Computing engineer (electronics), university engineer

What does a computational engineer in electronics do – tasks and work environment

A computational engineer in electronics primarily works with modeling, simulating, and analyzing electronic systems and components to optimize function, safety, and cost-efficiency. Common tasks include performing advanced calculations on circuits, developing signal processing algorithms, and verifying and validating technical solutions before production. These engineers often collaborate with designers, test engineers, and project managers in project-based environments, where the work environment is characterized by high technical complexity and demands for precision. The work is usually carried out in offices or laboratory settings with access to advanced simulation tools and software.

Salary development over time

The salary for a university engineering degree holder working as a computational engineer in electronics has shown steady growth in recent years. In 2022, the average salary was 46,600 SEK per month, which increased to 48 800 in 2023 and has remained unchanged in 2024. This represents an increase of approximately 4.7% from 2022 to 2023, but the salary level has plateaued thereafter. This development reflects increased demand for engineers with specialized electronics skills, but also a certain saturation in salary growth after a period of upward trend. The market is characterized by high competition for talent, which can help keep salaries high, especially in the private sector and for those with advanced education.

Computational engineer in electronics salary – comprehensive overview

• Average salary: 48 800 SEK/month
• Lowest salary: 38,900 SEK/month (men), 41,600 SEK/month (women)
• Highest salary: 66,400 SEK/month (men, private sector, research degree), 49,300 SEK/month (women)
• Hourly wage: 293 SEK/hour (hourly worker, average 166 hours/month)
• Gender differences: Women earn 46 700 SEK/month (95% of men's salary which is 49 200 SEK/month)
• Regional differences: Salary levels may vary depending on region and sector; higher salaries are often found in metropolitan areas and within private industry.

Education and qualifications

To work as a computational engineer in electronics, a university engineering degree in electrical engineering or a related field is typically required. Specialized courses in computational techniques, simulation, and programming are often advantageous. Practical experience from project work and knowledge of modern simulation tools are highly valued by employers.

• Formal degree: Bachelor of Science in Electrical Engineering, 3 years
• Certifications/courses: Advanced courses in simulation, modeling, and programming
• Internship/trainee: Internship during studies is strongly recommended
• Prerequisites: Mathematics and physics at high school level are required for eligibility
• Tips for choosing: Focus on electronics and computational techniques to increase employability

Common benefits and compensations

Computational engineers in electronics are often offered benefits such as occupational pension, wellness allowances, and flexible working hours. Other common compensations include bonus programs, professional development, health insurance, and sometimes remote work options. Benefits may vary depending on employer and sector, but tech-oriented companies tend to be at the forefront of employee benefits.

Competition and challenges

The profession of computational engineer in electronics is characterized by fierce competition for the most attractive positions, especially within larger tech companies and consulting firms. A major challenge is staying updated with rapid technological changes, new standards, and simulation tools. The recruitment situation is marked by difficulties in finding the right competence, while many leave the profession for other technical roles. The industry’s high demands for specialization and increasing technical complexity make ongoing education and certifications increasingly important to remain competitive.

Tips for aspiring computational engineers in electronics

To succeed as a computational engineer in electronics, it is beneficial to combine analytical skills with a strong technical curiosity. Early specialization in mathematics and programming provides an advantage during education and in professional work. Precision is critical, as small errors in calculations can have significant consequences in the final product, and a structured approach facilitates handling complex data flows. Collaboration skills are important since projects are often cross-functional and require clear communication with colleagues from various technical fields. Being solution-oriented and flexible makes it easier to handle technical challenges, and continuous learning is essential to stay relevant in a rapidly evolving industry.

Key facts about a computational engineer in electronics

• Educational level: Bachelor of Science (3 years)
• Work environment: Office and laboratory-based
• Demand: Great opportunities for employment, especially in the private sector
• Special skills: Simulation, programming, advanced mathematics
• Work form: Project-based and interdisciplinary collaboration

Career paths and future prospects

After three to five years in the role of a computational engineer in electronics, there are opportunities to advance to specialist positions, project leader, or technical manager within electronics or related fields. Forecasts from the Swedish Public Employment Service indicate that job opportunities are considered large nationwide and that demand is expected to remain unchanged over the next five years. However, the recruitment situation is marked by difficulties in finding the right competence, making individuals with the right education and experience have good career prospects. At the last measurement, there were 564 job openings in Sweden, further emphasizing the need for qualified electrical engineers.

Common questions about a computational engineer in electronics

• What does a computational engineer in electronics earn?
  - The average salary is 48 800 SEK per month, with variation depending on experience, education, and sector.
• What education is required to become a computational engineer in electronics?
  - A university engineering degree in electrical engineering or a similar technical field is required.
• Are there gender differences in salary?
  - Yes, women earn an average of 46 700 SEK per month, which corresponds to 95% of men's salary which is 49 200 SEK/month.
• What career paths are available after a few years in the profession?
  - Opportunities to advance to specialist, project manager, or technical manager are available after 3–5 years.
• What is the job market like for computational engineers in electronics?
  - Demand is high and the forecast indicates the job market will remain stable in the coming years.
• What are the highest and lowest salaries in the profession?
  - The highest salary is 66,400 SEK and the lowest is 38,900 SEK, depending on education, sector, and gender.
• What specialized skills are in demand?
  - Skills in simulation, programming, and advanced mathematics are particularly sought after.