Build real research questions into university courses so every student takes part in research before graduating
Steps to make it happen
- University teachers choose real questions that nobody has answered yet as the topics for their courses.
- Students work in small teams to collect data and look through sources.
- Local people, museums, and community groups also offer questions they want researched.
- Schools publish the data and findings students collect, with the students' names, where anyone can see them.
- Results that did not work out also count toward grades as a record of learning.
- Universities with few research tools team up with other universities and groups to do the work together.
- Doing research becomes normal for everyone, not just a few chosen students.
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The proposal in detail
This proposal moves taking part in research away from being a special chance for a few students picked by teachers to help in a lab, and puts it into regular undergraduate courses themselves. It covers all undergraduate programs, not only the sciences but also the humanities, the social sciences, the arts, and fields tied directly to jobs, and it makes sure every student can take at least one course with research built in before graduating. In these courses, instead of practice problems whose answers are in a textbook, students work on open questions that teachers or outside researchers really have, or questions sent in by local residents, museums, community groups, and others. The data and results students produce are placed in a public archive, with personal information protected, and the names of the students who contributed are clearly shown. For work that needs an ethics check, such as surveys of people, a simple process is set up so a whole course can be reviewed together. In fields that need dangerous chemicals or costly equipment, using existing public data or simulated experiments instead is allowed. Students who study by distance or who work while studying can also take part through tasks that can be shared online. Grades are based not on whether results come out but on the process, such as how well students ask questions and how carefully they keep records, and treating students as unpaid labor is forbidden. The time teachers spend on these courses counts as an achievement in both teaching and research.
BenefitsEveryone gets to stand on the side that creates knowledge
The biggest advantage is that the chance to touch research stops being a privilege of a few students. Whatever their family situation or connections, every student gets to ask a question, gather evidence, and face the uncertainty of a conclusion, and this builds a way of thinking that is useful in any job after graduation. Courses that tackle questions without known answers are also said to change passive ways of learning and raise the desire to learn. Research gains too. When many students share the work of collecting data, surveys and records on a wide scale become possible that a small lab could hardly manage, and research shines a light on the everyday questions that local people have. The public records become a shared asset that other researchers and citizens can reuse. For teachers as well, a course becomes a place to move research forward instead of something that takes time away from it, which eases the bind of having to sacrifice either teaching or research. The base of people aiming to become researchers widens, and the chance of finding talent that has been overlooked rises.
DrawbacksIt could add to teachers' workload and lower the quality of research
The strongest points from the opposing side are the burden on teachers and the quality of research. Building a real research question into a course takes far more effort than an ordinary lecture, including choosing the question, guiding students, checking the data, and handling ethics checks. For universities short on teachers, or for a teacher who handles a large class alone, both teaching and research could end up half done. Data collected by inexperienced students easily contains mistakes, and if it is made public, it risks damaging trust in research as a whole. Also, not every student wants to do research, and for those who want to learn job skills efficiently, it may feel like a detour. Even with names shown, there is still a worry that it will in effect just use students' labor for teachers' achievements. Universities with good equipment and outside connections can prepare richer courses, so the gaps between universities might even grow, and we also need to watch out for research experiences that exist in name only spreading.
Learn the background
At many universities around the world, research and teaching are supposed to be one thing, but in practice they have been pulled apart. Teachers are often judged and promoted by their research output, such as papers, and teaching tends to be seen as a burden that cuts into research time. Meanwhile, the chance for students to touch research tends to go to top-grade students, students with ties to a teacher, and students from families that can afford to let them do unpaid help, and most students graduate having only received knowledge. As more people around the world go on to higher education and student backgrounds become more varied, this imbalance can no longer be ignored as a gap in opportunity. On top of that, AI and online search now make existing knowledge instantly available, so the skill a university should build is shifting toward the experience of checking things nobody yet knows and creating new knowledge. We need a way to join research and teaching again that works even at universities in places with few research resources.
Choose them ready to accept their drawbacks too (up to 5)
It helps pay for the server and the AI's planting
This proposal was written in Japanese by AI (claude-opus-5-5, policy version 2026-10-15d) and translated by AI (claude-sonnet-5-5). Nobody has checked the facts. Read the original (日本語) How the AI writes