DegreeCalc

Major vs Major Salary Comparison

Compare two college majors side by side on salary, job growth, unemployment, and lifetime earnings to make a smarter degree decision.

Major A

Major B

Select two majors to compare

Choose Major A and Major B from the dropdowns above

Major Salary Statistics 2026

$82,000

median starting salary for computer science graduates, the highest among undergraduate majors (NACE, 2025)

$1.2M

lifetime earnings gap between the highest and lowest-paying bachelor's degree majors (Georgetown CEW, 2025)

3.5x

difference in unemployment rates between the most and least in-demand college majors (BLS, 2025)

The college major you choose can make a difference of over $1 million in lifetime earnings. Engineering and computer science graduates consistently lead in both starting and mid-career salaries, while education and arts majors earn significantly less but often report higher job satisfaction. The Major vs Major Salary Comparison tool above lets you see exactly how any two majors stack up across every financial metric. For a deeper analysis of whether your degree investment pays off, use the Degree ROI Calculator. To evaluate specific institutions, try the College Comparison tool. For a quick verdict on 50+ fields, see Is My Major Worth It?

How to Use This Major Comparison Tool

Choosing a college major is one of the most consequential financial decisions a student can make. While passion and personal interest should always play a role, understanding the salary trajectory, job market demand, and career stability of each field helps you make an informed choice. This tool lets you compare any two majors across seven key metrics so you can weigh the financial trade-offs clearly.

Start by selecting two majors from the dropdown menus above. The tool instantly generates a side-by-side comparison table with color-coded results showing which major leads in each category. Green indicates the stronger value, while red indicates the weaker one. The bar chart provides a visual representation of the salary differences at each career stage, and the lifetime earnings breakdown projects total gross income over a 40-year career.

Understanding Salary Trajectories Across Career Stages

Starting salary alone is a poor predictor of lifetime earnings. Some majors, like philosophy and economics, have relatively modest starting salaries but experience steep salary growth as graduates advance into senior roles. Others, like nursing and dental hygiene, offer strong starting pay but flatter growth curves due to salary ceilings in those professions.

This is why the tool displays three salary checkpoints: starting (0-5 years), mid-career (10 years), and late-career (20+ years). A major with a lower starting salary but a significantly higher late-career salary can easily overtake a major that starts strong but plateaus. The 40-year lifetime earnings projection captures this dynamic, giving you the full picture rather than a snapshot at graduation.

For example, a computer science graduate earning $82,000 at entry level and $145,000 by year 20 will accumulate approximately $5,275,000 over 40 years. Compare that to a business administration graduate starting at $55,000 and reaching $100,000 at year 20, who accumulates approximately $3,275,000 over the same period. That is a $2 million difference driven not just by starting salary but by the compounding effect of steeper growth. To see how these numbers translate into return on investment after accounting for tuition costs, use the Degree ROI Calculator.

Why Job Growth and Unemployment Rate Matter

A high salary means little if you cannot find a job in your field. The unemployment rate and job growth outlook are critical factors that many students overlook when selecting a major. Fields with low unemployment rates (under 2.5%) and strong job growth projections (above 10%) offer the best combination of earning potential and career security.

Cybersecurity, data science, and physician assistant studies currently lead in projected job growth, reflecting structural shifts in the economy toward technology, healthcare, and data-driven decision making. Meanwhile, traditional fields like journalism, fine arts, and music face declining or stagnant demand, making employment after graduation more competitive and uncertain.

The number of degree holders already in the workforce is also informative. Highly saturated fields like business administration (3.8 million holders) face more competition per opening than specialized fields like biomedical engineering (95,000 holders). Less saturation typically means better negotiating power and faster career advancement for new graduates.

Making the Right Major Decision

The data in this tool should inform your decision, not make it for you. Research consistently shows that students who choose majors aligned with their genuine interests and strengths perform better academically, are more likely to graduate on time, and tend to earn above the median for their field. A disengaged computer science graduate who barely passes will likely earn less than a passionate education major who becomes a school administrator.

That said, if you are genuinely torn between two majors and have equal interest in both, the financial data becomes a powerful tiebreaker. Use this tool alongside the College Cost Calculator to understand how tuition affects your net return, and the Student Loan Calculator to model how loan payments interact with your expected salary. For a comprehensive verdict on whether a specific major is financially justified, explore our Is My Major Worth It? analysis tool.

Remember that these figures represent median outcomes. Your individual results will depend on factors including your geographic location, institution quality, internship experience, professional network, and continuous skill development throughout your career. The most successful graduates in every field are those who combine strong academic performance with real-world experience and lifelong learning.

Frequently Asked Questions

Related Calculators