Laboratory engineer, metallurgy salary

Laboratory Engineer in Metallurgy: A Closer Look at Salaries and Job Responsibilities

Working as a laboratory engineer in metallurgy involves being in an exciting and technically advanced sector that combines science with practical application. The profession has an average salary of 44 400 SEK per month, with men earning an average of 45 100 SEK and women 42 800 SEK. This means that women earn approximately 95% of what men do in the same profession. Hourly employees have an average hourly wage of 267 SEK, based on 166 working hours per month.

What Does a Laboratory Engineer in Metallurgy Do?

As a laboratory engineer in metallurgy, you mainly work on examining and analyzing metals and their properties. This can include everything from material analysis and testing to the development of new alloys and improving existing methods for metal processing. Engineers and technicians in mining and metallurgy play a crucial role in ensuring that metal products maintain high quality and meet all safety and functional requirements.

Salary Structure and Gender Equality

The average salary for a laboratory engineer in metallurgy has increased from 42 700 SEK to 44 400 SEK since the last measurement. The highest salary in the profession is 45 100 SEK, held by a man in a private sector managerial position. On the other hand, the highest salary for women is 43,100 SEK. At the lower end of the salary spectrum, a woman in the public sector earns 35,500 SEK, while the corresponding figure for a man is 41,600 SEK.

Education and Skills Requirements

To become a laboratory engineer in metallurgy, a college or university degree in materials science, metallurgy, or a related technical discipline is usually required. Practical experience and the ability to work with advanced laboratory equipment are often crucial to succeed in the profession. Strong analytical skills and precision are also important qualities.

Future Outlook and Challenges

According to the Employment Service, there is insufficient data to provide an exact forecast for the profession. This is because the profession is part of a larger occupational group where specific assessments are not always available. Generally, the demand for engineers in technical fields is stable, but it can vary depending on economic conditions and technological advancements.

Working Conditions and Benefits

Laboratory engineers in metallurgy often work in laboratory environments that require accuracy and precision. Many companies offer benefits such as paid training to keep the staff updated with the latest technologies and methods in the field. Flexibility in the form of remote work may also be available depending on the employer and specific job duties.

Competition and Recruitment Situation

Since specific forecast information for the profession is lacking, it is important for candidates to stay informed about changes in the job market and any requirements for further education. Competition can vary depending on the region and specific qualifications demanded by employers.

In Conclusion

A career as a laboratory engineer in metallurgy offers an interesting combination of theoretical knowledge and practical application. With a stable salary structure and opportunities for professional development, it is an attractive choice for those passionate about materials science and technology. Challenges may exist in the form of gender-based wage disparities and uncertain forecasts, but with the right preparation and education, there are good opportunities for a successful career.