CET 2486C - Networking Technology: Syllabus

Updated January 2016

CET2486C Networking Technology Ref# 543332

Table of Contents

Faculty Contact Information Methods of Instruction
Course Description Traditional Pace Chart and Assignments
General Course Outcomes Grading and Exam Policy
Course Prerequisites Communication Policy
Course Attendance & Participation Policy Other Policies and Procedures
Computer Requirements Student Success Tips and Resources
Required Course Materials  

Faculty Contact Information

Course Instructor:   Prof. xxx
Office Phone:   954-201-XXXX
Department Phone:   954-201-XXXX
Email:   All communication should be through the course email tool. Use my BC email ONLY if you are unable to access the course email: smartin5@broward.edu
BC Safety Office Phone#:   954-201-HELP (4357)

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Course Description

This course is designed to provide students with an introduction to binary, octal and hexadecimal numbering systems, conversion between those systems, and positional notation. This course also introduces the student to subnetting networks utilizing IPv4 and IPv6. The course serves as a general introduction for students who need a foundation in current networking technology for specifically, subnetting for local area networks (LANs), wide area networks (WANs), and the Internet.  The skills and knowledge developed by students in this course will help prepare them for the subnetting portion of the CompTIA Network+ certification exam.

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General Course Outcomes

  1. Distinguish between analog and digital information
  2. Distinguish among categories of numbers
  3. Describe positional notation and manually convert numbers between different bases (2, 8, 10, and 16)
  4. Explain the relationship between computers and binary numbers
  5. Explain the purpose and properties of IP addressing
  6. Understand the difference between physical and logical addressing
  7. Describe classes of addresses, private and public ranges of addresses and the use of CIDR notation
  8. Demonstrate the process of subnetting an IP address utilizing IPv4
  9. Describe IPv6 and its features
  10. Describe how logical and physical addressing works together
  11. Describe VLSM
  12. Describe the advantanges of using VLSM

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Course Prerequisites

To maximize your chances for success in this course, make sure that you meet the following course course prerequisites:

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Course Attendance and Participation Policy

Attendance/Withdrawal Policy:

During the first week of class, you must complete the Course Challenge Assessment or else you will be administratively withdrawn from the course. Simply logging into the course will not satisfy your attendance during this time. As with on-campus courses, students who are reported for non-attendance in an online course and are withdrawn are still responsible for paying for the course. If you do not complete the requirements of the first week of class, you should drop the course by the official drop/add deadline or expect to pay for the course.

It is very important for you to actively participate in this online class. Students will have a maximum of 16 weeks to complete this course from the first day of registration. If the entire course, including the Course Evaluation, is not completed by the last day of the 16th week students will receive a U for the course.

Students must obtain the permission of their Academic Coach to go beyond 16 weeks in the course.

Participation:

Regular, active, and meaningful participation is a critically important component of this course and is essential to your success. It is recommended that you log into the course several times during the week. Frequency and quality of participation may affect your success in the program. Return to Table of Contents

Computer Requirements

To complete this course, you must have access to computer hardware and software that meets the standards listed below.

System and Software Requirements for this course 
Operating System​

PC

Windows XP, Vista, 7 or 8
Windows 8 recommended

Mac

    

Mac OS X

Browser​ ​Firefox 20.0 or higher, latest recommended
Internet Explorer 9.0 or higher
Download version 10 (recommended)
Firefox 20.0 or higher, latest recommended
JAVA​ ​Java 7.0.x update 21
Download version 7.0 update 21 (recommended)
​Java SE 6.0 update 26
Download 1.6.0_26 (recommended)
The following are true for both PC and Mac​
​ ​
​Internet ​Cable modem or DSL
RAM 2 GB, 4 GB preferred​ ​
Processor ​2.0 GHz or higher ​ ​
Video​ ​SVGA monitor with minimum resolution of 1024 x 768, with 1280 x 1024 or greater recommended
JavaScript ​ ​Enabled
Cookies​ ​Enabled
Software Requirements for successful completion of this course.

 

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Course Materials

There is no book required for this course, all of the materials are included in D2L.

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Methods of Instruction

This is a 3-credit hour fully online course. Normally, a 3-credit hour on-campus course would meet two times each week (during a 16 week term) for a total of 3 hours per week or 48 hours per term. This is an accelerated online course so students will have to guide themselves accordingly. There is a pace chart included below that will show you how to successfully complete this course in a 4 week period.

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Traditional Pace Chart - 4 week completion goal

Purpose

The purpose of this Pace Chart is to give students in this course an indication of how long they will on average spend to complete this course. This Pace Chart is only a guideline and depending on a students' proficiency with computers, learning style, prior knowledge of the subject and personal motivation, actual times may differ widely from the guidelines given.

Entire Course

The entire course should be completed within a six (6) week time frame. Students who can demonstrate competencies faster than the recommended time could complete the course in a four (4) week period.

Section 1

All modules in Section 1 should take at most four (4) weeks assuming at least four (4) hours per week are spent on each module.

Week/Section/Learning Outcomes Learning Materials Assignments & Assessments
Week 1/Section 1    
Course Challenge    

Upon successful completion of this section, the student shall be able to:

Module 1 -  Number Systems

  1. Distinguish between analog and digital information
  2. Distinguish among categories of numbers
  3. Describe positional notation and manually convert nubers between different bases (2,8, 10 and 16)
  4. Explain the relationship between computers and binary numbers.

  1. Read the lesson(s) under Training & Learning
  2. Watch the video(s) under Training & Learning

Complete practice quizzes, labs and discussions for module 1

Week 2/Section 1    

Upon successful completion of this section, the student shall be able to:

Module 2 - Logical Addressing

  1. Explain the purpose and properties of IP addressing
  2. Understand the difference between physical and logical addressing
  3. Describe classes of addresses, private and public ranges of addresses and the use of CIDR notation

  1. Read the lesson(s) under Training & Learning
  2. Watch the video(s) under Training & Learning

Complete practice quizzes, labs and discussions for module 2

Week 3/Section 1    

Upon successful completion of this section, the student shall be able to:

Module 3 - Subnetting

  1. Describe how logical and physical addressing works together
  2. Describe what Subnetting is, and why you should subnet
  3. Demonstrate the process of subnetting an IP address utilizing IPv4
  4. Describe IPv6 and its features

  1. Read the lesson(s) under Training & Learning
  2. Watch the video(s) under Training & Learning

Complete practice quizzes, labs and discussions for module 3

Week 4/Section 1
   

Upon successful completion of this section, the student shall be able to:

Module 4 - VLSM

  1. Describe Variable Length Subnet Masking (VLSM)
  2. Describe the advantages of utilizing this technology

  1. Read the lesson(s) under Training & Learning
  2. Watch the video(s) under Training & Learning

Complete practice quizzes, labs and discussions for module 4

Course Evaluation    

 

 

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Course Progress and Evaluations Policies

Assessment

S/U

 

Course Evaluation

Student will need to score 81% or higher on Course Evaluation to obtain an S for the course

Grading Scale

Grades

Percentage

Grade = S

81-100+%

Grade = U

0-80%

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Communication Policy

Expectations for Course Communication

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Other Policies and Procedures

Special Needs - Students having special needs as defined by the Americans with Disabilities Act should:

Academic Honesty

Logging Off

Changes to the Syllabus

Lab Safety (if applicable)

24/7 Helpdesk Information

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Student Success Tips

In order to be successful in this course, you need to be organized and manage your time well so that you can complete all assignments and assessments in a timely manner. Make sure that you do not allow yourself to procrastinate, and that you communicate with the instructor or your classmates via the Course Cafe if you have any questions on any course materials or need assistance completing any assignments.

Online Resources for Students

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This product was funded by the U.S. Department of Labor’s Employment and Training Administration. This product  was created by the grantee and does not necessarily reflect the official position of the U.S. Department of labor. The Department of Labor makes no guarantees, warranties, or assurances of any kind, express or implied, with respect to such information, including any information on linked sites and including, but not limited to, accuracy of the information or its completeness, timeliness, usefulness, adequacy, continued availability, or ownership

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