Master of Science in Engineering, Computer Engineering, Hardware

What does a Master of Science in Engineering in Computer Engineering and Hardware do? – Tasks and Work Environment

Master of Science in Engineering in Computer Engineering and Hardware primarily work with development, design, and testing of advanced technical systems and components. They are responsible for constructing and optimizing electronics, processors, circuit boards, and embedded systems that form the foundation of digital products, ranging from computers and network equipment to industrial control systems. The work is often project-based alongside other engineers, technicians, and programmers. The work environment is typically office-based with a fast pace but can also include laboratory work in technical labs or production environments, especially during testing and troubleshooting prototypes. The demands for precision, problem-solving skills, and teamwork are high, as solutions often need to be implemented in complex and safety-critical systems.

Salary Development Over Time

The salary for Master of Science in Engineering in Computer Engineering and Hardware has shown a clear positive trend over the past three years. In 2022, the average salary was 51,800 SEK per month, which increased to 53 800 SEK in 2023 and further to 55 100 SEK in 2024. The total increase over three years amounts to approximately 6.4%, which is slightly higher than the average salary growth on the labor market for academic professions. This development reflects the continued high demand for technical expertise in hardware-related computer engineering, while competition for qualified engineers remains high. The market's need for specialists in embedded systems, IoT, and advanced electronics has contributed to further salary increases. Although salary increases have been stable, there are still differences between regions and genders, with men generally experiencing slightly higher salary growth than women.

Master of Science in Engineering in Computer Engineering and Hardware Salary – Complete Overview

• Average salary: 55 100 SEK/month
• Lowest salary: 46,300 SEK/month (female, private sector, high school education, up to 2 years of experience)
• Highest salary: 64,700 SEK/month (male, employed in private companies, postgraduate education)
• Hourly wage (average): 331 SEK
• Gender pay gap: Women earn 94% of what men do (men 55 600 SEK, women 52 500 SEK)
• Regional differences: Salary levels may vary between major cities and other parts of the country

Education and Qualifications

To work as a Master of Science in Engineering in Computer Engineering and Hardware, a degree in computer engineering, electrical engineering, or related technical fields is usually required. The education typically spans five years of full-time studies and includes both theoretical and practical components, often with project work and industrial internships. For some specialist roles, additional training such as doctoral studies or certifications in specific technical areas may be advantageous. Basic knowledge of electronics, programming, and system design is necessary, along with good teamwork and communication skills.

• Master of Science in Engineering: 5 years, specialization in computer engineering or electrical engineering
• Internship/Trainee: Common within the education and as an entry point into the industry
• Certifications: Meritorious in areas such as embedded systems, FPGA, or security
• Prerequisites: Basic eligibility, mathematics, physics, and technology at high school level
• Self-study/Online courses: Courses in programming, electronics, and system design can enhance competitiveness

Common Benefits and Compensation

Master of Science in Engineering in Computer Engineering and Hardware are often offered competitive benefits beyond base salary, such as occupational pension, wellness allowance, flexible working hours, and opportunities for remote work. It is also common to have collective insurance agreements, performance bonuses, and extra vacation days, especially within larger companies or corporations. Opportunities for further education and participation in conferences are often included as part of the employment.

Competition and Challenges

The competition for the most attractive positions in computer engineering and hardware remains high despite strong demand for engineers. An increasing number of graduates means employers increasingly seek both deep technical expertise and the ability to quickly adapt to new technologies. The rapid development of the industry makes continuous skills development essential to maintain marketability. At the same time, complex projects and high delivery expectations can create workload and stress, demanding both technical and personal leadership skills. Another challenge is reducing pay gaps and representation disparities within the profession.

Tips for Aspiring Computer Engineering and Hardware Engineers

To succeed as a Master of Science in Engineering in Computer Engineering and Hardware, it is beneficial to combine analytical skills with a genuine interest in technology. Engaging early in projects, internships, or summer jobs in the tech industry provides valuable experience and networks. Curiosity and a willingness to learn new technologies are crucial, given the fast-paced development of the field. Collaboration and good communication skills are also important, especially in projects involving diverse expertise. Strengthening English and presentation skills is recommended, as international collaborations are common. Building a portfolio of personal projects or contributing to open source can increase chances of interesting jobs. Lastly, perseverance and problem-solving skills are central, as many tasks require patience and creative thinking to find optimal solutions.

Key Facts About a Master of Science in Engineering in Computer Engineering and Hardware

• Educational level: Master of Science in Engineering (5 years)
• Work environment: Office-based, often with elements of labs and project work
• Demand: Great opportunities for employment, 564 job openings in the profession
• Gender distribution: Still male-dominated, but increasing share of women
• Special skills: Embedded systems, electronics design, and programming

Career Paths and Future Outlook

After three to five years in the profession, there are good opportunities to advance to roles such as systems architect, project manager, technical specialist, or product owner in hardware-related development. With additional experience or further education, leadership positions within R&D, technical sales, or international projects may also be accessible. The Employment Service's forecasts indicate that job opportunities for Master of Science in Engineering in Electrical Engineering – the professional group to which computer engineering and hardware belong – are large nationally, with an unchanged demand over the next five years. Simultaneously, recruitment difficulties are reported, which benefits recent graduates or those with specialized skills. Digitalization and technological development are driving demand across both private and public sectors, especially in industries with strong innovation capacity.

Frequently Asked Questions about Master of Science in Engineering in Computer Engineering and Hardware

• What does a Master of Science in Engineering in Computer Engineering and Hardware earn?
  - The average salary is 55 100 SEK per month, with variation depending on experience, education, and sector.
• How do gender differences appear in salaries?
  - Women earn on average 94% of men's salaries, which corresponds to 52 500 SEK compared to men's 55 600 SEK.
• What education is required for the profession?
  - A Master of Science in Engineering in Computer Engineering or Electrical Engineering (5 years) is standard, often complemented with internships or certifications.
• What is the state of the job market?
  - The job market is very good with approximately 564 job openings and continued high demand.
• What are the most common job tasks?
  - Development and testing of hardware, design of electronic systems, and collaboration in technical projects.
• How can salary be increased?
  - Further education, experience, specialization, or taking leadership roles can increase salary, as can working in major cities or the private sector.
• Are international work opportunities available?
  - Yes, the profession often involves international projects and collaborations, which can lead to overseas experience and a global career.