Högskoleingenjör, gruva/metallurgi

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

A university engineer in mining and metallurgy works on developing, planning, and supervising processes for extracting and refining metals and minerals. Tasks often include technical project management, process optimization, quality control, and environmental assurance of mining and metallurgical facilities. The engineer collaborates closely with production teams and research departments to streamline and improve work processes. The work environment can range from office settings to fieldwork or factories and mines, where high safety standards and advanced technology are a natural part of daily life.

Salary development over time

The salary for a university engineer in mining and metallurgy has shown steady growth over the past three years. In 2022, the average salary was 42,700 SEK, increasing to 44 400 SEK in 2023. The latest data from 2024 indicates a further rise to 47 400 SEK, representing an overall increase of approximately 11% during this period. This salary trend reflects a continued strong demand for technical skills in the mining and metallurgy industry, where ongoing technological shifts, digitalization, and a focus on sustainability have increased the value of the profession. The sector's specialized nature and large investments in Swedish mining also play a crucial role in salary levels.

University engineer in mining and metallurgy salary – comprehensive overview

• Average salary: 47 400 SEK/month
• Lowest salary: 36,900 SEK/month
• Highest salary: 48,500 SEK/month
• Hourly wage (average): 285 SEK
• Women: 44 900 SEK/month (93% of men's salary)
• Men: 48,500 SEK/month
• Regional differences: Salary levels may vary depending on mining region and employer, but detailed statistics are lacking.

Education and qualifications

To work as a university engineer in mining and metallurgy, a technical university degree is required, often with specialization in mining engineering, metallurgy, or materials technology. The education combines theoretical subjects with practical components and provides broad skills in engineering, chemistry, and process industry. Internships and project work are common and provide valuable work experience during studies.

• Formal degree: Bachelor’s degree in engineering (3 years, 180 hp) with specialization in mining or metallurgy
• Internship/Trainee: Often integrated into the education through practical training or project work
• Prerequisites: Basic university eligibility and specific requirements in mathematics, physics, and chemistry
• Certifications: Opportunities for supplementary courses in occupational health and safety, environmental technology, and process optimization
• Tips for choosing specialization: Select based on interest in process industry, environmental technology, or materials development

Common benefits and compensations

Employees who are university engineers in mining and metallurgy are often offered benefits such as occupational pension, wellness allowance, bonus programs, and extra vacation days. Compensation for unsocial hours, travel allowances, and opportunities for professional development and further training are also common. Many employers in the industry have collective agreements that regulate insurances and other security benefits.

Competition and challenges

The job market for university engineers in mining and metallurgy is generally good, but competition can vary by region and industry cycle. The sector's specialization requires both technical expertise and understanding of complex processes, which can make it challenging for recent graduates to establish themselves quickly. Digitalization, new environmental requirements, and the transition to sustainable production demand continuous skills development. Additionally, the work environment can be demanding, especially in field or production settings where safety is critical.

Tips for those who want to become a university engineer in mining and metallurgy

To succeed as a university engineer in mining and metallurgy, it is beneficial to have an analytical mindset and the ability to quickly adopt new technology. Good communication skills and the ability to collaborate across disciplines are valuable, especially when optimizing complex processes or implementing new projects. Being meticulous and organized helps with quality control and safety work, while an interest in sustainability and environmental issues opens doors to future development projects. Flexibility and initiative are appreciated qualities, particularly in an industry where innovation and change are constant. It is also wise to seek internships and summer jobs during studies to build networks and gain industry experience.

Key facts about university engineers in mining and metallurgy

• Education level: Bachelor’s degree in engineering (3 years)
• Work environment: Combination of office, laboratory, and fieldwork
• Demand: 564 available jobs within the profession (2024)
• Gender distribution: Women earn 93% of men's salaries
• Special expertise: Process optimization and environmental technology

Career paths and future prospects

After three to five years in the profession, a university engineer in mining and metallurgy can advance to roles such as project manager, process developer, or specialist in environmental technology and sustainable processes. Some choose to deepen their expertise in research and development, while others move into leadership positions or consulting. According to the Swedish Public Employment Service, detailed forecasts for this specialization are limited due to sparse data, but there are 564 available jobs and technical skills are still highly sought after. The industry's future is influenced by investments in green technology and the transition to sustainable production, which can offer good career opportunities for those eager to drive development.

Common questions about university engineers in mining and metallurgy

• What does a university engineer in mining and metallurgy earn?
  - The average salary is 47 400 SEK per month, with variations depending on experience, gender, and employer.
• What do salary differences between men and women look like?
  - Women earn an average of 44 900 SEK and men 48,500 SEK, meaning women earn approximately 93% of men's salaries.
• What education is required to become a university engineer in mining and metallurgy?
  - A three-year university engineering program specializing in mining or metallurgy is required.
• What does the work environment look like for this profession?
  - The work environment varies between offices, laboratories, and production sites like mines and smelters, often with high safety standards.
• Are there good job opportunities?
  - Yes, there are 564 available jobs according to current statistics.
• What are the highest and lowest salaries in the profession?
  - The highest salary is 48,500 SEK and the lowest is 36,900 SEK per month, depending on gender, sector, and education.
• How does the region influence salaries for university engineers in mining and metallurgy?
  - Salaries may vary depending on the mining region and employer, especially in areas with large mining industries, but detailed data is lacking.