Electronics engineer, university engineer

What does an electronics engineer – job tasks and work environment

An electronics engineer with a university degree works on developing, testing, and improving electronic systems and components. Common tasks include circuit board design, programming embedded systems, troubleshooting, and project management within areas such as telecommunications and automotive industries. The work is often project-based and involves both independent efforts and collaboration with other engineers, technicians, or product developers. The work environment is primarily office-based but can also include laboratory settings and visits to production facilities or customer sites.

Salary development over time

The salary for an electronics engineer with a university engineering degree has shown steady growth over the past three years. In 2022, the average salary was 46,600 SEK per month, while in 2023 it increased to 48 800 kr – a rise of approximately 4.7%. In 2024, the salary has remained at 48 800 kr, indicating a slowdown in the rate of increase. This trend reflects continued high demand for skills in electronics, but also that the market has reached a certain maturity where wages have stabilized at a relatively high level. The increase from 2022 to 2023 can largely be attributed to rapid technological advancements and industry needs for specialized labor, while the current stability suggests supply and demand are more balanced.

Electronics engineer, university engineer salary – comprehensive overview

• Average salary: 48 800 SEK/month
• Lowest salary (men/women): 38,900 SEK / 41,600 SEK
• Highest salary (men/women): 66,400 SEK / 49,300 SEK
• Hourly wage (average): 293 SEK
• Gender pay gap: Women earn 95% of what men do (49 200 SEK/month for men, 46 700 SEK/month for women)

Education and qualifications

To work as an electronics engineer with a university degree, a three-year higher education in electrical engineering or electronics is usually required. Many employers also value additional courses in programming, embedded systems, or project management. Practical experience from internships or thesis work is often advantageous and can facilitate the transition from studies to working life.

• Formal degree: Bachelor’s degree in electrical engineering (3 years)
• Prerequisites: Basic eligibility + specific requirements in mathematics, physics, and chemistry
• Certifications: Meritorious in areas such as programming, project management, or quality assurance
• Internship: Often integrated into the education or via summer jobs/internships
• Tips: Courses in embedded systems and digital technology increase employability

Common benefits and compensations

Typical benefits for electronics engineers include occupational pension, wellness allowance, flexible working hours, and remote work options. Some employers also offer bonus schemes, skills development, and subsidized lunches. Business trips and access to modern technical equipment are common, especially in larger tech companies.

Competition and challenges

Although there are great opportunities for employment in electronics and electrical engineering, challenges exist. The recruitment situation is characterized by difficulties in finding the right skills, while many leave the profession for other technical roles or further education. Rapid technological development requires continuous skills upgrading and adaptation to new standards and tools. Competition for attractive positions can be fierce, especially within popular areas like automotive electronics or telecommunications. Success requires both technical breadth and specialist knowledge, as well as a willingness to learn new things.

Tips for those who want to become an electronics engineer, university engineer

To succeed as an electronics engineer, it is good to have strong analytical skills and an interest in problem-solving, which aids in troubleshooting and developing new systems. Curiosity and a desire to learn new things are essential, as the industry is characterized by rapid technological progress. Building good teamwork skills is also important, as work often occurs in project groups with other specialists. Precision and patience facilitate complex testing procedures and documentation. Practical experience, such as summer jobs or internships, provides valuable insights and increases employability. Technical confidence and the ability to communicate solutions to colleagues and clients are also crucial qualities. Taking initiative and driving projects forward can also open doors to more advanced roles.

Key facts about electronics engineer, university engineer

• Education level: Bachelor's degree (3 years)
• Average salary: 48 800 SEK/month
• Work environment: Office- and laboratory-based, often in project teams
• Demand: Great opportunities for employment nationwide
• Number of available jobs (2024): 564

Career paths and future prospects

After three to five years in the profession, an electronics engineer can often move into more specialized roles, such as system architect, technical project manager, or expert within a specific area like embedded systems or signal processing. Some choose to pursue further studies to become a master of science or deepen their research and development expertise. According to the Swedish Public Employment Service, opportunities remain strong within electrical engineering and technology fields, and demand is expected to stay stable over the next five years. However, the recruitment situation is paradoxical, with many leaving the profession while it is difficult to find new talents, creating good opportunities for recent graduates and further-educated engineers.

Frequently asked questions about electronics engineer, university engineer

• What does an electronics engineer, university engineer earn?
  - The average salary is 48 800 SEK per month, with variation between 38,900 SEK and 66,400 SEK depending on experience and education.
• What education is required to become an electronics engineer?
  - A three-year university engineering degree in electrical engineering or electronics is standard.
• Are there salary differences between women and men?
  - Yes, women earn approximately 95% of what men do in the profession.
• What are the future prospects?
  - The forecast shows great opportunities for employment and stable demand over the next five years.
• What are the most common job tasks?
  - Design, development, testing, and troubleshooting of electronic systems as well as project management.
• What benefits are usually offered?
  - Occupational pension, wellness allowance, flexible working hours, and remote work options are common.
• What is the work environment like?
  - The work environment is mainly office- and laboratory-based, often involving teamwork in project settings.