Testing engineer, telecommunications

What does a testing engineer in telecommunications do? – Tasks and work environment

A testing engineer in telecommunications is responsible for testing and verifying technical systems and products within the communications industry. Tasks include planning, conducting, and analyzing tests of equipment, networks, and software to ensure they meet specifications and quality standards. The environment is often technically advanced, combining work in laboratories with office-based analysis and reporting. Collaboration with development and production departments is common, as well as contact with suppliers and clients to resolve technical issues.

Salary development over time

The salary for a testing engineer in telecommunications has shown stable growth over the past three years. In 2022, the average salary was 46,600 SEK per month and then increased to 48 800 SEK in 2023 and 2024, representing a total increase of approximately 4.7 percent over the period. This development can be explained by ongoing technological advancements in the telecom sector and increased demand for specialized skills in testing and quality assurance. At the same time, competition for qualified engineers has helped keep salary levels stable and, in some cases, rising. The relatively steady salary increase also reflects a balanced labor market where supply and demand for testing engineers are somewhat in equilibrium.

Testing engineer in telecommunications salary – comprehensive overview

• Average salary: 48 800 SEK/month
• Lowest salary: 38,900 SEK/month (male, public sector, pre-university education)
• Highest salary: 66,400 SEK/month (male, private sector, research degree)
• Hourly wage: 293 SEK (based on 166 working hours/month)
• Gender differences: Women earn on average 46 700 SEK, which is 95 % of men's salary at 49 200 SEK
• Regional differences: Data is unavailable, but salaries may vary depending on workplace and region

Education and qualifications

To become a testing engineer in telecommunications, a university or engineering degree in electrical engineering, telecommunications, or another relevant technical field is usually required. Additional certifications in testing methodology and quality assurance can be advantageous. Practical experience from the industry, such as through internships or trainee programs, is often an important part of skill development.

• Formal degree: Master's or Bachelor's in electrical engineering or telecommunications (3–5 years)
• Certifications: Courses in testing methodology, quality assurance, and network technology
• Internship/trainee: Industry-related internships are recommended for practical experience
• Prerequisites: Basic knowledge of electronics, signal processing, and programming
• Self-study/online: Updating knowledge through online courses in new telecommunications technologies
• Tips for choosing: Select education focused on telecommunications and testing to strengthen your professional profile

Common benefits and compensation

Testing engineers in telecommunications are often offered benefits such as occupational pension, wellness allowance, and flexible working hours. Many employers also provide opportunities for skills development and remote work. Compensation for overtime and bonuses may occur depending on the company and employment type.

Competition and challenges

The profession as a testing engineer in telecommunications is characterized by relatively strong competition for qualified positions, especially in larger cities with many tech companies. A challenge is to stay updated with rapid technological developments and new standards in telecommunications. Additionally, recruitment difficulties may arise as many leave the profession while demand for specialists remains high. Navigating complex technical systems and balancing testing requirements against deadlines are also common challenges.

Tips for aspiring telecommunications testing engineers

To succeed as a testing engineer in telecommunications, it is beneficial to develop strong analytical skills, as problem-solving is central to the role. Being precise and systematic in testing processes helps ensure accuracy and quality in results. Technical curiosity is an important trait that aids in staying updated with new methods and tools within telecommunications. Clear communication and effective collaboration with different departments also contribute to success. Finally, being flexible and adaptable is valuable, as tasks can vary greatly depending on projects and technology.

Key facts about testing engineers in telecommunications

• Educational level: Master's or Bachelor's in electrical engineering or telecommunications
• Salary range: 38,900–66,400 SEK/month
• Work environment: Combination of laboratory and office work
• Demand: Large job opportunities, stable outlook over five years
• Gender differences: Women earn approximately 95 % of men's salaries

Career paths and future prospects

After 3–5 years as a testing engineer in telecommunications, opportunities exist to advance to specialist roles in test development, quality assurance, or project management. Some choose to deepen their expertise in specific technologies such as 5G or IoT, while others move towards broader technical leadership positions. According to the Employment Service's forecasts, job prospects for engineers and technicians in electrical engineering are large, with unchanged demand over five years. Despite recruitment challenges, the profession is expected to remain stable with good employment opportunities.

Common questions about testing engineers in telecommunications

• What does a testing engineer in telecommunications earn?
  - The average salary is approximately 48 800 SEK per month with a range between 38,900 and 66,400 SEK depending on experience and sector.
• What education is required to become a testing engineer in telecommunications?
  - Typically, a Bachelor's or Master's degree in electrical engineering or telecommunications is required.
• Is there a significant salary difference between men and women?
  - Yes, women earn on average 95 percent of men's salaries within the profession.
• What work environments are common for testing engineers?
  - The work often takes place in laboratories and office environments focusing on technical testing and analysis.
• What are the future prospects for the profession?
  - Job opportunities are considered plentiful with unchanged demand over the next five years, according to the Employment Service.
• Which personal qualities are important in this profession?
  - Analytical ability, precision, technical curiosity, and good communication skills are important traits.
• What benefits can one expect?
  - Common benefits include occupational pension, wellness allowance, and flexible working hours.