Connect with us


Which College Degrees Get the Highest Salaries?



Which College Degrees Get the Highest Salaries?

Which College Degrees Get the Highest Salaries?

If you’re a college graduate, you likely went to school to pursue an important passion of yours.

But as we all know, what we major in has consequences that extend far beyond the foundation of knowledge we build in our early years. Any program we choose to enroll in also sets up a track to meet future friends, career opportunities, and connections.

Even further, the college degree you choose will partially dictate your future earning potential – especially in the first decade after school. If jobs in your field are in high demand, it can even set you up for long-term financial success, enabling you to pay off costly student loans and build up savings potential.

Data Backgrounder

Today’s chart comes to us from Reddit user /r/SportsAnalyticsGuy, and it’s based on PayScale’s year-long survey of 1.2 million users that graduated only with a bachelor degree in the United States. You can access the full set of data here.

The data covers two different salary categories:

Starting median salary: The median of what people were earning after they graduated with their degree.

Mid-career Percentiles: Salary data from 10 years after graduation, sorted by percentile (10th, 25th, Median, 75th, and 90th)

In other words, the starting median salary represents what people started making after they graduated, and the rest of the chart depicts the range that people were making 10 years after they got their degree. Lower earners (10th percentile) are the lower bound, and higher earners (90th) are the upper bound.

College Degrees, by Salary

What college majors win out?

Here’s all 50 majors from the data set, sorted by mid-career median salary (10 years in):

RankUndergraduate MajorStarting MedianMid-Career Median% Change
#1Chemical Engineering$63,200$107,00069.3%
#2Computer Engineering$61,400$105,00071.0%
#3Electrical Engineering$60,900$103,00069.1%
#4Aerospace Engineering$57,700$101,00075.0%
#7Computer Science$55,900$95,50070.8%
#8Industrial Engineering$57,700$94,70064.1%
#9Mechanical Engineering$57,900$93,60061.7%
#11Physician Assistant$74,300$91,70023.4%
#12Civil Engineering$53,900$90,50067.9%
#15Management Information Systems (MIS)$49,200$82,30067.3%
#17International Relations$40,900$80,90097.8%
#21Political Science$40,800$78,20091.7%
#24Information Technology (IT)$49,100$74,80052.3%
#25Business Management$43,000$72,10067.7%
#33Art History$35,800$64,90081.3%
#38Health Care Administration$38,800$60,60056.2%
#40Graphic Design$35,700$59,80067.5%
#42Hospitality & Tourism$37,800$57,50052.1%
#44Criminal Justice$35,000$56,30060.9%
#47Interior Design$36,100$53,20047.4%

Based on this data, there are a few interesting things to point out.

The top earning specialization out of college is for Physician Assistants, with a median starting salary of $74,300. The downside of this degree is that earning potential levels out quickly, only showing a 23.4% increase in earning power 10 years in.

In contrast, the biggest increases in earning power go to Math, Philosophy, Economics, Marketing, Physics, Political Science, and International Relations majors. All these degrees see a 90% or higher increase from median starting salary to median mid-career salary.

In absolute terms, the majors that saw the highest median mid-career salaries were all along the engineering spectrum: chemical engineering, computer engineering, electrical engineering, and aerospace engineering all came in above $100,000. They also generally had very high starting salaries.

As a final note, it’s important to recognize that this data does not necessarily correlate to today’s degrees or job market. The data set is based on people that graduated at least a decade ago – and therefore, it does not necessarily represent what grads may experience as they are starting their careers today.

Click for Comments


Map: Where Are America’s Largest Landfills?

According to the EPA, the U.S. produced 292 million tons of solid waste in 2018, of which 150 million headed to some of the largest landfills in the country.



Map: Where Are America’s Largest Landfills?

This was originally posted on our Voronoi app. Download the app for free on Apple or Android and discover incredible data-driven charts from a variety of trusted sources.

We map out America’s largest landfills, based on their total capacity (measured in millions of tons) for solid waste. Data for this graphic is sourced from Statista and is current up to 2023.

According to the EPA, the U.S. produced 292 million tons of solid waste in 2018. Of that, about 150 million tons headed to the country’s landfills. It would take more than 600 of the largest cargo ships (by dead weight tonnage) to move this much material at once.

Ranked: America’s Largest Landfills

Opened in 1993 and located 25 minutes from Las Vegas, Apex Landfill is believed to be one of the world’s largest landfills by both area and volume.

It spans 1,900 acres, or roughly the size of 1,400 football fields. Given its vast capacity, the landfill is expected to be able to accept waste for over 250 years.

Here are the top 10 largest landfills in the country.

RankU.S. LandfillStateCapacity (Million Tons)
1Apex RegionalNevada995
2ECDC EnvironmentalUtah482
3Denver Arapahoe Disposal SiteColorado396
4Columbia RidgeOregon393
5Lockwood RegionalNevada346
7Butterfield StationArizona226
8Roosevelt Regional MSWWashington219
9Wasatch RegionalUtah203
10Hillsborough CountyFlorida203

In a 2021 PBS interview, a spokesperson for Apex Landfill reported that the facility captured and treated enough landfill gas to power nearly 11,000 homes in Southern Nevada.

In fact, landfills can create electricity through a process called landfill gas (LFG) recovery. When organic waste decomposes, it produces methane gas which can be captured and purified to create fuel for generators.

As it happens, methane gas from landfills is the third-largest source of human-related carbon emissions, equivalent to 24 million gas passenger vehicles driven for one year. Its capture and treatment is a significant opportunity to combat emissions.

Continue Reading