A gateway course is the first credit-bearing, college-level course a student must pass to move forward in a program or degree. At most colleges, the gateway courses are college-level math, English composition, introductory biology, and introductory chemistry. In biology, the largest is often anatomy and physiology, which nursing and allied health programs require. Because students can’t progress until they pass them, gateway pass rates limit how many students go on to complete a degree.
What gateway courses do (and don’t do)
A gateway course is the first credit-bearing, college-level course a student takes in a discipline, introducing key concepts and building the foundational skills and knowledge needed for later advanced coursework in a student’s chosen major. It carries credit toward a degree and opens access to a program or major. It isn’t developmental work, and it isn’t a placement-test substitute. These courses are usually taken in the first or second year, when students begin to learn what a field demands. A gateway course is also different from a developmental course, which carries no college credit and comes before the gateway course in a sequence. And it’s different from corequisite support, which students take alongside the gateway course in the same term.
In most institutions, the same course can function as a gateway or a gatekeeper. The wording is intentional. When a course is well-designed, well-supported, and accessible, it opens the path forward for thousands of students each year. When it’s poorly executed, it traps them.
Most gateway courses are entry-level, but the definition is program-relative. Calculus isn’t a gateway course for most majors. But for engineering, it absolutely is. The shared attributes across every gateway course are simple: first level, high enrollment, required for the program, and a barrier to further degree progress until completed. They can come with strict prerequisites and demanding grading standards, making them more difficult to complete.
The four most common gateway courses in college
Most institutional gateway-course conversations come back to the same four courses, because these are the ones almost every degree program in American higher education depends on. Math and English are nearly universal across general education requirements. A science gateway course, usually biology or chemistry, is required for most STEM and health programs and for many general education requirements.
At most colleges, the gateway courses are:
- College-level math (typically college algebra, statistics, or liberal arts math, depending on the student’s pathway)
- English composition (typically English 101)
- Introductory biology (both majors and non-majors versions function as gateways)
- Introductory chemistry (both majors and non-majors versions function as gateways)
In biology, the gateway course with the largest enrollment is often anatomy and physiology, because nursing and most allied health programs require it before students can progress. Other disciplines have program-specific gateways too. Microeconomics functions as a gateway for business. Those matter inside their programs, but the universal four are the ones institutional leaders measure first, because they touch the largest share of the student population.
Why gateway pass rates limit completion
Gateway pass rates are a momentum metric. Students who pass their gateway courses in the first year are more likely to be retained and to complete a certificate or degree, which makes an institution’s gateway pass rates the practical limit on its completion rate. Pass rates in these courses vary widely by institution and by section, and many gateway courses post DFW rates (the share of students who finish with a D, an F, or a withdrawal) above most other courses in the catalog. When students clear their gateway courses early, they gain access to the rest of the catalog, the rest of their program, and the personal evidence that the degree is achievable.
When gateway courses don’t work, the cost is specific by discipline.
- Biology/Chemistry: Students who fail majors courses in biology or chemistry rarely leave the institution. But they do leave STEM majors. Institutional retention holds; program retention collapses.
- English: Students who can’t pass English composition face catalog lockout, because so many other courses list English 101 as a prerequisite. They can’t meaningfully enroll in their next term.
- Math: Students who fail gateway math often leave the college entirely. They internalize the failure as a signal that the whole degree is out of reach.
Gateway course failure isn’t a course problem in isolation. It’s a retention problem, a budget problem, and an equity problem all at once. Almy Education’s Gateway Success at Scale framework treats culture, systems, and classroom as one connected system, not three workstreams.
What fixing gateway courses requires
Most institutions have spent years working to improve gateway course outcomes. Many have adopted corequisite support models, revised placement, and added embedded tutoring. The harder question is whether what they’ve tried is working at scale.
Gateway course reform isn’t the adoption of a single intervention. It’s the consistent execution of an integrated set of changes across every section, every instructor, and every term. Three things tend to matter most.
- Access. Students can’t pass a course they can’t enroll in. Placement gates, developmental sequences, and section shortages all create friction. Increasing access is usually the fastest measurable lift.
- Execution. Course content needs to be backwards-designed from program outcomes, and corequisite support aligned to that content section by section. Inconsistent execution across sections is one of the most common reasons reform efforts plateau.
- Scale. High impact interventions like corequisites have to work for the full student population, not just a single section. A well-run pilot proves the model; sustaining it across thirty sections is where most institutional efforts stall.
Rowan College at Burlington County (RCBC) shows what this looks like in practice. The college redesigned its math pathways around what each program actually requires, replaced high-stakes placement testing with guided self-placement for non-STEM majors, and aligned its corequisite support directly with the credit-bearing course. Rather than piloting a few sections, it launched the redesign at scale in fall 2024. Among first-year students taking math, the share starting in college-level math rose from about half to 73 percent, and enrollment in developmental math fell from 17 percent to 8 percent. Pass rates rose from 57 to 71 percent in Intro to Statistics and from 59 to 85 percent in Modern College Math.
None of this requires lowering standards. The goal is improvement without sacrificing rigor or standards. Almy Education has refined this approach through 100+ partnerships, with measurable scale typically inside one year. We work as an institutional partner in gateway course redesign in a “done with you” implementation model, embedded in the day-to-day work rather than advising from a distance.
The question every academic leader should ask
Academic leaders are often told that gateway courses have been worked on for years. That’s usually true. But years of effort doesn’t guarantee effectiveness, and execution gaps are where most institutional improvement work gets stuck.
The most useful diagnostic question we use with chief academic officers is this one.
What have we done to ensure that students can access and succeed in gateway courses?
Ask faculty and staff together, not one or the other. The answer surfaces what’s been attempted. Then, verify that answer against three numbers: section fill rates, pass rates by section, and the percentage of students completing college-level math or English in the first year. If those figures aren’t already reported, your institutional research or advising office can usually produce them. Compare them over time, against what earlier gateway initiatives were expected to change, and against results from our partner institutions.
If first-year college-level completion sits below 50 percent, there’s significant room to improve, and the improvement comes from tightening alignment between access, execution, and support, not from relaxing standards.
Frequently asked questions
Which courses are gateway courses?
The most common gateway courses are college-level math, English composition, introductory biology, and introductory chemistry. These appear in nearly every degree program. In biology, the largest gateway is often anatomy and physiology, which nursing and most allied health programs require. Other programs have their own gateways, such as microeconomics for business, but the universal four draw most institutional attention.
Why are they called gateway courses?
Because they open access to a program or degree. A student can’t meaningfully progress in their major until they pass them. The same course can also function as a gatekeeper when access is restricted or pass rates are low, which is why institutional execution matters as much as the course itself.
How do gateway courses affect graduation rates?
Gateway pass rates are a leading momentum metric for retention and degree completion. Failure cascades differently by discipline: students who fail majors in science may exit STEM programs, students who fail English face catalog lockout, and students who fail gateway math courses may leave the institution entirely, which makes math the most expensive failure mode for most colleges.
What is the difference between a gateway course and a developmental course?
A gateway course carries college credit and counts toward a degree. A developmental course doesn’t. It comes before the gateway course, and a student has to pass it before they can enroll in the college-level course. Corequisite support is a third model, where students enroll directly in the gateway course and receive aligned support alongside it in the same term.
What is gateway course reform?
It’s the integrated redesign of gateway courses to remove friction to access, add aligned support, and execute effective courses consistently across every section. The work typically includes corequisite support models, placement reform, content alignment, and faculty-partnered implementation. The outcome target is higher pass rates and higher first-year college-level completion, without lowering rigor.
Are gateway courses required for graduation?
In essentially every degree program, yes. Math and English are nearly universal across general education requirements, and a science gateway is required for most STEM and health programs. This is why gateway course performance has institutional consequences far beyond the courses themselves.
Gateway course reform isn’t the most visible work an institution does, but it’s one of the highest-leverage. These are high-enrollment, high-impact courses, and fixing how they work is a root cause solution to retention, completion, and program sustainability all at once. For many colleges, these reforms fit inside broader higher education transformation work that aligns gateway course work with institutional strategy. The work is never finished. Even institutions doing it well keep a refinement list for their gateway courses, which is exactly why the next round of improvements is worth the investment. If you’re ready to look at your own gateway courses this way, we’d welcome the conversation.
