Master of Science in Engineering, Biotechnology for aquatic organisms

What does a Master of Science in Engineering in Biotechnology with a focus on aquatic organisms do? – Tasks and work environment

Master of Science in Engineering in Biotechnology with a focus on aquatic organisms mainly work on developing and applying biotechnological methods to understand, improve, and protect marine and freshwater ecosystems. Tasks may include research on aquatic organisms, environmental monitoring, development of sustainable aquaculture systems, and analysis of water quality and biodiversity. The profession often involves interdisciplinary projects where technology, biology, and environmental issues intersect. The work environment varies between laboratories, fieldwork at lakes, seas, and waterways, and office settings for data analysis and report writing.

Salary development over time

Salaries for Master of Science in Engineering in Biotechnology focusing on aquatic organisms have shown a clear upward trend over the past three years. In 2022, the average salary was 43,000 SEK per month, increasing to 47 200 SEK in 2023 and further to 49 400 SEK in 2024. This development corresponds to a total increase of about 15% over three years. The increase is partly explained by growing demand for specialist competence in environmental technology and sustainable development, as well as increased investments in water-related research and innovation. Salaries are also influenced by education level, work experience, and sector affiliation, with private employers often offering higher compensation than the public sector.

Master of Science in Engineering, Biotechnology, aquatic organisms salary – full overview

• Average salary: 49 400 SEK/month
• Lowest salary: 38,100 SEK/month (female, public sector, high school education)
• Highest salary: 55,800 SEK/month (male, private sector, post-secondary education < 3 years)
• Hourly wage (average): 297 SEK
• Women: 48 700 SEK/month
• Men: 50 400 SEK/month
• Women earn: 97% of men's salary

Education and qualifications

To work as a Master of Science in Engineering in Biotechnology focusing on aquatic organisms, a comprehensive educational background is required. The profession is usually based on a Master of Science in Engineering in Biotechnology, preferably with specialization in aquatic systems, environmental engineering, or related fields. Practical experience from laboratory and fieldwork is highly valued, as well as the ability to analyze complex biological data. Further education, certifications, and participation in research projects can enhance employment prospects.

• Master of Science in Engineering: 5 years, technical university/university
• Specialized courses: Aquatic ecology, environmental technology, marine biology
• Internship or thesis: In water-related research or industry
• Prerequisites: Strong background in natural sciences
• Meritorious: Participation in international projects or research collaborations

Common benefits and compensation

Master of Science in Engineering in Biotechnology and aquatic organisms are often offered competitive benefits such as occupational pension, wellness allowance, and flexible working hours. In some cases, additional vacation, professional development, and access to modern laboratory facilities are included. Fieldwork often includes per diems and travel allowances. Opportunities for international conferences and further education are also common in the profession.

Competition and challenges

The competition for jobs in biotechnology focusing on aquatic organisms is assessed as medium-sized nationwide. Demand for specialists in environmental technology and environmental protection is expected to remain unchanged over the next five years, according to the Employment Service's forecasts. A challenge for many is staying updated in a rapidly evolving research field where technological development advances quickly. Since the profession often requires collaboration across disciplines and with various stakeholders, high demands are placed on communication skills and adaptability. The number of job openings is relatively limited, making it important to strengthen one's profile through specialization and experience.

Tips for those who want to become a Master of Science in Engineering in Biotechnology focusing on aquatic organisms

To succeed as a Master of Science in Engineering in Biotechnology with a focus on aquatic organisms, it is good to combine analytical skills with curiosity and a genuine interest in environmental issues. Early focus on relevant courses in biology, chemistry, and environmental technology during studies provides a solid foundation. Seeking internships and thesis projects in the industry offers insights and valuable contacts, while teamwork and communication are crucial in interdisciplinary projects. Precision and patience are needed in laboratory work and data collection, while initiative and flexibility facilitate fieldwork and problem-solving. Staying updated on new research and techniques strengthens competitiveness and opens exciting career paths.

Key facts about Master of Science in Engineering, Biotechnology, aquatic organisms

• Education level: Master of Science in Engineering, 5 years
• Profession group: Specialists in environmental protection and environmental technology
• Work environment: Laboratory, fieldwork, and office
• Demand: Medium-sized, unchanged forecast (Employment Service)
• Number of job openings: 143 nationally in the profession

Career paths and future prospects

After three to five years in the profession, many Master of Science in Engineering in Biotechnology choose to specialize further in areas such as aquatic ecology, water treatment technology, or sustainable aquaculture. Career paths can lead to roles as project managers, researchers, or environmental strategists within companies, authorities, or research institutes. There are also opportunities to work internationally or in consulting. The forecast from the Employment Service indicates that demand will remain unchanged over the next five years, and the recruitment situation is characterized by balance. This means there is neither a shortage nor an oversupply of qualified candidates, but competition for the most attractive positions can be significant, especially within research-intensive fields.

Frequently asked questions about Master of Science in Engineering, Biotechnology, aquatic organisms

• What does a Master of Science in Engineering in Biotechnology with a focus on aquatic organisms earn?
  - The average monthly salary is 49 400 SEK, with men earning an average of 50 400 SEK and women 48 700 SEK.
• How has the salary development looked in the profession?
  - Salaries have increased from 43,000 SEK in 2022 to 49 400 SEK in 2024, which corresponds to an increase of about 15%.
• What education is required to work as a Master of Science in Engineering in Biotechnology focusing on aquatic organisms?
  - A Master of Science in Engineering in Biotechnology, often with specialization in aquatic systems or environmental engineering, is standard.
• Are there significant regional salary differences within the profession?
  - Regional differences may occur but are rarely decisive; larger cities and the private sector tend to offer higher salaries.
• What are the future prospects for the profession?
  - The Employment Service assesses the opportunities as medium, and the forecast is that demand will remain unchanged within five years.
• What are the most common workplaces?
  - Work often occurs at government agencies, research institutes, consulting firms, or within industry with a focus on environmental technology.
• What is the highest and lowest salary within the profession?
  - The highest salary is 55,800 SEK (male, private sector), and the lowest is 38,100 SEK (female, government sector).