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Are you considering earning a degree in Communications Engineering, a degree that will qualify you for a career working with cutting-edge communication systems and programs? If so, you certainly won’t have to look far to find an institution that offers the program, as this course of study is one of the most rapidly growing engineering degree paths in the world.
Not too long ago, the field of Communications Engineering was not an extremely common degree program, and was instead included as one of the many sub-specialties offered through other engineering programs, particularly the field of electronic engineering. Today, however, as the world has gradually transformed into a more global society, one with new networks and communication systems, many colleges and universities have now begun to offer both undergraduate and graduate degrees in Communications Engineering, making it one of the fastest growing fields of study in the last several years.
To assist you in becoming a bit more familiar with this exciting and fast-paced discipline, below we will take a closer look at the Bachelor of Science degree program in Communications Engineering, including the typical course content you can expect to encounter and the career outlook for successful graduates.
Bachelor of Science Degree in Communications Engineering
Depending on the institution, the Bachelor of Science degree program in Communications Engineering typically takes four years to complete. However, many colleges and universities are now offering a five year professional engineering program, one that prepares students for any number of careers in today’s workforce. This fifth year is typically served as an internship or apprenticeship which helps students tie the knowledge and skills they have learned to real-world applications.
The coursework for the Bachelor of Science degree in Communications Engineering involves classroom lecture and laboratory practice, allowing students to make a connection between the theory of the discipline and how it’s applied. These courses delve into a number of communications-related topics, including:
- Network design and maintenance
- Internet protocol
- Ra dio communication
- Fiber optics
- And more…
All of these courses help ready students for the chief duties and responsibilities of a communications engineering career. Among other duties, these may include mobile communications, troubleshooting network issues, Internet and networking protocols and data servicing tasks. A clear understanding of these topics is vital and will allow professionals to quickly analyze and interpret data, alter and improve communication processes and supply their clients with the latest available technical guidance and solutions.
Students who wish to pursue this degree must possess a high school diploma or its equivalent and have a strong background in fields such as computer technology, mathematics and science. Although rare, some universities may additionally require a passing score on an entrance examination prior to admission.
Career Outlook for Communication Engineers
Graduates who successfully complete the Bachelor of Science degree program in Communications Engineering will be eligible to work in a variety of growing career fields, including telecommunications, networking, radio, computer technologies and the Internet. All of these and more have a very positive outlook. In fact, according to the United States Bureau of Labor Statistics (BLS), the employment rate for professionals in this field is expected to rise between 11% and 20% over the next ten years, with an earning potential of between $55,000 for entry-level positions and nearly $130,000 for the top wage earners with at least 10 years of experience.