How do undergraduate research opportunities compare at Johns Hopkins and RPI?
I’m a high school senior deciding between Johns Hopkins and RPI for engineering. Research is a major priority for me, especially getting involved in faculty projects as an undergraduate, so I’m trying to understand how accessible and substantial the research opportunities are at each school.
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The biggest practical difference is breadth versus intimacy: Johns Hopkins offers a larger, more research-intensive ecosystem with especially deep connections to medicine, public health, applied physics, and data-driven engineering, while RPI can make it easier to develop close working relationships with engineering faculty in a smaller campus setting. At both schools, undergraduates can join faculty labs during the academic year and pursue paid or funded summer work. Neither school makes serious research automatic; contacting faculty early, showing relevant preparation, and following up matters at both.
Johns Hopkins has unusually extensive research activity across its Whiting School of Engineering, the medical campus, and affiliated institutions such as the Applied Physics Laboratory. That scale creates many possible directions, including biomedical engineering, robotics, computer science, materials, environmental engineering, and applied physics. Students can pursue structured undergraduate research funding and present work through campus research programs, but popular labs may have more interested students than open positions. The medical campus and APL can be valuable resources, though they are separate from the main undergraduate campus and opportunities there depend on the individual lab and project.
RPI has a strong hands-on engineering research culture, particularly in areas such as computing, materials, aerospace, energy, and engineering systems. Its smaller undergraduate environment can mean more direct access to professors and research groups, especially for students who identify a few relevant labs early and build technical skills through classes, projects, or design teams. Research may feel less sprawling than at Hopkins, but that can be an advantage for a student seeking sustained mentorship rather than a very large menu of labs.
For an engineering student whose top priority is the widest range of high-level research options, Johns Hopkins has the edge. RPI is the more compelling choice when its particular engineering strengths align closely with your interests and you value a smaller setting where it may be easier to become known by faculty quickly.
Johns Hopkins has unusually extensive research activity across its Whiting School of Engineering, the medical campus, and affiliated institutions such as the Applied Physics Laboratory. That scale creates many possible directions, including biomedical engineering, robotics, computer science, materials, environmental engineering, and applied physics. Students can pursue structured undergraduate research funding and present work through campus research programs, but popular labs may have more interested students than open positions. The medical campus and APL can be valuable resources, though they are separate from the main undergraduate campus and opportunities there depend on the individual lab and project.
RPI has a strong hands-on engineering research culture, particularly in areas such as computing, materials, aerospace, energy, and engineering systems. Its smaller undergraduate environment can mean more direct access to professors and research groups, especially for students who identify a few relevant labs early and build technical skills through classes, projects, or design teams. Research may feel less sprawling than at Hopkins, but that can be an advantage for a student seeking sustained mentorship rather than a very large menu of labs.
For an engineering student whose top priority is the widest range of high-level research options, Johns Hopkins has the edge. RPI is the more compelling choice when its particular engineering strengths align closely with your interests and you value a smaller setting where it may be easier to become known by faculty quickly.
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