Calculation engineer (electric power), civil engineer salary

Occupational Profile: Computational Engineer (Power Systems), Civil Engineer

A computational engineer in the field of power systems, often with a background as a civil engineer specializing in electrical engineering, plays a critical role in the development and optimization of electrical systems. This profession involves designing, analyzing, and improving electrical power systems to ensure efficiency, sustainability, and safety.

Salary and Salary Development

With an average monthly salary of 53 800 SEK, salary statistics show that computational engineers in power systems earn well. The gender pay gap is relatively small, with women earning 52 200 SEK, which is 96% of men's average salary of 54 200 SEK. The salary has increased from 51 800 SEK since the previous year, indicating a positive trend in salary development for this profession.

Education and Qualifications

To qualify as a computational engineer in power systems, a typical requirement is a master's degree in electrical engineering. This education, often lasting five years at technical colleges and universities, provides in-depth knowledge in mathematics, physics, and specific courses in power electronics and the dynamics of electrical networks.

What Does a Computational Engineer in Power Systems Do?

The tasks of a computational engineer in power systems mainly involve performing detailed calculations to ensure that electrical networks and system designs are capable of handling the expected load. They must also ensure that all components of the electrical system meet industry standards and safety requirements. Analyzing system efficiency and proposing areas for improvement are also crucial aspects of the job.

Considerations for Those Who Want to Become a Computational Engineer

It is important for aspiring computational engineers to have a strong foundation in both the theory and practical application of electrical engineering. The ability to solve complex problems and a constant willingness to stay updated with the latest technology in the field are crucial. Collaboration skills and communication abilities are also important, as work often occurs in teams and may involve significant customer interaction.

Benefits in the Profession

For computational engineers in power systems, benefits may include paid further education, which is important in a technical and rapidly evolving field. Other common benefits may include a company mobile phone and possibly a company car, depending on the employer and job responsibilities.

Summary

Working as a computational engineer in power systems as a civil engineer is both challenging and rewarding, with good salary prospects and continuous professional development. With the right education and mindset, this can be a career path that offers both personal and professional satisfaction.