Laboratory engineer, metallurgy

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

A metallurgical laboratory engineer works with analyzing, testing, and developing metals and alloys in a laboratory setting. Tasks often include sampling, material analysis, quality control, and evaluating properties such as strength, corrosion resistance, and structure. The role involves using advanced laboratory equipment and digital analysis tools, and work is usually done in close collaboration with researchers, production technicians, and other engineers. The work environment is often laboratory-based but can also include field studies or production site visits, where safety procedures and precision are central parts of the daily work.

Salary development over time

The salary for a metallurgical laboratory engineer has shown positive growth over the past three years. In 2022, the average salary was 42,700 SEK per month, increasing to 44 400 SEK in 2023. The most recent average salary for 2024 is 47 400 SEK, representing an increase of about 11% over the period. This trend reflects both the increased demand for specialized skills in materials technology and metallurgy, as well as general wage growth in technical professions. Factors such as technological development, the need for higher education levels, and shortages of qualified labor have likely contributed to this positive salary trend.

Metallurgical laboratory engineer salary – comprehensive overview

• Average salary: 47 400 SEK/month
• Lowest salary: 36,900 SEK/month (female, public sector, post-secondary education 3+ years)
• Highest salary: 48,500 SEK/month (male, private sector, unspecified education level)
• Hourly wage: 285 SEK
• Gender pay gap: Women earn 93% of men's salary (men: 48,500 SEK, women: 44 900 SEK)
• Regional differences: Limited data, but variations may occur depending on the geographic location of the industry cluster

Education and qualifications

To work as a metallurgical laboratory engineer, a university degree in materials engineering, chemical engineering, or related engineering fields is usually required. Practical laboratory experience and knowledge of analysis methods and safety regulations are often sought after. Further training and certifications in specific analysis techniques or software can enhance employability.

• Formal degrees: Bachelor or master of science in materials engineering/metallurgy (3–5 years)
• Certifications/courses: Specialized courses in metal analysis, laboratory methods, or quality control
• Internship/trainee: Internship during education is highly recommended
• Prerequisites: Science-oriented high school or equivalent
• Tips for choosing: Opt for programs with a laboratory profile and opportunities for industry collaboration

Common benefits and compensation

Metallurgical laboratory engineers are often offered benefits such as wellness allowances, skills development, extra vacation days, and collective pension schemes. Other common compensations include flexible working hours, subsidized lunches, and sometimes bonus programs linked to project results or innovation efforts.

Competition and challenges

The competition for positions as a metallurgical laboratory engineer varies depending on region and economic conditions, but there is generally stable demand for qualified personnel. Challenges in the profession can include rapid technological changes, high demands for documentation and quality, and the need for continuous skills development. The work environment also requires high safety standards, especially when handling chemicals and advanced equipment. The ability to quickly adapt to new analysis methods and digital tools is crucial for success. Additionally, workload can increase during project deliveries or when introducing new materials.

Tips for aspiring metallurgical laboratory engineers

To succeed as a metallurgical laboratory engineer, it is important to be precise and analytical, as the work requires accuracy in sampling and data management. Strong problem-solving skills are helpful when unexpected results occur and quick actions are needed. Curiosity and willingness to learn new techniques are advantages, as the field constantly evolves with new equipment and methods. Collaboration skills are important since many projects are conducted in interdisciplinary teams. Good communication skills are also valued, especially when reporting and presenting results to colleagues or external parties. Flexibility and resilience help with deadlines and changing priorities. Finally, an interest in sustainability and industrial development is a plus, as these aspects are increasingly important in the industry.

Key facts about metallurgical laboratory engineers

• Education level: Bachelor or master of science (3–5 years)
• Work environment: Laboratory and industrial settings with high safety requirements
• Gender distribution: Women earn 93% of men's salaries
• Demand: 564 available jobs at the latest measurement
• Work mode: Often project-based and in teams

Career paths and future prospects

After three to five years in the profession, a metallurgical laboratory engineer can advance to roles such as senior laboratory engineer, process engineer, or project manager in material development. It is also common to move into specialist positions in research and development, quality assurance, or production. Forecasts from the Employment Service indicate that there is currently insufficient data for an exact assessment of the job market for this specific role. However, the number of available positions suggests continued good demand, especially in regions with strong industry presence. Technological development and the need for sustainable material solutions indicate that this profession will remain important in the future.

Common questions about metallurgical laboratory engineers

• What does a metallurgical laboratory engineer earn?
  - The average salary is 47 400 SEK per month, with variations depending on experience, gender, and sector.
• Are there salary differences between men and women?
  - Yes, women earn on average 93% of men's salaries within the profession.
• What education is required to become a metallurgical laboratory engineer?
  - A university or engineering degree in materials engineering, chemical engineering, or similar fields.
• What is the job market like for metallurgical laboratory engineers?
  - There are 564 available jobs in the profession, but no exact forecast for the field.
• What are the tasks of a metallurgical laboratory engineer?
  - Analyzing, testing, and developing metals and alloys, as well as working with quality control and material development.
• What is the lowest and highest salary for the profession?
  - The lowest salary is 36,900 SEK (female, public sector), and the highest is 48,500 SEK (male, private sector).
• What personal qualities are important in this profession?
  - Accuracy, analytical skills, teamwork, and good communication skills.