Material sampler, physics salary

What Does a Materials Tester, Physics Do?

As a materials tester in physics, often referred to as laboratory engineers, you work on testing and analyzing materials to ensure their quality and durability. The work may involve conducting various physical and chemical tests on materials such as metals, polymers, and composites. Advanced laboratory equipment and computer systems are used to collect and analyze data. The results are often used to improve products, develop new materials, or ensure that existing products meet established standards.

Salary for Materials Tester, Physics

The average salary for a materials tester in physics is 39 900 SEK per month. However, there is a certain wage gap between women and men in the profession. While men earn an average of 40 900 SEK per month, women's average salary is 39 000 SEK. This means that women in the profession earn approximately 95% of what men do. The salary situation has improved since last year, with the average salary increasing from 38 700 SEK to 39 900 SEK.

Education and Qualifications

To work as a materials tester in physics, a higher education degree in physics, materials science, chemistry, or related fields is usually required. Specialized courses in materials testing and laboratory techniques can be advantageous. Many employers also value practical experience in laboratory work, which means internships and summer jobs in relevant areas can be very valuable.

Requirements for Becoming a Materials Tester, Physics

There is no specific forecast for job opportunities for materials testers in physics due to limited data. However, the profession is part of the broader occupational group of laboratory engineers, where demand may vary depending on the industry and region. Generally speaking, technical professions often have good prospects, especially in areas such as research and development, manufacturing industry, and quality control.

What to Consider

If you are interested in working as a materials tester in physics, you should have a strong interest in natural sciences and technology. Precision and analytical skills are important qualities as the work often requires detailed analysis and reporting. The ability to work independently and in teams is also important as collaboration with other engineers and researchers is common.

Possible Benefits

Benefits in this profession may vary depending on the employer. Some companies may offer paid further education, which can be a significant advantage for those looking to advance in their careers. Other common benefits may include flexible working hours, a company-paid mobile phone, and sometimes bonuses based on performance.