Master of Science in Biophysics

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

A graduate engineer in biophysics works at the intersection of biology, physics, and technology. Tasks include developing and applying physical theories and methods to understand biological systems at the molecular level. This can involve research in medical technology, developing new diagnostic tools, advanced image analysis, or simulations of biological processes. The work often takes place in interdisciplinary teams at universities, research institutes, hospitals, or within the pharmaceutical and biotech industries. The work environment is typically laboratory-based and characterized by high technical expertise, involving both practical experimental work and advanced data processing.

Salary development over time

The salary for graduate engineers in biophysics has steadily increased in recent years. In 2022, the average salary was 44,700 SEK per month, which increased to 46 700 SEK in 2023 and further to 49 100 SEK in 2024. This corresponds to a total salary increase of approximately 9.8% over three years. The positive trend can be partly explained by increased demand for specialists with interdisciplinary skills in medical technology and bioscience, as well as new research areas and technologies demanding higher education levels. Despite this growth, some differences remain between genders and regions, but the overall development indicates a continued strong salary level for the profession.

Graduate engineer, biophysics salary – complete overview

• Average salary: 49 100 SEK/month
• Lowest salary: 41,600 SEK/month (female, public sector, postgraduate education 3+ years)
• Highest salary: 52,100 SEK/month (male, various sectors, unspecified education level)
• Hourly wage: 295 SEK/hour
• Women's salary: 46 400 SEK/month (89% of men's)
• Men's salary: 52,100 SEK/month

Education and qualifications

The path to becoming a graduate engineer in biophysics involves a long and demanding education focusing on both science and technology. The basic requirement is a master's degree in engineering with a specialization in biophysics or related fields, often involving at least five years of full-time studies. During the education, emphasis is placed on mathematics, physics, chemistry, and biology, often combined with laboratory work and projects. Internships within industry or research environments are common, as well as opportunities for exchange studies or advanced courses in specialized technology.

• Master's degree: 5 years, technical focus on biophysics or biotechnology
• Prerequisites: Science-oriented upper secondary school with specialization in mathematics and physics
• Internship/trainee: Strongly recommended, preferably within research or industrial environments
• Advanced courses: Examples include bioinformatics, molecular physics, or medical technology
• Certifications/courses: Opportunities for specialized online courses or certificates in programming or data processing

Common benefits and compensations

For graduate engineers specializing in biophysics, benefits often include occupational pension, flexitime, wellness allowances, and opportunities for skill development. Some employers also offer subsidized lunches, extra vacation days, and remote work options. In research environments, access to advanced equipment and international collaborations are natural parts of the workday.

Competition and challenges

The competition for positions for graduate engineers in biophysics varies depending on labor market needs and region. Since the profession requires broad and deep expertise, the number of qualified applicants is often limited, but there is high competition for attractive research and development roles. Challenges include staying updated with rapid technological developments and working effectively in multidisciplinary environments. International experience and specialized skills in programming or advanced image analysis can provide competitive advantages. There is also some uncertainty about the future job market, as the profession is relatively small and demand may vary across different specialties.

Tips for those who want to become a graduate engineer in biophysics

To succeed as a graduate engineer in biophysics, it is beneficial to have both analytical skills and a genuine curiosity about scientific relationships. Building a solid foundation in mathematics and physics early on facilitates higher studies, while a problem-solving mindset helps with laboratory challenges and research projects. Being communicative and able to collaborate across disciplines provides advantages in interdisciplinary teams, and a structured work approach helps manage complex projects. Engagement in student projects, summer jobs, or internships within relevant companies or research environments offers valuable contacts and experiences. Finally, perseverance and the ability to handle setbacks are important qualities for navigating both education and early career stages.

Key facts about graduate engineer, biophysics

• Educational level: Master's degree (5 years)
• Work environment: Laboratory-based and research-intensive
• Common work form: Interdisciplinary projects and teamwork
• Demand: 143 job openings within the profession (May 2024)
• Gender differences: Women earn 89% of what men do in the profession

Career paths and future prospects

After three to five years in the profession, a graduate engineer specializing in biophysics can advance to roles such as project manager, research lead, or specialist within medical technology, pharmaceutical development, or biotechnology. Further education or doctoral studies in biophysics, biotechnology, or related fields are common paths for those wishing to deepen their research or academic careers. According to the Swedish Public Employment Service's forecasts, no specific assessment is made for this profession due to limited data, but the broad skill set and interdisciplinary approach provide good opportunities in the job market. Currently, the profession has 143 job openings, indicating a certain demand for new specialists.

Common questions about graduate engineer, biophysics

• What does a graduate engineer in biophysics earn?
  - The average salary is 49 100 SEK per month, but it varies depending on experience, sector, and region.
• What education is required to become a graduate engineer in biophysics?
  - A master's degree in engineering with a specialization in biophysics, equivalent to five years of full-time studies at a technical university.
• Are there gender differences in salaries for graduate engineers in biophysics?
  - Yes, women earn on average 89% of what men do in the profession.
• What is the job market like for graduate engineers in biophysics?
  - There are 143 job openings within the profession, and demand varies depending on specialization and region.
• What tasks does a graduate engineer in biophysics perform?
  - Tasks include research, development of new techniques, data modeling, and laboratory work within biotechnology and medical technology.
• How has the salary development been?
  - Salaries have increased from 44,700 SEK in 2022 to 49 100 SEK in 2024, indicating a positive trend.
• What personal qualities are needed in the profession?
  - Analytical skills, problem-solving ability, teamwork, and perseverance are important qualities.