Research engineer, electronics

What does a research engineer in electronics do? – Tasks and work environment

A research engineer in electronics works on developing, testing, and analyzing electronic systems, components, and products within various research projects. Tasks often include advanced measurement techniques, programming control systems, design and prototype development, and evaluation of new technologies. The role involves close collaboration with researchers, engineers, and sometimes external partners in industry. The work environment is typically laboratory-based, but work in office settings with computer simulations and documentation also occurs. High-tech research environments and access to modern equipment are typical for the profession, which requires precision, analytical ability, and a systematic approach.

Salary development over time

The salary for a research engineer in electronics has shown stable and positive growth over the past three years. In 2022, the average salary was 51,800 SEK per month, increasing to 53 800 SEK in 2023 and further to 55 100 SEK in 2024. This represents a total increase of approximately 6.4% over three years. The increase can partly be explained by high demand for specialized skills in electronics research and ongoing technological development in the industry, while the supply of experienced research engineers remains limited. Salary increases also reflect an increased focus on qualified research and innovation in both academia and industry.

Research engineer electronics salary – complete overview

• Average salary: 55 100 SEK/month
• Lowest salary: 46,300 SEK/month (female, private sector, up to 2 years of upper secondary education)
• Highest salary: 64,700 SEK/month (male, private employee, doctoral degree)
• Hourly wage: 331 SEK/hour
• Women: 52 500 SEK/month (94% of men's salary)
• Men: 55 600 SEK/month
• Regional differences: Noticeable variations may occur, especially between metropolitan and other regions

Education and qualifications

To work as a research engineer in electronics, a solid technical education at university or college level is generally required, often with a focus on electrical engineering or related fields. Many also have advanced studies at doctoral level, especially if the position is tied to academic research. Practical experience through thesis work, internships, or industry collaboration is valuable. Specialized courses in measurement technology, signal processing, or programming can be advantageous.

• Formal degree: Master of Science in Electrical Engineering (5 years) or equivalent master’s degree
• Doctoral studies: PhD may be required for academic positions
• Certifications/courses: Specialized courses in electronics, programming, or measurement technology
• Internship: Thesis work or internships in research projects are often beneficial
• Prerequisites: Good knowledge of mathematics, physics, and computer science
• Tips: Choose educational programs with strong research connections and industry collaboration opportunities

Common benefits and compensations

Research engineers in electronics are often offered competitive benefits beyond base salary, such as flexible working hours, extra vacation days, wellness allowances, and access to advanced technical equipment. Larger companies and universities may also provide pension contributions, opportunities for skills development, and international exchanges. Job security and options for remote work are also common in the profession.

Competition and challenges

The profession of research engineer in electronics is characterized by high competition for the most attractive positions, especially at leading research institutes and universities. At the same time, there is a paradoxical recruitment situation where many are educated, yet it is difficult to find the right skills for the most qualified roles. Rapid technological development requires continuous skill upgrading and the ability to quickly adapt to new research fields. Workload can be high at times, particularly during project deliveries and publication of research results. Success requires both technical expertise and strong interdisciplinary collaboration skills.

Tips for those who want to become research engineers in electronics

To succeed as a research engineer in electronics, it is good to be curious and genuinely interested in understanding technology deeply. Developing analytical skills is crucial, as the profession involves problem-solving and critical data review. Being meticulous and systematic facilitates work with advanced measurement equipment and documentation. Communication skills are very important, as work often occurs in interdisciplinary teams and results need to be presented clearly. An open mind to new technologies and a drive to continually learn new things provide good conditions for growth and satisfaction in the profession.

Key facts about research engineers in electronics

• Educational level: Master of Science, often supplemented with doctoral studies
• Work environment: Laboratory and office settings, often project-based
• Demand: Large opportunities for work nationally
• Work form: Full-time, often with flexible hours and project-based structure
• Special skills: Advanced measurement techniques, programming, and electronics design

Career paths and future prospects

After three to five years as a research engineer in electronics, there are opportunities to advance to roles such as project manager, technical specialist, or research leader. Some choose to continue in academia as doctoral candidates or postdoctoral researchers, while others move into senior positions within technology-intensive companies. Forecasts from the Employment Service indicate that the job market for electrical engineering graduates, including research engineers, is expected to have great opportunities for the next five years. The demand is expected to remain unchanged, but recruitment difficulties persist due to high skill requirements and many leaving the profession. Currently, the number of job openings in the profession is 564.

Frequently asked questions about research engineers in electronics

• What does a research engineer in electronics earn?
  - The average salary is 55 100 SEK per month, with the highest reported salary at 64,700 SEK and the lowest at 46,300 SEK.
• What are the gender differences in salary?
  - Women earn an average of 52 500 SEK per month, which corresponds to 94% of men's average salary.
• What education is required to become a research engineer in electronics?
  - A Master of Science in Electrical Engineering is most common, often supplemented with doctoral studies in academic positions.
• What is the job market like for research engineers in electronics?
  - Opportunities for employment are plentiful, with currently 564 job openings.
• What are the most common job tasks?
  - Development, testing, and analysis of electronic systems, as well as research and prototype development.
• Are there regional salary differences?
  - Yes, salaries can vary between metropolitan and other regions, with higher levels in urban areas.
• What career paths are available after a few years in the profession?
  - Project manager, research leader, technical specialist, or further academic studies are common paths.