Research engineer, chemistry

What does a research engineer in chemistry do? – Tasks and work environment

A research engineer in chemistry primarily works on developing and conducting experimental studies, analyzing chemical processes, and contributing to research projects within both academic and industrial settings. Tasks often include planning laboratory experiments, interpreting results, developing new methods, and documenting research data. Collaboration frequently occurs in interdisciplinary teams where communication skills and precision are crucial. The work environment is characterized by advanced laboratory equipment, high safety standards, and a combination of practical and theoretical work.

Salary development over time

Over the past three years, salary development for research engineers in chemistry has shown steady growth. In 2022, the average salary was 49200 kronor per month, increasing to 51 500 kronor in 2023, representing an increase of about 4.7%. Between 2023 and 2024, the salary continued to rise to 52 300 kronor, an increase of an additional 1.6%. This trend reflects ongoing demand for qualified chemistry expertise, especially in research-intensive industries and academic institutions. The market is influenced by technological advances, increased investments in green chemistry and sustainability, which drive the need for specialists and thus salary increases.

Research engineer in chemistry salary – comprehensive overview

• Average salary: 52 300 SEK/month
• Lowest salary: 48,500 SEK/month (female, shorter than 3-year post-secondary education)
• Highest salary: 56,800 SEK/month (male, private sector employee, doctoral degree)
• Hourly wage: 315 SEK/hour
• Gender differences: Men 54 200 SEK, women 49 800 SEK (women earn 92% of men's salary)
• Regional differences: Varies depending on labor market and proximity to larger universities or research-intensive companies

Education and qualifications

The path to becoming a research engineer in chemistry usually involves a Master of Science in Engineering or a master's degree in chemistry or chemical engineering. Many employers also require doctoral studies or experience with advanced laboratory work. Practical experience, such as through thesis work or internships, is highly valued. In-depth knowledge in specific areas such as organic chemistry, analytical chemistry, or materials science can be advantageous.

• Master of Science in Engineering in Chemistry/Chemical Engineering: 5 years
• Master’s or graduate degree: 1–2 years after bachelor’s degree
• Doctoral studies (PhD): Recommended for advanced research positions
• Internship/thesis work: Usually within industry or at universities
• Special courses and certifications: In areas such as laboratory safety or advanced analysis

Common benefits and compensations

Besides the base salary, research engineers in chemistry often receive benefits such as occupational pension, extra vacation days, wellness contributions, and subsidized lunch. Larger companies may also offer bonus programs, skills development, and opportunities for international assignments. Employment at universities sometimes provides access to research resources, conferences, and flexible working hours.

Competition and challenges

The competition for positions as a research engineer in chemistry varies by region and specialization, but demand is generally good in larger cities and research-intensive fields. Challenges can include rapid technological changes, requirements for continuous further education, and adapting to new research areas. Staying updated with the latest technology and developing specialized skills in areas like sustainable chemistry or drug development are crucial to remain attractive in the job market. Additionally, project-based funding and dependence on external research grants can create some job insecurity.

Tips for those aspiring to become a research engineer in chemistry

To succeed as a research engineer in chemistry, it’s helpful to combine analytical precision with a genuine curiosity for new technologies and methods. A strong problem-solving focus aids in handling complex research questions and finding innovative solutions, especially in developing new processes. Being communicative facilitates collaboration with other researchers and effective documentation of results. Early internships during education are beneficial for gaining valuable laboratory experience and establishing contacts in the industry. Flexibility and quick adaptation to new knowledge are important traits as the research field constantly evolves. Engaging in international projects or networks broadens perspectives. Finally, continuous education in current chemical specialties and techniques is advisable.

Key facts about research engineers in chemistry

• Education level: Master of Science in Engineering or master’s in chemistry/chemical engineering
• Work environment: Advanced laboratories and research settings
• Work form: Usually full-time, sometimes project-based employment
• Demand: Good, especially in larger cities and research-intensive companies
• Special skills: Laboratory techniques, analytical methods, and project management

Career paths and future prospects

After three to five years as a research engineer in chemistry, opportunities include advancing to project manager, specialist, or senior researcher within companies or academic institutions. Some choose to pursue doctoral studies or postdoctoral positions to expand their research opportunities further. Others move into leadership roles in laboratory operations or product development. According to the latest assessment from the Employment Service, there is no specific forecast for this profession due to limited data, but the overall outlook for chemical engineers and chemical technologists shows good demand and several available positions – a total of 564 job openings in the broader profession. The future prospects are thus positive, especially for those with specialized skills and international project experience.

Common questions about research engineers in chemistry

• What does a research engineer in chemistry earn?
  - The average salary is 52 300 kronor per month, with variations depending on experience, education, and employer.
• How do salary differences between women and men look?
  - Men earn an average of 54 200 kronor, women 49 800 kronor, which means women earn 92% of men's salaries.
• What education is required to become a research engineer in chemistry?
  - Usually, a Master of Science in Engineering or a master's degree in chemistry/chemical engineering, sometimes also doctoral studies.
• What tasks does a research engineer in chemistry perform?
  - Tasks include experimental research, analysis, method development, and documentation in laboratory environments.
• What is the job market like for research engineers in chemistry?
  - Demand is good, especially in larger cities and research-intensive companies, with a total of 564 job openings in the profession.
• What benefits are common in the profession?
  - Occupational pension, skills development, wellness contributions, and sometimes bonus programs are common benefits.