Master of Science in Space Engineering

What does a graduate engineer in space technology do? – Tasks and work environment

Graduate engineers in space technology develop, test, and maintain advanced technical systems used in space-related projects. Tasks include designing satellites, developing control systems for rockets, analyzing space data, and collaborating on international research projects. The work is often carried out in interdisciplinary teams, requiring a combination of theoretical knowledge and practical problem-solving skills. The work environment is typically office-based but can also include laboratories and fieldwork at test facilities.

Salary development over time

Over the past three years, graduate engineers in space technology have experienced stable and positive salary growth. In 2022, the average salary was 51,800 SEK per month, followed by an increase 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. Salaries have been strengthened by continued high demand for technical skills in the space sector and increasing competition for qualified engineers. Market needs for specialized knowledge and the pace of technological development have contributed to raising salary levels, while differences between private and public sectors and education levels influence the salary range.

Graduate engineer in space technology salary – comprehensive overview

• Average salary: 55 100 SEK/month
• Lowest salary: 46,300 SEK/month
• Highest salary: 64,700 SEK/month
• Hourly wage (average): 331 SEK
• Women: 52 500 SEK/month
• Men: 55 600 SEK/month
• Women earn: 94% of what men do
• Regional differences: Salary variations occur depending on location and employer

Education and qualifications

To work as a graduate engineer in space technology, a long and technically advanced education is required, usually at university level. The education combines mathematics, physics, and engineering with specialized courses in space technology, often supplemented with internships or projects in collaboration with industry. Advanced knowledge in programming, electronics, and systems engineering is particularly valuable.

• Master's degree in space technology or electrical engineering (5 years)
• Relevant certifications or advanced courses in satellite technology, control systems, or programming
• Internships or trainee programs with space agencies, tech companies, or research institutes
• Proven skills in mathematics, physics, and English at high school level as prerequisites
• Courses and self-study in advanced computer science, AI, and project management are recommended

Common benefits and compensations

Graduate engineers in space technology are often offered generous benefits such as occupational pension, wellness allowance, flexible working hours, and extra vacation days. Other common benefits include the possibility of remote work, skills development, and sometimes bonus programs linked to project results. Access to advanced technical equipment and international conferences is also common.

Competition and challenges

The competition for positions in space technology is high, especially for the most attractive roles at large companies and research institutes. At the same time, there are recruitment difficulties due to the high demand for specialized skills, which means employers often seek candidates with both technical expertise and international experience. Challenges include rapid technological changes, high knowledge requirements, and sometimes long project cycles with uncertain funding. The ability to quickly adapt to new technologies and work in complex, multidisciplinary environments is crucial for success.

Tips for aspiring graduate engineers in space technology

To succeed as a graduate engineer in space technology, it helps to combine analytical skills with curiosity and perseverance. Building strong knowledge in mathematics and physics early on makes studies easier, and an interest in technology and problem-solving is essential for job satisfaction. Practical experience from projects, summer jobs, or internships provides an advantage in employment and enhances teamwork skills. The ability to communicate in English, both orally and in writing, is important since much of the work takes place in international environments. Being flexible and open to new learning throughout your career helps meet the rapid changes in the industry. Finally, having a structured work approach and the ability to handle complex technical challenges is advantageous.

Key facts about graduate engineers in space technology

• Education level: Master's degree (5 years)
• Work environment: Office, laboratory, and international project teams
• Demand: High, especially within technology-intensive companies and research environments
• Typical working mode: Full-time, often project-based
• Special skills: Electronics, programming, systems engineering, English

Career paths and future prospects

After three to five years in the profession, a graduate engineer in space technology can progress to project manager, systems responsible, or specialist advisor in areas such as satellite technology or control systems. Opportunities also exist to work internationally or move into research and development roles, both within academia and industry. The employment forecast from the Swedish Public Employment Service indicates that job opportunities for electrical engineering graduates, including space technology, are large and expected to remain stable over the next five years. However, the recruitment situation is characterized by difficulties in finding the right skills, which suggests continued good career prospects for those with the right background. At the time of measurement, there were 564 job openings in the field.

Frequently asked questions about graduate engineers in space technology

• What does a graduate engineer in space technology earn?
  - The average salary is 55 100 SEK per month, with variations depending on experience, education level, and employer.
• How large is the salary difference between women and men?
  - Women earn an average of 52 500 SEK, which corresponds to 94% of men's salary at 55 600 SEK.
• What education is required to become a graduate engineer in space technology?
  - A master's degree in space technology or electrical engineering, typically five years of university studies.
• What are the future prospects for graduate engineers in space technology?
  - The job market is considered good with significant opportunities for employment and stable demand over five years.
• What is the lowest and highest salary within the profession?
  - The lowest reported salary is 46,300 SEK and the highest is 64,700 SEK per month.
• Are there regional salary differences?
  - Yes, salaries vary depending on location and employer, with higher levels in major cities and tech clusters.
• What benefits are common in the profession?
  - Occupational pension, wellness allowance, flexible working hours, and opportunities for international work are common benefits.