Master of Science in Engineering, Biotechnology for aquatic organisms salary

Biotechnology Engineer, Aquatic Organisms: An Overview

Working as a biotechnology engineer specializing in aquatic organisms involves focusing on environmental protection and technology. These professionals work on developing and implementing technologies that improve water quality and protect aquatic ecosystems. This can range from purifying water from pollutants to developing sustainable methods for aquaculture.

Salary Statistics

The average salary for a biotechnology engineer specializing in aquatic organisms is 47 200 SEK per month. This is an increase from the previous average salary of 43 000 SEK. There is a gender wage gap in this profession, with men earning an average of 45 700 SEK compared to women earning 48 300 SEK, meaning women earn 106% of what men do in the same occupational group.

Education and Qualifications

Becoming a biotechnology engineer specializing in aquatic organisms requires a Master's degree in engineering, which involves five years of university studies. The education covers subjects such as biology, chemistry, ecology, and technical applications in biotechnology. Having practical experience through internships or projects during the study period can be a significant advantage when seeking employment in this field.

Job Duties and Responsibilities

The job duties of a biotechnology engineer focusing on aquatic organisms can vary depending on the workplace and projects. Common tasks include analyzing water samples, developing biotechnological solutions to improve water quality, and monitoring and evaluating the effects of various environmental interventions. These engineers may also engage in research and development to find new methods and technologies to protect aquatic ecosystems.

Employment Requirements

To secure a job as a biotechnology engineer specializing in aquatic organisms, having a strong academic background and relevant practical experience is essential. Many employers also value soft skills such as problem-solving, analytical abilities, and communication skills. Experience in project management and the ability to work effectively in interdisciplinary teams can also be advantageous.

Career Opportunities and Development

The career prospects in this field are promising. Engineers with this specialization can find employment in both the private and public sectors, including environmental consulting firms, research institutes, and governmental agencies involved in environmental protection. With further education and experience, there are opportunities to advance to leadership positions or specialize further in a specific area.

Benefits and Working Conditions

Benefits may vary depending on the employer, but it is not uncommon for biotechnology engineers in this field to be offered paid further education, which can be very valuable for professional development. Other benefits may include flexible working hours, remote work options, and access to modern equipment and technology to facilitate work.