Quality coordinator, electric power salary

Introduction to the profession of Quality Coordinator in Power Electricity

Working as a Quality Coordinator in Power Electricity involves playing a central role in ensuring quality and safety in various projects and facilities involving power electricity. This profession falls under the category of engineering professions in electrical engineering and requires a deep technical understanding as well as the ability to handle complex problems and processes.

Tasks and Responsibilities

As a Quality Coordinator in Power Electricity, one is responsible for monitoring and improving the processes used to produce and deliver power electricity. This includes developing and implementing quality standards, conducting inspections and tests, and analyzing data to identify areas for improvement. A quality coordinator also works closely with other engineers and technicians to ensure that all systems and processes meet the necessary regulatory requirements and standards.

Salary Statistics for Quality Coordinators in Power Electricity

According to the latest statistics, the average salary for a Quality Coordinator in Power Electricity is 53 800 SEK per month. However, there are differences between genders; men earn an average of 54 200 SEK while women earn 52 200 SEK, which means that women earn approximately 96% of what men do in the same profession. The average hourly wage for an hourly employee in this profession is 324 SEK, based on a working month of 166 hours.

Salary Changes

There has been a positive change in the average salary for this profession, from 51 800 SEK to 53 800 SEK since last year. This may be partly due to increased demand and the complex requirements placed on the professional group.

Salary Range

The highest salary for a Quality Coordinator in Power Electricity is 62,500 SEK, belonging to a man with a doctoral degree working as a private sector executive. For women, the highest salary is 58,700 SEK. The lowest salary in the profession is 47,400 SEK for a man with pre-secondary education, while the lowest salary for a woman is 48,000 SEK.

Educational Requirements and Qualifications

To become a Quality Coordinator in Power Electricity, a master's degree in electrical engineering or a related field is usually required. In addition to formal education, experience in quality control and project management is important. Having certifications in quality management can also be advantageous.

Key Skills

• Technical knowledge in electrical engineering
• Ability to analyze and improve processes
• Strong communication skills
• Project management skills
• Understanding of quality standards and regulatory requirements

Working Conditions and Benefits

The work environment for a Quality Coordinator in Power Electricity is often office-based but may also require visits to various facilities. There are often opportunities for flexible working hours and sometimes the possibility to work from home. Some employers offer benefits such as paid training and access to modern technology and tools.

Future Outlook and Job Market

According to the Labor Market forecast, the opportunities for work as an electrical engineering professional, and thus as a Quality Coordinator in Power Electricity, are significant. Demand is expected to remain unchanged over the next five years. However, there is a paradox in the recruitment situation where there are recruitment difficulties while many are leaving the profession.

Challenges and Opportunities

One of the biggest challenges in the profession is staying updated with constantly changing regulations and technologies in power electricity. At the same time, there are great opportunities for personal and professional development, especially for those willing to invest in further education and certifications.

Summary

Working as a Quality Coordinator in Power Electricity is a versatile and challenging profession that offers good salary prospects and a stable job market. With the right education and experience, one can go far in this field and contribute to shaping the future of power electricity systems.