Materials engineer, metallurgy

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

A materials engineer specializing in metallurgy works with the development, analysis, and improvement of metals and alloys. Tasks often include research on material structures, testing metals, optimizing production processes, and quality assurance in manufacturing. The role involves close collaboration with production, laboratories, and sometimes customers to solve technical problems and develop new material solutions. The work environment can range from office and laboratory settings to direct involvement in industrial environments where process monitoring and sampling occur. Safety considerations are central, especially when working with melts or chemicals.

Salary development over time

The salary for a materials engineer in metallurgy has shown steady and positive growth over the past three years. In 2022, the average salary was 51,100 SEK per month, increasing to 53 100 SEK in 2023 and now reaching 54 800 SEK in 2024. This represents a total increase of approximately 7.2% over the period. This trend reflects a continued demand for technical expertise in metallurgy, where skills in advanced materials and sustainable processes have become increasingly important. The growth has also been influenced by industry needs for specialists contributing to technological innovation and efficiency.

Materials engineer, metallurgy salary – comprehensive overview

• Average salary: 54 800 SEK/month
• Lowest salary: 43,300 SEK/month (men), 44,700 SEK/month (women)
• Highest salary: 56,400 SEK/month (men), 52,700 SEK/month (women)
• Hourly wage: 330 SEK/hour
• Gender pay gap: Women earn 95% of men's salary
• Regional differences: Data varies, but larger industrial regions tend to offer higher salaries

Education and qualifications

To work as a materials engineer in metallurgy, a typical requirement is a Master of Science in Engineering with specialization in materials engineering, metallurgy, or a related field. The education combines theoretical knowledge of materials science with practical components and laboratory work. Many employers also value experience gained through internships, thesis projects, or trainee programs within the industry.

• Master's degree: 5 years in materials engineering, chemical engineering, or equivalent
• Bachelor's degree: 3 years with relevant specialization may suffice for some roles
• Internships/trainees: Meritorious and often required by larger industrial companies
• Courses/certifications: For example, quality assurance, project management, or occupational safety
• Prerequisites: Good knowledge of chemistry, physics, and mathematics

Common benefits and compensations

Materials engineers in metallurgy are often offered benefits such as wellness allowances, pension schemes, extra vacation days, flexible working hours, and opportunities for professional development. Other common compensations include bonus programs, insurance coverage, and access to company health services and subsidized meals. For employees at larger industrial companies, international exchange programs and participation in research projects may also be available.

Competitions and challenges

The competition for positions as a materials engineer in metallurgy varies by region and economic conditions, but the demand for specialist skills is generally strong. Challenges in the profession often involve keeping pace with rapid technological developments and finding innovative solutions to complex material problems. Globalization and increased focus on sustainability place high demands on knowledge of environmentally friendly processes and recycling. At the same time, employers often require experience with advanced analytical methods and project management, which can make entry into the profession more demanding for recent graduates.

Tips for aspiring materials engineers in metallurgy

To succeed as a materials engineer in metallurgy, it’s good to have a genuine interest in technology and problem-solving, along with curiosity about how materials work on a microscopic level. Precision is important in everything from laboratory work to documentation, and analytical skills help interpret test results and draw correct conclusions. Being communicative and able to collaborate in projects is crucial, as many assignments require interdisciplinary efforts. Flexibility makes it easier when conditions change quickly, and being proactive allows you to lead your own development projects. Finally, it pays to stay updated on new techniques and participate in networks to build industry connections.

Key facts about materials engineer, metallurgy

• Educational level: Master of Science in Engineering (5 years) or Bachelor's degree (3 years) with relevant specialization
• Work environment: Combination of office, laboratory, and industry
• Work mode: Often project-based and interdisciplinary
• Demand: 564 available jobs within the profession
• Special skills: Advanced materials analysis, process optimization, sustainability

Career paths and future prospects

After three to five years in the profession, a materials engineer in metallurgy can advance to roles such as project manager, specialist in a specific material area, or technical manager. It is also common to move into research and development, quality management, or leadership positions within production. According to the latest forecast from the Employment Service, no precise assessment is made for this profession due to limited data, but there are 564 available jobs in the broader group of civil engineers in mining technology and metallurgy. Future prospects are influenced by industry investments in sustainable technology and the need for expertise in recycling and new materials, indicating good career opportunities for those with the right skills.

Frequently asked questions about materials engineer, metallurgy

• What does a materials engineer in metallurgy earn?
  - The average salary is 54 800 SEK per month, with variations depending on experience, gender, and region.
• What education is required to become a materials engineer in metallurgy?
  - Most commonly, a Master's degree (5 years) or a Bachelor's degree (3 years) in materials engineering or a related field.
• Are there gender differences in salary for materials engineers?
  - Yes, women earn on average 95% of what men do in the profession.
• What is the job market like for materials engineers in metallurgy?
  - There are 564 available jobs in the field, but exact forecasts are lacking due to limited data.
• What tasks does a materials engineer in metallurgy perform?
  - Research, analysis, process development, and quality assurance of metals and alloys.
• How large are regional salary differences?
  - Salary variations exist, and higher salaries are often offered in larger industrial regions.
• What career options are available for materials engineers in metallurgy?
  - Project management, specialist roles, technical management, or research and development are possible paths.