Laboratory engineer, physics

What does a laboratory engineer in physics do? – Tasks and work environment

A laboratory engineer in physics works with planning, conducting, and analyzing experiments and measurements within physical sciences. The tasks often include developing and maintaining advanced laboratory equipment, data collection, as well as interpreting and documenting results. The role can also involve designing new testing methods, quality assurance processes, and collaborating with researchers, engineers, or product developers. The work environment is typically laboratory-based, where precision, safety procedures, and technical competence are crucial for achieving reliable results.

Salary development over time

The profession of laboratory engineer in physics has experienced steady and positive salary growth over the past three years. In 2022, the average salary was 38,700 SEK per month, followed by an increase to 39 900 SEK in 2023, representing approximately 3.1% growth. In 2024, the average salary has risen further to 41 700 SEK, an increase of over 4.5% compared to the previous year. This trend reflects continued demand for technical skills and specialized education within physics. Factors such as increased technological integration in laboratory environments and the need for advanced analytical capabilities have likely contributed to this positive development. There is also some variation depending on education level, employer, and region.

Laboratory engineer, physics salary – comprehensive overview

• Average salary: 41 700 SEK/month
• Lowest salary: 31,800 SEK/month (woman, private sector employee, 3-year high school education)
• Highest salary: 52,000 SEK/month (woman, private sector employee, research education)
• Hourly wage: 251 SEK
• Gender differences: Women earn 40 900 SEK/month (96% of men's salary), men earn 42 600 SEK/month
• Regional differences: Data on regional differences is unavailable

Education and qualifications

The path to becoming a laboratory engineer in physics typically involves university or college studies in physics, technical physics, or related fields. In addition to theoretical knowledge, practical experience from laboratory work and handling advanced equipment is often required. Specialization through further education, doctoral studies, or certification courses can provide advantages in the job market and influence salary levels.

• Bachelor's degree: Physics, technical physics, or equivalent (3 years)
• Master's or doctoral studies: Meritorious for advanced positions and higher salaries
• Internships: Laboratory internships during studies are highly recommended
• Courses/certifications: Safety training, instrument handling, data processing
• Prerequisites: Strong fundamental knowledge in mathematics and natural sciences

Common benefits and compensations

For laboratory engineers in physics, benefits often include wellness allowances, occupational pension, subsidized lunches, professional development, and flexible working hours. In some cases, additional vacation days, health insurance, and access to advanced technical equipment for personal development are offered.

Competition and challenges

The competition for positions as a laboratory engineer in physics varies depending on region and specialization, but generally, the profession is considered competitive with fairly good employment opportunities. A challenge is that technological development requires continuous skills updating and adaptation to new instruments and analysis methods. Additionally, workload can increase during intensive research projects or product launches. Lack of experience with specific laboratory environments or software can also impact the ability to establish oneself quickly in the profession. Networking and documented practical experience are therefore particularly valuable.

Tips for those aspiring to become a laboratory engineer in physics

To succeed as a laboratory engineer in physics, it is beneficial to combine technical interest with precision and problem-solving skills. A strong drive to develop theoretical knowledge and actively seek internships during studies provides valuable experience. Flexibility and adaptability facilitate handling new techniques and methods, which is crucial in a rapidly changing laboratory environment. The ability to collaborate and communicate clearly with colleagues and researchers contributes to an efficient work climate. Staying updated on the latest research and technological developments is also important to remain competitive. Patience and perseverance are necessary when experiments take time or require multiple adjustments. Finally, an interest in details and quality assurance can give an extra advantage in daily work.

Key facts about laboratory engineers in physics

• Education level: Bachelor's degree in physics or technical physics, often with additional specialization
• Work environment: Laboratory-based with advanced technical equipment
• Work form: Full-time, often daytime but sometimes shift work during larger projects
• Demand: 564 available jobs within the profession (2024)
• Gender distribution: Women earn 96% of men's salaries in the profession

Career paths and future prospects

After three to five years in the profession, laboratory engineers in physics often have opportunities to take on greater responsibilities, such as laboratory manager, project leader, or specialist in measurement and analysis methods. Further education or doctoral studies can open doors to roles in research and development, both in academia and industry. According to the Swedish Public Employment Service's forecasts, no detailed assessment is made for this specific field due to limited data, but technological development and increased need for advanced physics expertise suggest steady demand. The fact that the profession includes over 500 available positions indicates good prospects for those with the right education and experience.

Frequently asked questions about laboratory engineers in physics

• What does a laboratory engineer in physics earn?
  - The average salary is 41 700 SEK per month, but it varies depending on experience, education, and employer.
• What education is required to become a laboratory engineer in physics?
  - Usually a bachelor's degree in physics or technical physics, often supplemented with practical laboratory experience.
• Are there salary differences between women and men?
  - Yes, women earn on average 40 900 SEK/month, which is 96% of men's average salary of 42 600 SEK/month.
• What does the job market look like for laboratory engineers in physics?
  - There are 564 available jobs within the profession, indicating a good demand.
• What benefits are common in the profession?
  - Common benefits include wellness allowances, occupational pension, flexible hours, and professional development.
• What is the maximum earning potential?
  - The highest reported salary is 52,000 SEK/month, typically for individuals with research qualifications and experience.
• What personal qualities are important?
  - Attention to detail, problem-solving skills, teamwork, and technical interest are key qualities.