May 18, 2024  
2021-2022 Catalog 
    
2021-2022 Catalog [ARCHIVED CATALOG]

Course Descriptions


The following pages contain descriptions of all the courses offered at Lee College. The four letter rubric for a course identifies the subject area, for example HIST is History. The courses are listed in alphabetical order based on this rubric. Important information is contained within each course description: Semester Credit Hours (SCH), title, prerequisites and corequisites, lecture/laboratory/practicum/other hourly breakdown, and other course specific requirements or information.

Course Numbering System

Lee College participates in the Texas Common Course Numbering System which designates equivalent course content among many public and some private colleges and universities in the state of Texas. Its purpose is to assist students in making a smooth transfer from one postsecondary institution to another. However, the fact that a course is not part of the numbering system does not necessarily mean that it will not transfer or meet degree requirements.

Each course has an individual alphanumeric code (such as ENGL 1302 ). The alphabetic part of the code indicates the subject area.

The first number (of the four digit numbers) generally indicates the rank of the course:

1 – Freshman level or Beginning.
2 – Sophomore level or Advanced.
The second number indicates the number of SCH.
The third and fourth numbers are assigned to each course with some designating a required sequence of completion. See prerequisites for required order.

Prerequisite and Corequisite

A prerequisite is a course that students are required to master before entering the described course. Students are expected to pass prerequisite courses with a C or better in order to enroll in the course. Some prerequisite courses (developmental courses) have placement score equivalences that allow students to demonstrate competency at the level expected by the prerequisite course. Prerequisites are an important feature of student preparation for success.

A corequisite course is taken simultaneously. The condition of corequisite enrollment requires completion of both courses. If for any reason a student is unable to complete the corequisite, the student will be withdrawn from the course as well. For this reason, it is best to enroll and complete corequisites in advance when possible, unless a program specifically calls for co-enrollment.

Developmental Courses

Students often require preparatory courses before enrolling in college level courses. At Lee College developmental courses are offered in English, Reading, and Mathematics.

All three subject areas have several levels of curriculum designed to provide students progression from current abilities to college readiness. Developmental courses do not transfer nor are they part of degree or certificate plans. Developmental course numbers begin with a zero and are displayed as a rubric followed by a three digit number (e.g., MATH 0310  is listed as MATH 310 ).

Notes:

Ω Indicates courses taught with optional honors contracts.
Σ Indicates honors courses (see Enrollment Into Special Programs  for more information on the honors program).

 

Wireless Networking

  
  • ITNW 2412 - Routers


    Credits: 4
    Router configuration for local area networks and wide area networks.  Includes Internet Protocol (IP) addressing techniques and intermediate routing protocols.
    Lecture Hrs. = 3, Lab Hrs. = 3
    Pre/Corequisites:  ENRD 401   or equivalent
  
  • ITNW 2453 - Advanced Routing and Switching


    Credits: 4
    Advanced concepts for the implementation, operation, and troubleshooting of switched and routed environments.  Emphasizes advanced routing protocols, Multi Protocol Label Switching (MPLS), and advanced security.
    Lecture Hrs. = 3, Lab Hrs. = 3
    Pre/corequisite:  ITNW 2412  

Welding

  
  • WLDG 1200 - Introduction to Welding


    Credits: 2
    Equipment used in oxy-fuel and arc welding.  Includes cutting of ferrous metals.  Emphasizes welding and cutting safety and basic welding processes.
    Lecture Hrs. = 1 Lab Hrs. = 2
  
  • WLDG 1312 - Introduction to Flux Cored Arc Welding


    Credits: 3
    An overview of terminology, safety procedures, and equipment setup. Practice in performing various joints using Flux Cored Arc Welding (FCAW) equipment.
    Lecture Hrs. = 2, Lab Hrs. = 2
    Prerequisite: READ 300/REBR 300 or equivalent
  
  • WLDG 1313 - Introduction to Blueprint Reading for Welders


    Credits: 3
    A study of industrial blueprints. Emphasis placed on terminology, symbols, graphic description, and welding processes. Includes systems of measurement and industry standards. Also includes interpretation of plans and drawings used by industry to facilitate field application and production.
    Lecture Hrs. = 3, Lab Hrs. = 0
    Pre/Corequisite: READ 300/REBR 300 or equivalent
  
  • WLDG 1323 - Welding Safety, Tools, and Equipment


    Credits: 3
    An introduction to welding equipment and safety practices, including OSHA standards for industry.
    Lecture Hrs. = 3, Lab Hrs. = 0
    Pre/Corequisite: READ 300/REBR 300 or equivalent
  
  • WLDG 1327 - Welding Codes


    Credits: 3
    An in-depth study of welding codes and their development in accordance with structural standards, welding processes, destructive and nondestructive test methods. Includes API 1104 and ASME, Section IX and B31.3.
    Lecture Hrs. = 3, Lab Hrs. = 0
    Pre/Corequisite: READ 300/REBR 300 or equivalent
  
  • WLDG 1337 - Introduction to Welding Metallurgy


    Credits: 3
    A study of metals from the ore to the finished product. Emphasis on metal alloys, heat treating, hard surfacing, welding techniques, forging, foundry processes, and mechanical properties of metal including hardness, machinability, and ductility.
    Lecture Hrs. = 3, Lab Hrs. = 0
    Pre/Corequisite: READ 300/REBR 300 or equivalent
  
  • WLDG 1428 - Introduction to Shielded Metal Arc Welding (SMAW)


    Credits: 4
    An introduction to shielded metal arc welding process. Emphasis placed on power sources, electrode selection, and various joint designs.
    Lecture Hrs. = 3, Lab Hrs. = 3
    Pre/Corequisite: READ 300/REBR 300 or equivalent
  
  • WLDG 1430 - Introduction to Gas Metal Arc Welding (GMAW)


    Credits: 4
    Principles of gas metal arc welding ,setup and use of Gas Metal Arc Welding (GMAW) equipment, and safe use of tools/equipment.  Instruction in various joint designs.
    Lecture Hrs. = 3, Lab Hrs. = 3
    Prerequisite:   /ENRD 100   or equivalent
  
  • WLDG 1434 - Introduction to Gas Tungsten Arc Welding (GTAW)


    Credits: 4
    Principles of gas tungsten arc welding (GTAW ), including setup, GTAW equipment. Instruction in various positions and joint designs.
    Lecture Hrs. = 3, Lab Hrs. = 3
    Prerequisite: WLDG 1428 
    Pre/Corequisite: READ 300/REBR 300 or equivalent
  
  • WLDG 1435 - Introduction to Pipe Welding


    Credits: 4
    An introduction to welding of pipe using the shielded metal arc welding process (SMAW ), including electrode selection, equipment setup, and safe shop practices. Emphasis on various welding positions and electrodes.
    Lecture Hrs. = 3, Lab Hrs. = 3
    Prerequisite: WLDG 2443  
    Pre/Corequisite: READ 300/REBR 300 or equivalent
  
  • WLDG 2443 - Advanced Shielded Metal Arc Welding (SMAW)


    Credits: 4
    Advanced topics based on accepted welding codes. Training provided with various electrodes in shielded metal arc welding processes with open V-groove joints in all positions.
    Lecture Hrs. = 3, Lab Hrs. = 3
    Prerequisite: WLDG 1428  
    Pre/Corequisite: READ 300/REBR 300 or equivalent
  
  • WLDG 2451 - Advanced Gas Tungsten Arc Welding (GTAW)


    Credits: 4
    Advanced topics in GTAW welding, including welding in various positions and directions.
    Lecture Hrs. = 3, Lab Hrs. = 3
    Prerequisite: WLDG 1434 
    Pre/Corequisite: READ 300/REBR 300 or equivalent
  
  • WLDG 2453 - Advanced Pipe Welding


    Credits: 4
    Advanced topics involving welding of pipe using the shielded metal arc welding (SMAW ) process. Topics include electrode selection, equipment setup, and safe shop practices. Emphasis on weld positions 5G and 6G using various electrodes.
    Lecture Hrs. = 3, Lab Hrs. = 3
    Prerequisite: WLDG 1435 
    Pre/Corequisite: READ 300/REBR 300 or equivalent
 

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