Ingenjör, gruva/metallurgi

What does an engineer in mining and metallurgy do? – Tasks and work environment

An engineer in mining and metallurgy works on developing, optimizing, and supervising processes for extracting and refining minerals and metals. Tasks often include project management, technical problem-solving, quality assurance, as well as health and safety and environmental issues. The role also involves analyzing production data, evaluating new technologies, and collaborating with other specialists to ensure efficient and safe production. The work environment varies between office settings and fieldwork, such as in mines or at processing plants. Safety routines and protective equipment are central parts of daily work, especially during inspections or on-site testing in industry.

Salary development over time

The salary for engineers in mining and metallurgy has shown steady and positive growth over the past three years. In 2022, the average salary was 42,700 SEK per month, which increased to 44 400 SEK in 2023. In 2024, the average salary has reached 47 400 SEK, corresponding to an increase of about 11% over three years. This rise reflects both technological advancements in the industry and an increased demand for qualified engineers in the mining and metallurgy sectors. The demand for specialized skills and experience, combined with a changing global raw materials market, has contributed to salary increases. Notably, gender pay gaps persist, affecting the overall average for the profession.

Engineer in mining/metallurgy salary – comprehensive overview

• Average salary: 47 400 SEK/month
• Lowest salary: 36,900 SEK/month (female, public sector, post-secondary education of 3 years or more)
• Highest salary: 48,500 SEK/month (male, private sector, unspecified education level)
• Hourly wage: 285 SEK/hour
• Women's average salary: 44 900 SEK/month (93% of men's salary)
• Men's average salary: 48,500 SEK/month
• Regional differences: No specific data available

Education and qualifications

To work as an engineer in mining and metallurgy, a technical university degree in mining engineering, metallurgy, or a related field is typically required. The education is often combined with internships or trainee programs to provide insight into industry practices and safety requirements. Additional courses and certifications in areas such as health and safety or process technology are valuable for further specialization. The industry appreciates both theoretical and practical skills, and interdisciplinary teamwork is common.

• Formal degree: Master's or Bachelor's in mining engineering, metallurgy, or a related field (3–5 years)
• Certifications: Health and safety, process safety, or project management
• Internships/Traineeships: Recommended during studies to gain industry experience
• Prerequisites: Science or technical high school education
• Advice for choosing: Select programs with close cooperation with industry and opportunities for thesis work in companies

Common benefits and compensation

Engineers in mining and metallurgy are often offered benefits such as occupational pension, wellness allowances, and extra vacation weeks. Other common compensations include bonus programs, insurance, and opportunities for skills development and further training. In some cases, per diems or compensation for working irregular hours during shifts or travel to remote sites are provided.

Competition and challenges

The job market for engineers in mining and metallurgy is characterized by specialization and a relatively limited recruitment base. Despite there being 564 available jobs, competition can be fierce for the most attractive positions, especially within large industrial companies or international projects. Technological development requires continuous skills upgrading, and health, safety, and sustainability regulations are becoming increasingly important. A challenge is attracting more women to the profession, as gender disparities and pay gaps remain evident. Limited data makes precise future demand forecasts difficult, but the need for technical expertise is expected to persist.

Tips for aspiring engineers in mining and metallurgy

To succeed as an engineer in mining and metallurgy, it is beneficial to combine analytical skills with a solution-oriented approach. Precision and safety awareness are crucial, especially during fieldwork where risks may occur. Good teamwork skills facilitate communication with colleagues from different disciplines and contribute to effective projects. Flexibility and openness to new technological solutions are also advantageous, as the industry evolves rapidly. Actively seeking internships and trainee programs provides valuable experience and enhances employment prospects. The ability to handle complex data and draw conclusions is highly valued, as is interest in sustainability issues related to the mining and metal industries. Engagement in health and safety and a willingness to continually develop are qualities appreciated by employers.

Key facts about Engineer in mining and metallurgy

• Education level: Master's or Bachelor's degree (3–5 years)
• Work environment: Combination of office and fieldwork in industrial settings
• Demand: 564 available jobs within the profession
• Gender distribution: Pay gaps remain, women earn 93% of men's salaries
• Common work style: Project-based and interdisciplinary collaboration

Career paths and future prospects

After 3–5 years, an engineer in mining and metallurgy can advance to roles such as project manager, process engineer, or specialist in areas like environmental technology or automation. Opportunities also exist to work internationally or move into leadership positions within larger industrial corporations. The employment agency's forecast for the profession is uncertain due to limited data, but technological progress and the transition to sustainable production are expected to maintain demand for skills. The industry also offers career paths in research and development and consulting, where experience and networks are crucial for further advancement.

Frequently asked questions about Engineer in mining and metallurgy

• What does an Engineer in mining and metallurgy earn?
  - The average salary is 47 400 SEK/month, with the highest reported salary at 48,500 SEK/month and the lowest at 36,900 SEK/month.
• What education is required to become an engineer in mining and metallurgy?
  - A Master's or Bachelor's degree in mining engineering, metallurgy, or a related field (3–5 years).
• Are there good job opportunities?
  - There are 564 available jobs within the profession, but no precise forecast for the future due to limited data.
• What is the gender distribution in the profession?
  - Women earn 93% of what men do, indicating ongoing pay disparity.
• What work environments are common?
  - A mix of office work, laboratories, and fieldwork in mines or industrial facilities.
• What career paths are available after a few years in the profession?
  - Opportunities to advance to project manager, specialist, or work internationally within the industry.