The telecommunications industry offers exciting opportunities for engineering professionals. With a master’s in telecommunications engineering, you can contribute to the creation of critical infrastructure and essential communication systems.

What is Telecommunications Engineering?

An online master’s in telecommunications engineering degree program gives you pragmatic experience in your discipline as well as elevated industry knowledge. With an online master’s degree, you may qualify for a role with a higher salary than those associated with jobs that only require a bachelor’s degree. Advanced training also prepares you for exciting work on complex projects. For example, you can help to build telecommunications systems, designing and optimizing systems and components for communication. Telecommunications involve multiple areas, such as the engineering services market, cloud engineering, managing data volumes, and designing networks. 

Technical aspects of telecommunications include studying industry-applicable software and hardware. Engineers in the field of telecommunications must also be proficient with maintenance planning, legal requirements and restrictions, and research and reporting. Classes in telecommunications management are necessary for those wanting to manage teams.

Why Get a Master’s in Telecommunications Engineering Degree?

Those pursuing a master’s degree in telecommunications engineering make a career choice that isn’t only about salary. It’s also about being a vital link between commerce and safety.

All countries have telecommunications needs for communication. A telecommunications engineer helps to create effective means of people speaking with each other for business, leisure, and safety. Telecommunications failures can prevent companies from functioning, delay vital first responder help, and lower the quality of life for everyone.

How Much Does a Master’s in Telecommunications Engineering Degree Cost?

Costs for graduate programs in master’s degree in engineering vary depending on the educational institution. Expenses include tuition, supplies, and other fees. According to a U.S. News and World Report, per-credit costs for an online telecommunications engineering degree range from $350 to $820. This cost ranges between $11,000 and $31,000. Online degrees are often less expensive than attending brick-and-mortar universities. Online costs don’t involve student activity fees, residency fees, and other added fees.

Master’s in Telecommunications Engineering Degree Salary and Job Outlook

According to the Bureau of Labor Statistics, telecommunications engineering occupations are expected to experience good growth, with 7 percent growth. From 2020 to 2030, these occupations are projected to add 20,400 new jobs. Telecommunications engineers earn a median telecommunication engineering salary of $101,780 per year.

Common Courses in Telecommunications Engineering Degree Programs

Earning a master’s in telecommunication engineering online requires courses focused on math and technology. Students will study courses in creating networks for computers, telephones, and televisions. Coursework combines knowledge of electrical engineering with business and information technology.

Students will learn how to design and build software programs for telecommunications. They’ll study technical capabilities such as Internet modems and call waiting. These programs usually end with an internship or final project. Shared areas of study include:

  • Advanced physics
  • Computer networks
  • Fiber optics
  • Network engineering
  • Network security
  • Telecommunications policy
  • Wireless communication systems

A master’s in telecommunication engineering online goes into deeper levels for these topics. Depending on the student’s interests, other studies may involve global telecommunications, business management, strategy and innovation, operations and planning, and project management. Students may want to use their master’s degree to pursue higher education, such as a doctorate, for careers in academic settings like universities.

Students interested in a master’s telecommunication engineering degree must have a background in math, such as graduate-level mathematics, numerical methods, or statistics. Computer science is an essential part of a master’s in telecommunications engineering because it’s a necessary skill in many related industries. They also need to communicate effectively, so coursework in English and other languages, technical writing, and social skills are beneficial.

Other FAQs About Master’s in Telecommunications Engineering Degrees and Programs

What jobs can you have with a Master’s in Telecommunications Engineering degree?

Job opportunities you can pursue depending on your career choice. Telecommunications engineers find work in many industries. You can find work in the military as well as in civilian projects. Jobs you could have with a Master’s in Telecommunications Engineering degree include:

Digital Telecommunications Engineer: A digital telecommunications engineer delivers technical and professional analytical activities and helps to design equipment and systems to assist communication for industrial, commercial, and scientific industries. They use technical knowledge to create designs to solve communication problems and improve telecommunication technologies such as fiber optic cables, phone systems, radio transmissions, internet transmitters, and satellites.

Information Technology (IT) Manager: An information technology (IT) manager is responsible for supervising, implementing, and maintaining computing resources. IT managers work to ensure the security and effective operation of computer systems, computer applications, hardware, and software.

Junior Telecommunications Engineer: Junior telecommunications engineers provide technical project analysis services for mobile communication service stations. They’re part of support teams that answer to more senior staff.

Lecturer/Professor: A lecturer or professor works to teach others about telecommunications issues. Lecturers or professors often have doctorate degrees.

Network Manager: A network manager is also known as a system administrator. Network managers help establish system networks, work to administrate these systems, and help to troubleshoot systems for employees, employers, or other non-technical people.

Project Manager, Information Technology: An information technology (IT) project manager is a professional who helps businesses and organizations with their IT planning and projects. Some roles include introducing new software solutions, scaling IT processes, or migrating businesses to new cloud providers.

Systems Engineer: Systems engineers oversee systems and technical projects. They have operational tasks of costing, manufacturing, system testing, evaluating, and disposal of unneeded technology. System engineers also must ensure systems and processes are efficient.

Telecommunications Analyst: Telecommunication analysts provide technical support for network design activities. They review, analyze, and maintain telecommunications systems.

Telecommunications Network Engineer: Telecommunications network engineers design, implement and manage telecommunication networks such as data networks. They work to implement voice networks and video communication.

Telecommunications Specialist: A telecommunications specialist creates and installs computer technology for communication, such as video or data systems. They inspect, fix, and maintain equipment as needed.

Telephony Engineer: Telephony engineers design and resolve network administration, installation, and customization issues. They support network management, recommend network design patterns for connectivity, and analyze their work.

How long does it take to complete a Master’s in Telecommunications Engineering Program?

Earning a master’s in telecommunication engineering online takes commitment. Full-time students in online engineering programs earn degrees in two years or, if you’re in an accelerated program, in a year. The time you earn a master’s degree in telecommunications engineering depends on the type of engineering specialization, part-time or full-time enrollment, and accelerated or traditional classes. Getting a single degree requires a shorter time commitment than dual-degree programs. 

What are the top 5 telecommunications engineering jobs that pay the most?

According to ZipRecruiter, the top 5 highest paying telecommunications jobs are:

Instrumentation and Control (IC) Engineer: The salary range for an IC engineer is $100,000-$144,000 per year. An IC researches existing systems and methods, manages and calibrates equipment, and designs new tools and instruments to help workers gauge sensors.

Instrumentation and Control Design Engineer. An IC design engineer has a salary range of $115,500-$140,000 per year. They fit amplifiers, transistors, resistors, capacitors, and other parts into a single part the manufacturer can place on circuit boards.

Wireless Communications Engineer A wireless communications engineer has a salary range of $48,500-$132,500 per year. They work with electronics, radio frequency tech, broadband networks and systems, wireless phones, routers, and modems. Wireless communications engineers work in research and development to bring new products to market and improve the efficiency of existing ones.

Satellite Communications Engineer: Satellite communications engineers have a salary range of $66,500-$129,000 per year. They design and provide technical support for hardware and software systems used for satellite communication.

Unified Communications Engineer: Unified Communications Engineers earn a salary range of $91,000-$127,500 per year. They create company communications systems by merging email, phone lines, and voicemail into a single internal system. 


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