Contrast property rights
Prerequisites CIVL 1222 An advanced drafting course for the drafting of subdivision plats under MN Statutes 505 and others. Students will utilize AutoCad Civil 3D to render the plats. Students will also learn rules that apply to the drafting and recording of plats. Learning Outcomes Break down sections in the US rectangular survey to establish boundaries Layout right of way for streets Learn zoning rules and regulation that affect subdivisions Learn sustainable uses of land and resources Create subdivisions for recording
Prerequisites CIVL 1222 This course is an introduction to the design of sites, and buildings with methods, materials, and philosophies that produce sustainability and protect the worlds ecosystems. Learning Outcomes Be able to integrate Eco sensitive elements into site design Define own values related to green design Know how to deal with construction related waste in an ecologically appropriate manner Know how to integrate project management with the requirements of green design Define the steps in integrated design Define the components of a green roof and know how it is constructed
Prerequisites CIVL 2155 This course is a comprehensive introduction to the estimating practices used in the construction industry. Learning Outcomes Working knowledge of modern construction materials and methods Understand and use various resources for estimating of construction cost components Be able to read and analyze drawings and specifications for estimating purposes Know and be able to use various methods for conducting an estimate Be able to use Sage Timberline Estimating Software for estimating various kinds of construction work Be able to define the various levels of estimating
Prerequisites CIVL 1251 This course is an introduction to the Properties of Construction Materials normally used in Civil Engineering applications. Learning Outcomes Understand the properties of various construction materials
Learning Outcomes Be able to use Sage Timberline Estimating Software for estimating various kinds of construction work Know and be able to use various methods for conducting an estimate Working knowledge of modern construction materials and methods Understand and use various resources for estimating of construction cost components Be able to define the various levels of estimating
CIVL 2970Internship3
This course is required for graduation and consists of a minimum of 96 hours of experience in the Civil Engineering Technology industry as an intern. Intern tasks can vary: surveying, construction inspection, CAD work, and office work of a Civil Engineering Technician.
First year CET classes. Learning Outcomes Display continuous enthusiasm Exhibit professionalism when in the field in the utmost fashion Perform duties as told by internship sponsor Display continuous good work habits Perform jobs as directed Perform internship evaluation Perform safe internship practices Display proper work attire Demonstrate good worker skills Display good order taking directions Exhibit good listening skills Display good worker attitude Demonstrate on time performance
