Computing engineer (electronics), civil engineer salary

Introduction to the profession of Computational Engineer (Electronics), Master of Science in Engineering

As a computational engineer specializing in electronics, a branch of engineering within electrical engineering, you play a crucial role in shaping the future of technology. You work on designing, simulating, and optimizing electronic systems and components used in everything from consumer electronics to advanced industrial applications. This role requires both technical expertise and creative problem-solving skills.

Salary for Computational Engineer (Electronics), Master of Science in Engineering

This profession is well-paid with an average monthly salary of 53 800 SEK. Men in the profession earn an average of 54 200 SEK, while women earn 52 200 SEK, meaning that women earn approximately 96% of what men do. The average salary has increased by 51 800 SEK since the last measurement, indicating a positive trend for the profession. An hourly computational engineer has an hourly wage of 324 SEK, based on an average working month of 166 hours.

Salary Range and Working Conditions

The highest salary for a computational engineer in electronics is 62,500 SEK, held by a man with a doctoral degree working as a private employee. For women, the highest salary is 58,700 SEK. At the opposite end of the spectrum, the lowest salary is 47,400 SEK for a man with pre-secondary education working as a private employee, while the lowest salary for women is 48,000 SEK.

Tasks and Responsibilities

As a computational engineer in electronics, you work on analyzing and solving complex technical problems. You conduct simulations and calculations to optimize electronic circuits and systems. Your tasks may include developing prototypes, conducting tests, and ensuring that design requirements are met. You may also collaborate with other engineers and researchers to enhance existing technology and develop new products.

Future Outlook and Job Market

According to forecasts, the job prospects for engineering professions within electrical engineering are very promising. Nationally, the opportunities for work as an electrical engineering engineer are considered significant, and demand is expected to remain stable over the next five years. However, there are recruitment difficulties, indicating that many are leaving the profession. This can create opportunities for new engineers to enter the job market.

Education and Qualifications

To become a computational engineer in electronics, a Master of Science in Engineering specializing in electrical engineering or a related field is required. The education provides you with the necessary knowledge in mathematics, physics, and electronics, as well as skills in using advanced simulation tools and software for design and analysis. A doctoral degree can be advantageous for those aiming for higher salary levels and more advanced positions.

Benefits and Working Environment

In this profession, you can often benefit from various perks, such as the opportunity to work from home, flexible working hours, and sometimes access to paid further education or courses to stay updated with the latest technology. The working environment is typically modern and innovative, with a focus on collaboration and continuous development.

Summary

Working as a computational engineer in electronics means being part of a dynamic and rapidly growing industry. With good future prospects and strong demand for qualified engineers, this profession offers both challenging and rewarding career opportunities. With a competitive salary and opportunities for personal and professional growth, this is an appealing choice for many technology enthusiasts.