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grid-column: 1 } .wp-block-toolset-blocks-grid.tb-grid[data-toolset-blocks-grid="1613c21c9a17c2fd14665037dce62cfa"] > .tb-grid-column:nth-of-type(5n + 2) { grid-column: 2 } .wp-block-toolset-blocks-grid.tb-grid[data-toolset-blocks-grid="1613c21c9a17c2fd14665037dce62cfa"] > .tb-grid-column:nth-of-type(5n + 3) { grid-column: 3 } .wp-block-toolset-blocks-grid.tb-grid[data-toolset-blocks-grid="1613c21c9a17c2fd14665037dce62cfa"] > .tb-grid-column:nth-of-type(5n + 4) { grid-column: 4 } .wp-block-toolset-blocks-grid.tb-grid[data-toolset-blocks-grid="1613c21c9a17c2fd14665037dce62cfa"] > .tb-grid-column:nth-of-type(5n + 5) { grid-column: 5 } .wp-block-toolset-blocks-grid-column.tb-grid-column[data-toolset-blocks-grid-column="3034fbe886c11054e95b46b09d3e4112"] { display: flex; } .tb-fields-and-text[data-toolset-blocks-fields-and-text="92defc37c58bc95f0959e21855a33c6c"] { padding-top: -20px; } .tb-fields-and-text[data-toolset-blocks-fields-and-text="592a2fa3d8dfe9091f29e10147202769"] { padding-top: -20px;margin-top: -20px; }  } 

Geomagnetist Salary

SALARY JOB OUTLOOK AUTOMATION RISK

Average Geomagnetist Base Salary in the United States

Average Base Salary

$102,372 Per Year

Salary Range: $48,976 to $166,213

$48,976

10%

$62,481

25%

$ 102,372

AVERAGE

$125,954

75%

$166,213

90%

How Much Does a Geomagnetist Make Per Year in the United States?

The national average salary for a Geomagnetist is $102,372 per year in the United States. It can vary depending on the employer and the skills required for that position, but generally, it will be about $102,372 or more annually for a gross salary. Taxes impact salaries, so to get the net salary we’ve crunched the data and gotten the tax information on what the take-home pay would be after the effective income tax rates.

Jobs That are Similar to a Geomagnetist

Technology Used

Microsoft Excel – Spreadsheet software

Microsoft PowerPoint – Presentation software

Microsoft Project – Project management software

Autodesk AutoCAD – Computer aided design CAD software

Adobe Systems Adobe Acrobat – Document management software

Adobe Systems Adobe Photoshop – Graphics or photo imaging software

The MathWorks MATLAB – Analytical or scientific software

Python – Object or component oriented development software

Knowledge and Expertise

Geography

Mathematics

Chemistry

Physics

Computers and Electronics

Engineering and Technology

Soft Skills

Reading Comprehension

Speaking

Science

Critical Thinking

Active Listening

Writing

What is the salary range of a Geomagnetist?

Geomagnetist salaries vary depending on the company you work for, your experience level, industry, education, and years of experience. The average annual salary is around $102,372 but a Geomagnetist can earn a base salary anywhere from $48,976 to $166,213 per year with some companies paying more than others.

Pay ranges on average for a Geomagnetist job title only vary a good amount, which may mean that there are many opportunities to earn more income in the future regardless of the employers or your location, industry, and experience.

A salary range that varies also means there is ability to move up within the company, as there may be as many opportunities for advancement or to change your job title. This opportunity for advancement can help with can increase their job satisfaction and motivation.

What are the Highest Salaries for a Geomagnetist?

The highest Geomagnetist salaries in the top 10% earn more than $166,213 per year. The salary range for the top 75% – 90% is between and $125,954 and $166,213 annually.

This salary data and salary estimates come from our Average Pay’s salary database of carefully collected and detailed information about pay across many industries and categories, along with different types of labor data.

What are the Lowest Salaries for a Geomagnetist?

The lowest Geomagnetist salaries are in the bottom 10% of earners who make less than $48,976 per year. The salary range for the lowest 10% – 25% is between $48,976 and $62,481 annually.

What is a Good Salary for a Geomagnetist?

If we only look at the data for Geomagnetist salaries and we don’t compare it to any other jobs, a good salary for a Geomagnetist job would be over $102,372 per year. This is the average salary for this position in the United States. An excellent pay for a Geomagnetist would be anything over the top 75%, which is $125,954 annually.

How Can I Increase My Salary as a Geomagnetist?

There are a few ways you can increase your average salary for a profession as a Geomagnetist. One way is to get promoted to a higher level and take on more duties within your employer. Another way is to gain more experience and skills in your career. You can also try negotiating higher compensation next performance review, when you are up for renewal or starting a new contract with a business.

Finally, you can look for a new job at a different employer that pays more. One thing not to overlook is companies often give their employees incentives and benefits outside of salaries. The total compensation, like healthcare, paid vacation days, 401k matches, bonuses, overtime, professional development, a career path in the company, and other benefits, need to be considered, which can add up to a lot more money than just a salary increase.

What are the Top Paying Industries for a Geomagnetist?

The top paying industries for a Geomagnetist job vary depending on the position’s specific responsibilities, employers, and qualifications. However, some common reported high-paying industries for include the following:

Professional, Scientific, and Technical Services
Federal, State, and Local Government
Management of Companies and Enterprises
Architectural, Engineering, and Related Services
Engineering Services
Finance and Insurance

Related Jobs For a Geomagnetist

Geological Specialist

Sedimentationist

Paleontologist

Does a Geomagnetist Have a Good Quality of Life?

Based on an average 2-bedroom apartment rental price, a Geomagnetist would pay 15.63% of their monthly take-home pay towards rent. That’s $1,310 per month or $15,720 yearly for a two-bedroom apartment.

The rent is less than 30% of the monthly take-home pay for an Geomagnetist, which can helps lessen a financial burden and impact their quality of life.

This is because a high rent-to-income ratio would leave less money each month for other expenses, such as food, transportation, recreation, and activities. It can lead to financial stress, impacting overall job satisfaction and motivation.

Considering the cost of living in a city when considering whether to accept a job offer is essential. If the cost of living is too high, it might not be worth it, even if the salary is good.

Does a Geomagnetist make good money?

In general, a Geomagnetist can make a good salary. The national average salary is $52,632 annually which is less than the average Geomagnetist salary, meaning most earn a livable wage. According to data and labor statistics from the Bureau of Labor Statistics, the average Geomagnetist pay is above the median salary.

However, salaries can vary depending on the company you work for, what you are responsible for, education, college degree, work experience, job market, and your experience level. The highest-paid can earn upwards of 166,213 per year, while the lowest-paid income is less than 48,976 annually.

If you want to maximize your earnings as a Geomagnetist, take on more responsibility, and gain more experience in related skills. Also, build interpersonal skills and strong leadership skills, get a certification in your field and then negotiate for a higher salary next performance review, when you are up for renewal or starting a new contract with a business.

The best thing you can do is develop yourself and gain knowledge. Many courses, additional training, and professional development opportunities in your area can help increase your skills and development in your job or related field.

You can also get your resume reviewed and look for a new employer that will hire and pay more or look for a career change that is hiring and may interest you more.

Salaries are also relative to the cost of living in different parts of the country. For example, the compensation for a Geomagnetist will need to be higher if it is in or closer to larger cities like New York City or some states like California. The increase in pay in these areas is because of the higher than average cost of living and more interested applicants for employment versus someone living in a small town. With the cost of housing increasing and medical care premium costs, it is essential to ensure you are getting paid what you are worth.

How do I know I’m being paid fairly as a Geomagnetist?

The easiest way is to see how close your current salary is to the average pay for your position in your state and city. If your income is below the estimated average wage in your area, you can try to negotiate for a raise.

You can use our research and tools to discover the average salary for a Geomagnetist in your city or region to see if you are being compensated fairly. You may also compare your income to similar jobs and careers to determine whether you are underpaid or overpaid. Lastly, you can set up job alerts to see how the job market trends.

A few other ways you can research whether you’re being paid fairly as a Geomagnetist is to do a job search to look at job postings for similar positions and see the estimate for the listed salary range. You can also talk to people in your network who have similar jobs and ask them what they earn. Finally, you can try negotiating a higher pay when you are up for renewal, having a performance evaluation, or starting a new contract.

What Factors Determine the Salary of a Geomagnetist?

The money a Geomagnetist can make each year greatly depends on a few components that determine an average base salary.

The company you work for is one of the main factors that affect how much a Geomagnetist earns.

The compensation will also depend on the location, as some states and cities have a higher cost of living than others. Other factors that affect compensation are the number of hours worked, company size, job type, level of experience in your career, and location.