Research engineer, metallurgy

What does a research engineer in metallurgy do? – Tasks and work environment

A research engineer in metallurgy works on developing, analyzing, and improving the properties and processes of metals. Tasks include experimental research, material analysis, simulations, and developing new alloys or manufacturing methods. The role often requires advanced technical equipment and laboratory environments, as well as collaboration with industry partners and other researchers. In some cases, teaching or supervision of students is included. The work environment is characterized by high-tech laboratories, project-based work, and a strong focus on innovation and problem-solving.

Salary development over time

The salary for research engineers in metallurgy has shown a stable and positive trend over the past three years. In 2022, the average salary was 51,100 SEK per month, increasing to 53 100 SEK in 2023 and reaching 54 800 SEK in 2024. This corresponds to a total increase of about 7.2% over the period, which is slightly higher than the national average for engineering professions. The salary growth can partly be explained by the increasing demand for specialized skills in materials development and sustainable production methods, as well as the fact that many employers in the sector are technology-intensive and export-oriented. At the same time, the salary increase reflects a general trend in technical research careers where advanced education and experience are highly valued.

Research engineer, metallurgy salary – comprehensive overview

• Average salary: 54 800 SEK/month
• Lowest salary: 43,300 SEK/month (male), 44,700 SEK/month (female)
• Highest salary: 56,400 SEK/month (male), 52,700 SEK/month (female)
• Hourly wage: 330 SEK
• Gender differences: Women earn 95% of what men do
• Regional differences: Data varies, but larger employers are mainly in industrial regions with many tech companies

Education and qualifications

To work as a research engineer in metallurgy, a Master of Science in Engineering or equivalent higher education in materials science, metallurgy, or chemical engineering is usually required. Many employers also value doctoral studies or experience from project work in industry. Practical experience in laboratory work and good knowledge of advanced material analysis are essential for success in the profession.

• Formal degree: Master of Science in Engineering, specialization in materials science/metallurgy (5 years)
• Doctoral studies: PhD can be advantageous
• Internship: Laboratory internship or trainee position in metallurgy
• Prerequisites: Good knowledge of chemistry, physics, and mathematics
• Courses/certifications: Advanced courses in material analysis and process technology

Common benefits and compensations

Research engineers in metallurgy are often offered competitive benefits such as occupational pension, wellness grants, flexible working hours, and opportunities for professional development. Access to modern laboratory equipment and international conferences is common, as are favorable conditions for parental leave and vacation.

Competition and challenges

The job market for research engineers in metallurgy is characterized by relatively few but highly qualified positions, meaning competition mainly revolves around specialized skills and experience. The biggest challenges include rapid technological development and the need for continuous retraining. Many employers also seek experience in project management or industry collaboration. Since the profession often requires advanced education and specialization, it can be difficult to enter without the right background. However, there are good opportunities for those with the right skills, especially in technology-intensive regions.

Tips for aspiring research engineers in metallurgy

To succeed as a research engineer in metallurgy, it is beneficial to be analytical and curious, as the profession requires a constant search for new solutions and understanding complex material processes. Precision is an important trait, especially in laboratory work and data analysis, where small deviations can be significant. Perseverance and patience are crucial, as research projects often span long periods and may involve many attempts before results are achieved. Good teamwork skills are also advantageous, as work is often done in teams and interdisciplinary projects. To stand out, consider gaining internships and participating in research projects during your studies, and stay updated on the latest technology and research in the field. Developing an understanding of industry needs and trends improves the ability to translate research into practical benefits. Finally, communication skills are central for presenting results and participating in international collaborations.

Key facts about research engineer, metallurgy

• Education level: Master of Science in Engineering (5 years), often with doctoral studies
• Work environment: High-tech laboratories and industrial settings
• Typical work form: Project-based teamwork
• Demand: 564 available jobs within the profession in 2024
• Special skills: Material analysis, process technology, and laboratory research

Career paths and future prospects

After three to five years in the profession, a research engineer in metallurgy can advance to leading roles such as project manager, research director, or specialist in material development. It is also common to pursue doctoral studies or work in innovation management within industry. According to the Swedish Public Employment Service's forecasts, there is no specific assessment for research engineers in metallurgy due to limited data, but within the group of civil engineers in mining technology and metallurgy, 564 positions were available in 2024. This indicates a certain demand, especially in technology-intensive and export-oriented regions. Future prospects are strongly influenced by industry development, investments in sustainable materials, and the global shift toward green technology.

Common questions about research engineer, metallurgy

• What is the salary of a research engineer, metallurgy?
  - The average salary is 54 800 SEK per month, ranging from 43,300 to 56,400 SEK depending on experience and position.
• What are the gender differences in salary?
  - Women earn on average 52,700 SEK, which is 95% of men's salary at 55 600 SEK.
• What education is required?
  - A Master of Science in Engineering in materials science or metallurgy is required, often supplemented with doctoral studies.
• What is the job market like?
  - There are 564 available jobs within the profession, but competition for the most qualified positions is high.
• What tasks does a research engineer in metallurgy perform?
  - Tasks include materials research, experiments, alloy analysis, and development of new methods for metal processing.
• Are there regional salary differences?
  - Yes, higher salaries and more positions are often found in industrial regions with many tech companies.
• What benefits are common?
  - Benefits such as occupational pension, wellness grants, flexible working hours, and opportunities for international collaboration are common.