X-ray technician

What does a radiologic technologist do? – Tasks and work environment

A radiologic technologist works with medical imaging diagnostics and is responsible for producing X-ray images used in patient examination and treatment. The profession involves handling advanced equipment such as CT scanners, MRI machines, and conventional X-ray devices, as well as preparing and informing patients before examinations. The work environment is often hospital-based, but radiologic technologists are also found at private clinics and within occupational health services. The job requires technical skill, a strong focus on patient safety, hygiene, and accuracy, as well as good communication skills and teamwork with both patients and colleagues.

Salary development over time

The salary for radiologic technologists has fluctuated over the past three years. In 2022, the average salary was 35,500 SEK, which then decreased to 32 700 SEK in 2023. Between 2023 and 2024, there was a recovery, and the average salary increased to 34 000 SEK, corresponding to an increase of about 4%. This variation can partly be explained by changes in market demand, collective agreements, and overall salary trends in the public and private sectors. Despite some volatility, the long-term trend is slightly positive, with continued high demand for skilled radiologic technologists, especially as technology advances and healthcare needs grow.

Radiologic technologist salary – comprehensive overview

• Average salary: 34 000 SEK/month
• Lowest salary: 30,000 SEK/month (female, private sector, pre-secondary education)
• Highest salary: 59,300 SEK/month (male, private sector, postgraduate education)
• Hourly wage (average): 204 SEK
• Gender differences: Women earn 33 300 SEK/month, men 34 600 SEK/month (women 96% of men's salary)
• Regional differences: Salary variations may occur, especially between larger cities and rural areas

Education and qualifications

To work as a radiologic technologist, a university degree focusing on radiography or medical technology is usually required. The education includes both theoretical and practical components, where students learn about anatomy, radiation physics, patient interaction, and handling advanced equipment. After graduation, there are opportunities for further specialization through additional training and certifications, especially within different imaging methods.

• Formal degree: University education (3 years) within radiography or radiologic nursing
• Certifications/courses: Opportunities for specialization in areas such as MRI or CT
• Internship: Included as a mandatory part of the education
• Prerequisites: Basic eligibility for university studies
• Tips for choosing: Interest in technology and medicine is an advantage

Common benefits and compensations

Radiologic technologists are often covered by collective agreements and offered benefits such as occupational pension, wellness contributions, and opportunities for professional development. Shift work often provides additional pay, and overtime may occur during high workload periods. Other common benefits include flexible working hours, paid training, and subsidized lunches or staff discounts at hospitals.

Competition and challenges

The competition for positions as a radiologic technologist varies depending on region and employer. In larger cities and university towns, competition may be somewhat higher, while there is often a greater need for qualified technicians in smaller communities. Challenges in the profession include a fast-paced environment, high demands for accuracy, and continuous technological development, which requires ongoing training. Additionally, contact with patients in vulnerable situations demands good empathy and stress resilience. The work environment is also characterized by strict safety routines due to radiation, requiring discipline and attention.

Tips for those who want to become a radiologic technologist

To succeed as a radiologic technologist, it is important to have a strong sense of accuracy, as the job involves handling advanced equipment and patient data. Being communicative and empathetic makes it easier to create a sense of security for patients before examinations and collaborate with colleagues in the healthcare team. An interest in technology and the ability to quickly learn new equipment facilitate daily operations, especially in an industry where innovation occurs rapidly. Being stress-resistant and flexible is also important, as workload can vary and emergency situations may arise. The ability to work systematically and follow routines is crucial for patient safety, while curiosity for further education and training allows for growth within the profession. Finally, responsibility and integrity are highly valued, as radiologic technologists often handle sensitive information and need to act independently.

Key facts about radiologic technologists

• Education level: University education (3 years) within radiography or radiologic nursing
• Work environment: Hospitals, private clinics, and occupational health services
• Work form: Shift work is common
• Demand: 564 job openings as of the latest measurement
• Special skills: Imaging diagnostics, radiation physics, and patient interaction

Career paths and future prospects

After three to five years in the profession, radiologic technologists can specialize in areas such as magnetic resonance imaging (MRI), computed tomography (CT), or interventional radiology. Further education can also lead to roles such as section supervisor, trainer, or research assistant in medical technology. Forecasts from the Employment Service indicate that, due to limited data, there is no specific assessment for radiologic technologists, but the overall demand for imaging and medical technology technicians is stable. With 564 job openings, the market indicates a continued need for expertise, especially as technological advances and increased healthcare demands continue.

Common questions about radiologic technologists

• What is the average salary of a radiologic technologist?
  - The average salary is 34 000 SEK per month.
• Are there differences between men and women in the profession?
  - Yes, women earn on average 96% of what men do, which corresponds to 33 300 SEK for women and 34 600 SEK for men.
• What education is required to become a radiologic technologist?
  - A three-year university program in radiography or radiologic nursing is most common.
• What is the job market like for radiologic technologists?
  - There are 564 job openings in the profession, and demand is considered stable.
• Can you specialize within the profession?
  - Yes, there are opportunities for specialization in areas such as MRI, CT, or interventional radiology.
• What are the most common workplaces?
  - Hospitals, private radiology clinics, and occupational health services are the most common workplaces.
• How has the salary development been?
  - Salaries have varied over recent years but now show a slight positive trend.