Calculation engineer (machine), university engineer

What does a computational engineer in mechanical engineering do? – Tasks and work environment

A computational engineer in mechanical engineering is responsible for analyzing, simulating, and optimizing mechanical designs and components. Their tasks include advanced calculations related to strength, material selection, thermodynamics, and fluid mechanics to ensure products meet technical requirements and standards. Specialized software such as finite element analysis (FEA) or computer-aided design (CAD/CAE) is typically used. The work is often project-based, closely integrated with designers, product developers, and production teams. The environment is mainly office-based, with elements of laboratory work, prototype testing, and sometimes inspections in the field or at factories.

Salary development over time

The salary for a computational engineer in mechanical engineering has shown steady and positive growth over the past three years. In 2022, the average salary was 41,500 SEK per month, increasing to 43 700 SEK in 2023. In 2024, the average salary reached 45 300 SEK, representing an approximate 9% increase over three years. This salary trend reflects increased demand for technical expertise in the industry, especially in advanced calculations and simulations. The market’s need for energy-efficient and sustainable solutions drives the demand for specialists, positively impacting salary levels. Additionally, education level and experience are becoming increasingly important for higher salary levels within the profession.

Computational engineer in mechanical engineering salary – comprehensive overview

• Average salary: 45 300 SEK/month
• Lowest salary (female): 37,000 SEK/month (public sector, 3-year vocational education)
• Lowest salary (male): 39,900 SEK/month
• Highest salary (female): 68,000 SEK/month (municipal sector, research degree)
• Highest salary (male): 50,500 SEK/month
• Hourly wage (average): 272 SEK
• Women’s salary as a percentage of men’s: 95%
• Regional differences: No clear regional differences are reported, but larger labor markets tend to offer higher salaries.

Education and qualifications

The path to becoming a computational engineer in mechanical engineering typically involves a university engineering degree in mechanical engineering or a related technical field. The education usually lasts three years of full-time study, combining theoretical courses in mechanics, mathematics, and materials science with practical problem-solving and computer-based simulation tools. Specialized courses, project work, and internships are common components. Further training and certifications in areas like FEA analysis or CAD/CAE systems can provide competitive advantages in the job market.

• Formal degree: Bachelor’s degree in mechanical engineering (3 years)
• Certifications: Courses in FEA, CAD/CAE, or specialized software
• Internship: Recommended during studies to strengthen professional skills
• Prerequisites: Basic eligibility, including mathematics and physics at high school level
• Tips for choosing: Focus on schools with strong industry collaborations

Common benefits and compensations

Computational engineers in mechanical engineering are often offered benefits such as flexible working hours, wellness allowances, occupational pension, and the possibility of remote work. Other common compensations include bonus programs, skills development, and subsidized lunches. The extent of benefits varies depending on the employer and sector.

Competition and challenges

The competition for positions as a computational engineer in mechanical engineering is moderate to high, especially in regions with strong industry presence. Technological developments mean the role is constantly evolving, requiring continuous skill development. The availability of job openings is relatively good, with 564 advertised positions, but specialization and experience can be decisive in recruitment. Lack of practical experience or insufficient knowledge of advanced software can hinder recent graduates. Additionally, staying updated on the latest research and digital tools is a challenge in this rapidly changing industry.

Tips for aspiring computational engineers in mechanical engineering

To succeed as a computational engineer in mechanical engineering, it is beneficial to develop strong analytical skills, as problem-solving and logical thinking are central to the profession. Accuracy is crucial to ensure calculations and simulations are correct and reliable. Good communication skills facilitate collaboration with colleagues from different technical backgrounds and make it easier to explain complex results. Curiosity and interest in new technology help in quickly adopting new software and work methods. Being structured and able to prioritize projects is also advantageous, especially when workload peaks. Engagement in continuous learning and a willingness to develop professionally offer better long-term career opportunities. Finally, building a network during studies can increase chances for interesting internships and future jobs.

Key facts about a computational engineer in mechanical engineering

• Educational level: Bachelor’s degree (3 years)
• Work environment: Office-based, often project-oriented
• Job market: 564 available positions within the profession
• Special skills: FEA, CAD/CAE, materials science
• Gender salary gap: Women earn 95% of what men do

Career paths and future prospects

After three to five years as a computational engineer in mechanical engineering, opportunities include progressing to roles such as project manager, specialist in advanced simulation, or technical manager. Other potential career steps are moving into product development, consulting, or research-oriented positions. Forecasts from the Swedish Employment Service indicate stable demand for engineers and technicians in mechanical engineering, though no specific forecast exists for this specialization. Technological advancements and industry needs for sustainable and efficient solutions suggest good future prospects for qualified computational engineers. Higher education, such as a master’s or doctoral degree, can open doors to more advanced and better-paid positions.

Frequently asked questions about a computational engineer in mechanical engineering

• What does a computational engineer in mechanical engineering earn?
  - The average salary is 45 300 SEK per month, ranging from 37,000 to 68,000 SEK depending on experience and education.
• What education is required to become a computational engineer in mechanical engineering?
  - A university engineering degree in mechanical engineering or a similar technical field is most common.
• Are there gender differences in salary?
  - Yes, women earn on average 95% of what men do within the profession.
• Which software should one be proficient in?
  - Knowledge of FEA, CAD/CAE tools, and other simulation programs is highly advantageous.
• What is the job market like?
  - Currently, there are 564 available positions within the profession, indicating strong demand.
• What personal qualities are important?
  - Analytical skills, precision, communication skills, and an interest in technology are particularly valuable.
• What is the difference between a university engineer and a master’s engineer in this field?
  - Master’s engineers have a longer education (5 years) and can often work with more advanced or research-oriented tasks.