Telecommunications Engineering Specialist

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AVG. SALARY

$115,190

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EDUCATION

Bachelor's degree

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JOB OUTLOOK

Stable

What To Learn

High School

Suggested Steps to Prepare for a Telecommunications Engineering Specialist Career (Grades 6-12)

Check out the recommended classes, activities and skills below for each grade level. These recommendations are very general -- discuss your specific course plan with your school counselors and teachers.

AI-assisted and curriculum-reviewed guidance. Talk with your counselor or teacher about your specific plan.
Grades 6-8

Helpful Classes

  • Math
  • Technology
  • Science
  • Communication

Things to Try

  • Build a simple app, webpage, or digital workflow and test where it breaks, Practice organizing files, data, or steps so a computer task is easy to repeat, Learn how devices, networks, or software connect and where errors can happen, Interview a telecommunications engineering specialist about troubleshooting, logic, and documentation

Focus Skills

  • Logic
  • Troubleshooting
  • Documentation
  • Data analysis
  • Precision

Helpful Classes

  • Computer Science
  • Algebra I
  • English
  • Digital Literacy
  • Geometry

Recommended Learning Areas

  • coding basics
  • digital systems
  • data organization
  • online safety
  • troubleshooting

Things to Try

  • Join coding, robotics, or cybersecurity activities and document each test and fix, Build a small database, script, webpage, or network diagram and explain how it works, Practice finding bugs, login issues, or connection problems and recording the cause, Shadow a telecommunications engineering specialist or Information Technology worker to see how systems are monitored and supported

Focus Skills

  • Logic
  • Troubleshooting
  • Documentation
  • Data analysis
  • Precision

Helpful Classes

  • Computer Science
  • Algebra II
  • Networking
  • English
  • Physics

Recommended Learning Areas

  • programming
  • networking
  • hardware and software
  • technical problem-solving
  • documentation

Things to Try

  • Create and test a program, website, query, or automation task and revise it after feedback, Compare different hardware, software, or security setups and explain the tradeoffs, Practice writing clear troubleshooting notes, user instructions, or test cases, Use logs, screenshots, or system messages to diagnose a technical problem

Focus Skills

  • Logic
  • Troubleshooting
  • Documentation
  • Data analysis
  • Precision

Helpful Classes

  • Programming
  • Statistics
  • Cybersecurity or Networking
  • Technical Writing
  • Precalculus

Recommended Learning Areas

  • systems analysis
  • databases
  • cybersecurity
  • scripting
  • quality assurance

Things to Try

  • Complete a project in programming, networking, databases, or cybersecurity and document each step, Work with tickets, error logs, or user requests and explain how you would solve them, Test a system for performance, data quality, access, or security issues, Interview Information Technology professionals about reliability, privacy, and change management

Focus Skills

  • Logic
  • Troubleshooting
  • Documentation
  • Data analysis
  • Precision

Helpful Classes

  • Computer Science
  • Database or Networking
  • Cybersecurity
  • Statistics
  • Technical Writing

Recommended Learning Areas

  • software development
  • cloud and network systems
  • data management
  • security controls
  • technical documentation

Things to Try

  • Build a portfolio with code samples, system diagrams, troubleshooting notes, and test results, Compare pathways in software, networking, support, data, cloud, and cybersecurity, Complete a capstone tied to system design, automation, testing, or security controls, Practice technical writing, version control, and structured problem solving

Focus Skills

  • Logic
  • Troubleshooting
  • Documentation
  • Data analysis
  • Precision

Education Level

Education training and experience are required at different levels for success in different occupations.

Bachelor's degree

Employers usually prefer applicants who have at least a bachelor's degree, but for more technically complex jobs, graduate degrees are preferred.

Insider Info

Additional Information

If challenging work in a high-tech field appeals to you, here are some tips from the experts to help you get started as a telecommunications engineer.

First, get to know what goes on in telecommunications before you jump into training. Visit a company where this kind of work is going on. After all, school can be radically different than the working world.

Another way to find out about the industry is to talk to an engineer and ask about their job. You can do this by contacting an engineering company, or even a phone company, in your area.

To work as an engineer in the telecommunications industry, you'll need at least a bachelor's degree in engineering. This typically takes at least four years to complete. Try to find a program that places an emphasis on telecommunication.

"For people who want to get a good basic understanding of this stuff, some kind of an engineering degree would be almost essential," says telecom engineer and consultant Jim O'Gorman. "Also, some kind of industry training in either Microsoft or Cisco would be great. If you've got other supplemental training in security or cellular or wireless, that would be great too."

Many of the most successful telecommunications engineers have gone on to graduate study in this field. This allows them to move into higher paying positions with private companies and into teaching positions at colleges and universities.

"A lot of the students who do two years (completing an associate's degree) go ahead and finish the four-year degree once they get employed," says Sharon Black, an engineering professor. "Many of the employers will pay for the extra two years."

If you're still in school, experts recommend getting as much experience as you can. Black says it's "absolutely critical" to participate in internship programs. "It makes a huge difference," she says.

When choosing a school, Black suggests trying to find one with a well-equipped, modern lab. Also, find out how long the program has been around, how many students they take each year and their success rate in getting jobs.