Studies & Degrees in Technical Engineering in Telecommunication Systems

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Are you considering pursuing a career in technical engineering, perhaps with a specialty in telecommunication systems?  Are you familiar with the entrance requirements for this type of position, including the undergraduate degree that relates to this discipline?  Technical engineering is an exciting career option, one that offers substantial compensation and plenty of room for professional growth.  Currently, qualified individuals for these types of positions are in very high demand, which means individuals with a Bachelor of Science (first cycle) degree in Technical Engineering in Telecommunication Systems are now highly sought, with some even being recruited before completing their degree.  To help you become more familiar with this course of study, below we outline the various subject matter students will cover, and discuss some of the career opportunities available for graduates.
Technical Engineering in Telecommunication Systems:  Degree and Careers
The course of study leading to a degree in Technical Engineering, specializing in telecommunication systems, is designed for students whose aim is to pursue a career in the telecommunications industry upon graduation.  Students are given the knowledge and provided extensive training in the transmission of every type of digital information, including voice, images and data, by a variety of media types, such as cable, fiber-optic and radio.
During the initial two years of the Bachelor of Science in Technical Engineering in Telecommunication Systems students will learn fundamental scientific and technical concepts and complete the general education requirements of the college or university.  Following this period (in the final two years of the program), the instruction and training become much more specific, focusing on engineering applications as they directly relate to telecommunications.  Some of the skills/competencies students will acquire while earning their degree include:
  • Managing engineering projects in the telecommunications industry.
  • Designing the infrastructure of telecommunications in buildings.
  • Designing and constructing subsystems that integrate communication systems, such as radio-frequency subsystems and circuits, microwave subsystems and circuits, antennae, signal digital processing systems.
  • Designing, implementing and maintaining radio links and satellite communication systems.
  • Developing mobile communication systems.
  • Designing and implementing wire communication systems and optical fiber networks.
  • Planning and maintaining transmission and reception of radio diffusion and TV systems.
  • Applying methodologies appropriate for the design, planning, development and maintenance of communication systems and subsystems.
  • Learning the legal and economic framework that regulates the activity of design, planning, developing, and maintenance of all communication equipments and systems.
A degree in Technical Engineering in Telecommunication Systems will prepare students for a fast-paced career working with new information technologies, and because these systems are virtually everywhere today, the number of potential career opportunities for qualified individuals is virtually limitless.  As a telecommunications specialist, graduates will be responsible for designing and maintaining information systems dealing with images, voice and data, and will carry out inspections and technical interventions in telecommunication services.  From developing computer applications and voice networks, to producing and maintaining electrical infrastructures, telecommunication engineers are at the forefront of this cutting edge technology—technology that is rapidly changing, for the better, the way people and businesses communicate and reshaping the world as we know it.