Bachelor of Applied Science in Electronic Wireless Communication
What is Electronic Wireless Communication?
With the increasing popularity of wireless electronic devices, there is a growing need for technicians with knowledge in Electronic Wireless Communication. Cellular telephones, personal digital assistants (PDAs), fixed, mobile and two way radios and wireless networks are all examples of wireless technologies. Other examples include satellite television, wireless computer peripherals as well as Global Positioning System (GPS) devices. Common to all of these devices is their ability to transmit data from one system to another over a distance. Systems such as radio receivers and transmitters, computer networks, terminals and remote controls transmit and receive data using various forms of energy such as radio frequency (RF), laser light, visible light or acoustic energy.
Why pursue a career in Electronic Wireless Communication?
The telecommunications industry is becoming about more than just voice communications. This sector now also hosts pictures, video and other electronic data. Cable television providers now compete with telephone companies to provide two-way communications such as high-speed Internet access, video-on-demand and VoIP or Internet telephony. Digital technologies more efficiently use these networks, creating a demand for more capacity and bandwidth upgrades. Wireless carriers are deploying many new technologies to promote faster Internet access and data transmission resulting in a consumer's ability to download music, video or other content to their mobile devices. Just as the telephone revolutionized our society and impacted our each of our lives, these technologies will greatly impact our futures.
Demand for Wireless Network & Telecommunications Specialists
View the O*NET Online Summary Report.
The Electronic Wireless Communication program prepares students for occupations as Electrical and Electronic Engineering Technicians and related careers. Find related occupational information on the U.S. Department of Labor's O*NET website.
SOC Codes (Standard Occupational Classification) related to Electronic Wireless Communication careers: 17-3023.00
Overview
The Bachelor of Applied Science in Electronic Wireless Communication is a comprehensive, baccalaureate degree program. It provides 62 semester credit hours of instruction, which compliments any accredited post-secondary electronic technology associate’s degree. Day and evening students receive 20 hours of instruction per week for 4 semesters (60 weeks), assuming the entrance criteria have been met.
The Electronic Wireless Communication program at Fountainhead College trains students in the essentials of electronic wireless communication including: multi-carrier wireless technologies such as CDMA, GSM, EV-DO and Wi-Fi IEEE 802 technologies such as 802.11 (a,b,g,n), 802.15 (Bluetooth) and 802.16 (WiMax). Also taught are the methods of delivery for converged media such as enhanced voice service, streaming audio and video and business related services; IP quality of service (QoS) and real-time traffic analysis, telephony and VoIP, and the development of effective communication, interpersonal and critical thinking skills, and an understanding of wireless security and how this influences business operations.
Outline
Typical Course Outline
Bachelor of Applied Science in Electronic Wireless Communication
| E103 | English Compostition | 4 |
| H103 | US History I | 4 |
| M103 | College Mathematics | 4 |
| P101 | Psychology | 4 |
| Total Semester Hours 16 | ||
| E104 | Public Speaking | 4 |
| M102 | Personal Financial Planning | 4 |
| P102 | Cultural Studies | 4 |
| H104 | US History II | 4 |
| Total Semester Hours 16 | ||
| EWC401 | RF Engineering | 3 |
| EWC402 | IEEE 802 Site Survey | 3 |
| EWC403 | RF Identification Devices | 3 |
| EWC404 | Wireless Security | 3 |
| COM402 | Ethics in Information Technology | 3 |
| Total Semester Hours 15 | ||
| EWC406 | Multi-Carrier Wireless Comm | 3 |
| EWC407 | Imp. Wireless Embedded Systems | 3 |
| EWC408 | Telephony & VoIP | 3 |
| EWC409 | Convergence Media Imp | 3 |
| SYA402 | IP Quality of Service (QoS) | 3 |
| Total Semester Hours 15 | ||
Totals:
Technical Training: 98 Semester Credits
General Education: 32 Semester Credits
Needed to Graduate: 130 Semester Credits
Semesters may be offered out of the sequence shown.
Objectives
The Bachelor of Applied Science in Electronic Wireless Communication is awarded upon completion of 130 semester credit hours in the following areas: 98 technical (68 from technical occupational associate's program, plus 30 electronics wireless communication) in addition to 32 general education. Prospective students that do not have an associate's degree in electronic technology may be required to complete some or all of the College's Associate of Applied Science in Electronic Technology program before being admitted into this program. The course of study is intended for students who are interested in complementing their previous associate level technical training and experiences. The curriculum emphasizes communication and general education courses in order to gain both the award of a bachelor's degree and electronic wireless communication oriented job placement assistance.
This program is designed to provide quality training in the essentials of electronic wireless communication including: multi-carrier wireless technologies such as CDMA, GSM, EV-DO, and EDGE; IEEE 802 technologies such as 802.11a&b&g (WiFi), 802.15 (Bluetooth) and 802.16 (WiMax); the methods of delivery for converged media such as enhanced voice service, streaming audio and video and business related services; IP quality of service (QoS) and real-time traffic analysis, telephony and VoIP, and the development of effective communication, interpersonal and critical thinking skills, and an understanding of wireless security and how influences business operations.
Award
The Bachelor of Applied Science in Electronic Wireless Communication degree will be conferred on students who successfully complete the academic requirements and fulfill financial obligations.
Certifications
- CWNA
- CWST
- CWSP
- RFID+
Placement & Tuition
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Q. How much will this program cost me? A.
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Q. What are my financing options to pay for this program? A. In addition to any grant and scholarship aid for which they are eligible:
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Q. How long will it take me to complete this program? A. This program is designed to take 16 months to complete. |
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Q. What are the chances of getting a job when I graduate? A. Graduates of Fountainhead College's Electronic Wireless Communication program for 2009-2010 have a total job placement rate of 83.3%. In the past 12 months, five graduates were placed in their field of study out of six students who graduated from this program during this time period. Fountainhead College actively pursues 100% placement of its graduates, however, employment is not guaranteed. |
* Based on average of 4 semesters
** Estimated Supply Cost
Complete 
Cost & Expenditures Chart.
- Changes to an Enrollment Agreement may require a $100 fee.
- Student receives a receipt for all funds paid to the college.
- Student receives invoices for all supply, textbook and fee charges.
- Student must purchase all required equipment and supplies from the College.
- Preexisting credit may be transferred which would change the total tuition.
- Online programs require the student to visit the campus at the end of each semester.
- Online students are not required to purchase a laptop from the College.
- Other than the laptop, online students pay the same tuition and fees as residential students.
Faculty
Get to know your Electronic Wireless Communication Instructors.
Charles D. Kohlmeyer
Instructor: Computer Core 1
Charles KohlmeyerCharles Kohlmeyer has enjoyed eight years of experience working in electronics. He began at DeRoyal, a leading healthcare product manufacturer, working as a bench technician. Working in robotics at Remotec, a subsidiary of Northrop Grumman, further fueled his passion for electronics. There, he tested and troubleshot robotic equipment for use worldwide by government agencies in hazardous-duty operations. As an Engineering Technician, he worked on electronic circuits and systems for Future Combat systems and the Department of Defense and he has also designed and tested new electrical, computer, and mechanical systems for hazardous duty robots. Born into a family of educators, Mr. Kohlmeyer feels at home in the classroom sharing his diverse experiences with his students.
Education
- Bachelors of Applied Science in Network Security and Forensics, Fountainhead College of Technology
- Specialized Associates Degree in Electronics Technology, Tennessee Institute of Electronics
- Tennessee Technological University
- Roane State Community College
Certifications
- Certified Marine/ATV Mechanic
- ISCET Certified Electronic Technician
- Journeyman CET
- CETa, ETA
- A+, Comptia
- Network+, Comptia
- CST, ETA
- CNST, ETA
- CNSS Certifications:
- Information Assurance Professional (4011)
- Designated Approving Authority (4012)
- System Administration in Information Systems Security (4013)
- Information Systems Security Officer (4014)
- Information System Certification Agent (4015)
- Risk Analyst (4016)
