Foundry engineer, civil engineer

What does a foundry engineer in metallurgy do – tasks and work environment

A foundry engineer with a Master of Science in Engineering degree works on developing and optimizing processes in metal production and casting technology. Tasks often include material analysis, process monitoring, quality control, and developing new alloys or casting methods. The role involves close collaboration with production teams and laboratory staff, as well as responsibility for ensuring that final products meet technical and environmental requirements. The work environment can vary between offices, laboratories, and production facilities, requiring both theoretical knowledge and practical understanding of industrial processes.

Salary development over time

The salary for a foundry engineer, civil engineer, has shown steady growth over the past three years. In 2022, the average salary was 51,100 SEK per month, rising to 53 100 SEK in 2023. In 2024, the average salary is 54 800 SEK, representing a total increase of approximately 7.2% over the period. This salary development reflects continued demand for specialized technical expertise in metallurgy and manufacturing, where specialized knowledge is crucial for efficiency and quality. The market demand for civil engineers in mining technology and metallurgy drives salary increases, while technological advancements and industry complexity also contribute to elevating the profession's value. Women in the profession have a slightly slower salary growth compared to men, which is reflected in the current gender pay gap.

Foundry engineer, civil engineer 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 (average): 330 SEK
• Gender differences: Women earn 95% of what men do
• Regional differences: No specific data available

Education and qualifications

To work as a foundry engineer in metallurgy, a Master of Science in Engineering degree is required, usually with specialization in materials engineering, metallurgy, or mechanical engineering. The educational path typically takes five years at a technical university, developing both theoretical and practical skills. Internships or trainee programs in industry are common, and additional courses in production management or quality assurance can be advantageous.

• Master of Science in Engineering: 5 years (materials engineering, metallurgy, or mechanical engineering)
• Internship/Trainee: Recommended during studies
• Certifications: May be required for certain specialist roles
• Courses in quality & production: Merit for advanced positions
• Prerequisites: Basic eligibility + specific requirements (mathematics, physics, chemistry)

Common benefits and compensations

Typical benefits for a foundry engineer include occupational pension, wellness allowance, flexible working hours, and opportunities for skill development. Bonus programs and favorable insurance solutions are also common, especially with larger employers in industry. Some companies offer subsidized lunches or staff discounts.

Competition and challenges

The profession of foundry engineer in metallurgy belongs to a relatively narrow and specialized niche, which means competition for the most attractive positions can be high, especially in regions with few employers in heavy industry. Technological advances and increased demands for sustainability and energy efficiency mean the role is constantly evolving. Maintaining competitiveness requires continuous skills development and adapting to new technologies. The gender pay gap and underrepresentation remain challenges in the industry. Additionally, the work environment can be demanding, with exposure to noise, heat, and heavy machinery, requiring high safety awareness.

Tips for aspiring foundry engineers in metallurgy

To succeed as a foundry engineer, it is helpful to have strong analytical skills and an interest in materials science and process industries. Precision is essential for monitoring and optimizing production processes, and problem-solving skills help quickly address technical challenges. Good communication facilitates collaboration with production teams and management, while a willingness to learn continuously makes it easier to keep up with technological developments. Practical experience, such as summer jobs or internships, provides a valuable advantage. Initiative and independence are also valuable qualities for leading improvement projects and taking responsibility for results. Actively seeking mentorship and networking within the industry can open new opportunities and inspire further development.

Key facts about foundry engineers in metallurgy

• Educational level: Master of Science in Engineering (5 years)
• Work environment: Varies between office, lab, and industry
• Professional group: Civil engineers in mining technology and metallurgy
• Job openings: 564 within the profession
• Gender distribution: Women earn 95% of men's salaries

Career paths and future prospects

After three to five years in the profession, a foundry engineer can advance to roles such as production manager, process developer, or technical manager within larger industrial companies. Some choose to specialize in research and development, while others move into consulting or leadership positions in quality and environmental management. Forecasts from the Employment Service indicate no specific future outlooks for the profession, but demand within the broader group of civil engineers in mining technology and metallurgy remains stable, with 564 registered job openings. Continued technological development and increased sustainability requirements are expected to create new opportunities, especially for engineers with advanced skills in digitalization and energy-efficient processes.

Common questions about foundry engineers in metallurgy

• What does a foundry engineer, civil engineer, earn?
  - The average salary is 54 800 SEK per month, with variations depending on experience and employer.
• What education is required to become a foundry engineer?
  - A Master of Science in Engineering degree in materials engineering, metallurgy, or mechanical engineering is required, often five years of study.
• Are there significant salary differences between men and women?
  - Yes, women earn approximately 95% of what men do in the profession.
• What is the job market like for foundry engineers?
  - There are 564 job openings within the profession, but no exact forecast for this specific specialization.
• Can you work internationally as a foundry engineer?
  - Yes, knowledge in metallurgy and casting technology is in demand internationally, especially in industrialized countries.
• What are the occupational health and safety risks?
  - The work environment can involve noise, heat, and working near heavy machinery, requiring good safety routines.
• What is the hourly wage for a foundry engineer?
  - The average is 330 SEK per hour for hourly-paid workers.