Becoming a roller coaster engineer starts with earning a degree in mechanical or civil engineering, then building specialized experience through internships and entry-level positions at ride manufacturers or theme park companies. It’s a niche career that blends structural analysis, physics, and creative design, but the path into it follows the same foundation as most engineering careers.
Which Engineering Degree You Need
Mechanical engineering and civil engineering are the two degrees most directly relevant to roller coaster design. Great Coasters International, one of the industry’s prominent wooden coaster builders, recommends either discipline for aspiring ride designers. Mechanical engineering covers the dynamics, materials science, and machine design you’ll use when engineering ride vehicles, braking systems, and launch mechanisms. Civil engineering focuses on structural analysis, which matters for the track supports, foundations, and load-bearing frameworks that keep a coaster standing.
A few universities offer coursework specifically in ride engineering. The University of Maryland, for example, has a course called Roller Coaster Engineering (ENME406) within its mechanical engineering department. Programs like this aren’t common, but they give you direct exposure to the physics and design constraints unique to amusement rides. If your school doesn’t offer something similar, focus on electives in structural dynamics, finite element analysis, vibration, and materials science. A minor in computer science or proficiency with CAD and simulation software will also strengthen your profile, since modern ride design relies heavily on 3D modeling and computer simulation before anything gets built.
Skills That Set You Apart
Beyond your degree, roller coaster engineering draws on a specific mix of technical skills. You’ll need a strong grasp of dynamics and kinematics to understand how forces act on riders through loops, inversions, and high-speed turns. G-force management is central to the job: every element of a ride’s layout must keep acceleration forces within safe and comfortable limits for the human body.
Familiarity with structural analysis software like ANSYS or STAAD is valuable, as is experience with 3D modeling tools like SolidWorks or AutoCAD. Many ride engineers also work with specialized simulation programs that model rider experience, including the forces passengers feel at every point along the track. Strong math skills, particularly in calculus and differential equations, underpin all of this work.
Soft skills matter too. Roller coaster projects involve collaboration between structural engineers, electrical engineers, architects, and creative designers. Being able to communicate technical constraints to non-engineers, especially when a creative team wants a ride element that pushes physical limits, is part of the daily work.
Getting Your Foot in the Door
The roller coaster industry is small, which makes internships and early connections especially important. Major ride manufacturers include companies like Bolliger & Mabillard, Intamin, Vekoma, Mack Rides, and Rocky Mountain Construction, along with smaller firms like Great Coasters International. Theme park operators such as Disney, Universal, Cedar Fair, and Six Flags also employ engineers on their in-house design and maintenance teams.
Some of these companies offer internships, though availability varies. Great Coasters International notes that it occasionally offers internship positions. Because openings are limited, you’ll want to apply broadly and early. Co-op programs through your university, where you alternate semesters of coursework with semesters of full-time work, can be another way in.
If you can’t land a role directly in ride design right away, adjacent experience counts. Working in structural engineering, automotive engineering, or any field involving dynamic systems and safety-critical design builds transferable skills. Some engineers enter the industry after a few years in aerospace or automotive work, where the emphasis on material fatigue, vibration analysis, and safety testing overlaps significantly with ride engineering.
Professional Engineer Licensing
A Professional Engineer (PE) license isn’t always required for every role in ride design, but it’s important for engineers who need to sign off on structural plans and safety documentation. Only licensed PEs have the legal authority to seal engineering plans in the United States.
The licensing path has four steps: earn a four-year engineering degree from an accredited program, pass the Fundamentals of Engineering (FE) exam (which you can take during or shortly after college), complete four years of progressive engineering experience working under a licensed PE, and then pass the Principles and Practice of Engineering (PE) exam. The PE exam tests deep competency in your chosen discipline. State licensure boards administer the credential, and requirements are similar across the country.
Even if your specific role doesn’t require a PE license, having one signals credibility and opens doors to senior positions where you’d take responsibility for approving designs.
Safety Standards You’ll Work With
Roller coaster engineers work within a framework of safety standards developed by ASTM International’s Committee F24 on Amusement Rides and Devices. Formed in 1978, this committee currently oversees 29 published standards covering design, manufacturing, testing, operation, and maintenance of amusement rides. These standards address everything from structural integrity and restraint systems to ride acceleration limits and inspection protocols.
Understanding these standards is essential to the job. As a ride engineer, your designs must meet or exceed F24 requirements, and you’ll reference them throughout the design and testing process. Many states have adopted ASTM F24 standards into law, making compliance a legal obligation rather than just an industry best practice.
What the Job Pays
Salary data for roller coaster engineers specifically is limited because the field is so specialized, but available estimates put the average annual salary for roller coaster engineers at roughly $79,000. Theme park engineers more broadly earn an average closer to $54,000, with a wide range depending on the employer, location, and level of responsibility. Senior engineers at major manufacturers or large theme park companies can earn well into six figures.
For context, the broader fields that feed into this career, mechanical and industrial engineering, offer comparable or slightly lower average salaries. Your earning potential increases significantly with a PE license, management responsibilities, or expertise in a high-demand area like ride simulation or structural analysis.
Building a Career Path
Entry-level positions in this field typically involve supporting senior engineers on specific components of a ride: analyzing stress on a particular track section, modeling a braking system, or running simulations on rider forces. As you gain experience, you’ll take ownership of larger systems and eventually lead full ride design projects.
Some engineers specialize in one area, like vehicle design, control systems, or structural engineering for supports and foundations. Others become generalists who oversee entire projects from concept through installation. A third path leads to the operations side, where engineers manage ride maintenance, inspections, and safety compliance at theme parks.
Professional organizations can help you build connections in this tight-knit industry. Groups like the Themed Entertainment Association and the International Association of Amusement Parks and Attractions hold annual conferences where engineers, designers, and operators meet. Attending these events, even as a student, can introduce you to the people doing the hiring at ride manufacturers and park operators.
The path is competitive because the industry is small and the work is highly desirable. Engineers who combine strong technical fundamentals with genuine enthusiasm for ride design, and who are willing to start in adjacent roles or relocate for opportunities, tend to find their way in.