Assembly engineer, telecommunications salary

What does a Telecommunications Assembly Engineer do?

As a Telecommunications Assembly Engineer, you work on designing, developing, and installing telecommunications equipment and systems. This can include everything from mobile networks and microwave systems to fiber optics and satellite systems. It is part of the engineering professions in electrical engineering and requires advanced technical knowledge and problem-solving skills. Engineers in this field often work to ensure that telecommunication systems operate efficiently and reliably, which can involve both theoretical work and practical application.

Salary for a Telecommunications Assembly Engineer

According to the latest statistics, the average salary for a Telecommunications Assembly Engineer is 53 800 SEK per month. However, there is a salary difference based on gender; men earn an average of 54 200 SEK, while women earn 52 200 SEK. This means that women earn approximately 96% of what men do in this profession. For those working on an hourly wage, the average is 324 SEK per hour, based on an average working month of 166 hours.

Salary Range and Influencing Factors

The salary range for the profession varies depending on education and type of employment. The highest salary for a Telecommunications Assembly Engineer is 62500 SEK, belonging to a privately employed executive with a doctoral degree. On the other hand, the lowest salary in the profession is 47400 SEK, belonging to a male with pre-secondary education. For women, the highest salary is 58700 SEK and the lowest is 48000 SEK.

Education and Qualifications

To become a Telecommunications Assembly Engineer, a higher education degree in electrical engineering or a related field is usually required. Civil engineering programs in electrical engineering are particularly relevant and provide a solid foundation in both the theoretical and practical aspects of the profession. In addition to academic qualifications, practical experience in working with telecommunications equipment and systems is often an advantage.

Working Conditions and Future Outlook

A Telecommunications Assembly Engineer often works in a dynamic environment where technology is constantly evolving. Working conditions can vary between office work and fieldwork depending on the nature of the project. Many employers offer flexible working conditions, including the opportunity to work from home and paid courses for further education.

Future Outlook

According to labor market forecasts, the demand for civil engineers in electrical engineering, including Telecommunications Assembly Engineers, is high. At the national level, job opportunities are expected to remain good over the next five years. However, the challenge lies in recruitment, where there are difficulties in finding qualified personnel while many are leaving the profession.

Challenges and Competition

One of the major challenges for Telecommunications Assembly Engineers is the rapid technological development in the industry. It requires continuous further education and adaptation to new technologies. Competition can be tough, especially in larger cities where more individuals are pursuing technical professions. However, the profession offers great opportunities for those willing to stay up-to-date with technological advancements and continuously develop their skills.

Benefits in the Profession

Many employers in the telecommunications sector offer benefits such as paid training, which is a big plus for those looking to further develop their skills. There are also opportunities for flexibility in work, which can include remote work and the use of modern technology to facilitate tasks.

• Paid training
• Flexible working hours
• Opportunity for remote work

In conclusion, the profession of Telecommunications Assembly Engineer offers an attractive salary and good prospects for those who are qualified and committed. It is a career that requires technical skill, but also a willingness to continuously learn and evolve in line with the industry's rapid technological changes.