Students at St. Anthony Park Elementary in St. Paul have the same science curriculum as students at the district's Bruce Vento, Longfellow Magnet and Maxfield Magnet elementary schools. They all use the same hands-on approach to science, and they all took the recent state science tests via computers.
But when the results of the tests were released last month, school officials in St. Paul did a double take: St. Anthony Park had the highest proficiency level in the metro area, while the other three schools didn't have a single student reach the proficiency bar set by the state.
"We can't believe it," said Darrel Rivard, principal at Bruce Vento Elementary.
School officials are quick to point out that they don't yet have the answers for why such a large disparity exists. They need to further analyze the data, see if the science curriculum at the schools differed, and find out what they can do better next time.
But their hypotheses of what went so right for one school and so wrong for three others is an interesting study of how the make-up of the students in a school can sometimes make all the difference.
Last fall, the St. Paul schools implemented a new, district-wide science curriculum. It is supplemented by the popular "Full Option Science System" (FOSS) kits, which provide a way for teachers to integrate hands-on learning into the science curriculum.
The curriculum is inquiry-based, which means students construct their own experiments and learn the "why" and "how" of their work.
"How we teach it is pretty much the same at all the schools," said Valeria Silva, the district's chief academic officer.