Engineering graduate programs: What you need to know

What are engineering graduate programs?

Engineering graduate programs are advanced degree programs that help students specialize in a specific engineering field and prepare for higher-level technical, research, or leadership roles.

These programs build on undergraduate engineering knowledge and allow you to deepen your expertise, shift specialties, or move into more advanced positions. Graduate engineering degrees can also help you qualify for specialized roles or stand out in a competitive job market.

Types of engineering graduate degrees

Not all engineering graduate degrees are built the same, so understanding the differences can help you choose a path that fits your goals, interests, and the kind of work you want to do after graduation.

Master of Science in Engineering (MS)

An Master of Science in Engineering (MS) is typically research-focused and often includes a thesis. It’s a strong choice if you want to build deep technical expertise or pursue a PhD later.

Master of Engineering (MEng)

A Master of Engineering (MEng) is more practice-oriented. Instead of a thesis, you’ll usually complete projects focused on real-world applications.

This is often the better option if your goal is to advance in industry.

PhD in Engineering

A PhD focuses on advanced research and original contributions to the field. It’s typically required for academic, research, or highly specialized technical careers.

Certificate and specialized programs

Graduate certificates offer focused skill-building in specific areas without the time commitment of a full degree.

MS vs MEng vs PhD: How to choose

• MS: Best for research, technical depth, or future PhD paths
• MEng: Best for practical skills and industry advancement
• PhD: Best for research careers or academia

If you’re unsure, think about whether you want to apply knowledge in real-world settings or create new knowledge through research.

Popular engineering specializations

Choosing a specialization can shape your career path, the problems you solve, and the industries you work in.

Mechanical engineering

Focuses on systems, manufacturing, product design, and how machines function.

Electrical engineering

Covers circuits, electronics, communications, and power systems.

Civil engineering

Centers on infrastructure like roads, bridges, buildings, and transportation systems.

Computer engineering

Combines hardware and software, including computing systems and embedded technologies.

Biomedical engineering

Applies engineering principles to healthcare, including medical devices and diagnostics.

Aerospace engineering

Focuses on aircraft, spacecraft, and advanced flight systems.

Environmental engineering

Works on sustainability, water systems, and environmental protection.

Top engineering graduate programs

If you’re researching engineering graduate programs, you’ll likely come across these schools:

• Massachusetts Institute of Technology (MIT)
• Stanford University
• University of California, Berkeley
• California Institute of Technology (Caltech)
• Georgia Institute of Technology
• University of Michigan
• Purdue University

The best engineering graduate program isn’t just about rankings—it’s about fit. Tools like Scout College Search can help you compare engineering graduate programs side by side based on cost, location, and outcomes.

Engineering graduate school requirements

Engineering graduate school requirements vary, but most programs look for a mix of academic preparation and experience.

Typical requirements

• Bachelor’s degree in engineering or a related field
• GPA of around 3.0 or higher
• Letters of recommendation
• Personal statement
• Resume

GRE and prerequisites

Some engineering graduate programs require the GRE, but many are now test-optional. Prerequisites may include coursework in math, physics, or core engineering subjects.

How to choose the right engineering graduate program

Choosing the right engineering graduate program comes down to fit—not just rankings.

• Your career goals (industry vs. research)
• Degree type (MS vs. MEng vs. PhD)
• Specialization availability
• Program format (full-time, part-time, online)
• Total cost of attendance
• Location and career opportunities

Taking time to compare engineering graduate programs across these factors can help you make a confident decision.

Cost of engineering graduate programs

The cost of engineering graduate programs depends on the school, program type, and location.

Typical cost ranges*

• Public universities: $20,000–$50,000 total
• Private universities: $50,000–$80,000+

What affects total cost

In addition to tuition, consider:

• Housing and living expenses
• Books and supplies
• Fees
• Transportation

Looking at the full cost—not just tuition—gives you a more accurate picture.

*Estimates based on data from the National Center for Education Statistics (NCES) and College Board Trends in College Pricing

Careers with a graduate degree in engineering

Engineering graduate programs can lead to a wide range of careers.

• Mechanical engineer: Designs mechanical systems and manufacturing processes
• Electrical engineer: Works with electrical systems and electronics
• Civil engineer: Develops infrastructure like roads and bridges
• Software or computer engineer: Builds software systems or hardware
• Biomedical engineer: Designs medical devices and healthcare technology
• Systems engineer: Manages complex systems across components
• Engineering manager: Leads teams and technical projects

Engineering master’s salary expectations

• Entry-level: $70,000–$90,000
• Mid-career: $90,000–$120,000
• Advanced: $120,000+

Your salary will vary based on your specialization, experience, and location.

Source: U.S. Bureau of Labor Statistics (BLS)

How to pay for an engineering graduate program

Paying for grad school can feel overwhelming at first—but it becomes a lot more manageable when you break it into steps. Most students use a mix of different funding sources, and you can too.

1. Start with free money

Maximizing money you don’t have to pay back should be your first move when funding your engineering degree.

Scholarships, grants, and other types of aid can lower how much you need to pay out of pocket or borrow—sometimes by a lot. Starting here can make everything else feel more manageable from the beginning.

2. File the FAFSA^®

Filling out the Free Application for Federal Student Aid (FAFSA^®) is an important step, even for graduate school.

It helps you access federal financial aid and gives you a clearer picture of what support may be available. Once you know your options, it’s easier to plan how to cover the rest of your costs.

3. Explore assistantships, fellowships, and service-based programs

Engineering graduate programs often offer funding opportunities that can help reduce your total cost.

Assistantships may involve research, teaching, or lab support in exchange for tuition discounts, stipends, or both. Fellowships are typically merit-based and can sometimes cover a large portion of your tuition.

You may also find service-based programs that offer funding or loan repayment in exchange for working in high-need areas after graduation.

4. Apply for scholarships

Scholarships are a great way to lower the cost of your degree because they don’t need to be repaid—and there’s no limit to how many you can apply for.

Start by exploring engineering scholarships along with broader graduate student scholarships. Tools like Scholly Scholarships can help you find opportunities that match your background, academic interests, or career goals.

For an easy place to begin, consider Scholly^® Easy Apply Scholarships, the $5,000 No Essay Grad School Scholarship, and the $2,000 No Essay Scholarship. The applications are quick and simple, so you can apply regularly without extra stress.

5. Borrow smart

Even after scholarships and financial aid, you may still need a loan to cover remaining costs, which is common.

Most students start with federal student loans because they may offer benefits like income-driven repayment options. If you still have a gap, private options like a Sallie Mae^® Graduate Student Loan can help cover the rest.

Being thoughtful about how much you borrow—and having a plan for repayment—can make a big difference after graduation. For a broader overview, check out our resource How to Pay for Graduate School.

Is an engineering graduate degree worth it?

An engineering graduate degree can be worth it if it helps you reach higher-paying or more specialized roles.

Many engineers with graduate degrees move into positions with strong long-term salary potential, especially in fields like computer, electrical, and biomedical engineering.

When you compare that to typical program costs, the return can be strong—especially if you borrow thoughtfully and choose a program that aligns with your goals.

Your next steps

Whether you’re aiming to specialize, grow your career, or increase your earning potential, the right engineering program can help you get there.

Start by comparing engineering graduate programs that align with your goals, interests, and budget. Tools like Scout College Search can help you evaluate schools side by side, while Scholly Scholarships can help you find funding opportunities. You don’t need a perfect plan—just a clear next step.