Joint School District No. 2

Joint School District No. 2 is one of Idaho's largest public school systems, serving 38,991 students across 61 schools. The district spans a substantial portion of the Treasure Valley and draws families from a wide range of neighborhoods and communities. With 60 ranked schools averaging a score of 6.6 out of 10, the district performs solidly as a whole, though individual school quality varies enough that campus selection matters for families doing their research.

At the elementary level, the district's top performers are a clear strength. Silver Sage Elementary leads all 61 district schools with a score of 8.9 out of 10, making it the highest-rated campus in the system by a meaningful margin. Peregrine Elementary follows at 8.6, and three schools — Cecil D. Andrus Elementary, Eliza Hart Spalding STEM Academy, and Chief Joseph School of the Arts — each earn an 8.5. That cluster of five high-performing elementary schools gives families with younger children several strong options to consider.

Two of those standout schools offer distinct academic focuses worth noting. Eliza Hart Spalding STEM Academy integrates science, technology, engineering, and math throughout its curriculum, which suits families prioritizing those disciplines early. Chief Joseph School of the Arts takes a different angle, centering its program on arts integration — a differentiated choice for families seeking something beyond a traditional classroom model.

The district-wide average of 6.6 out of 10 across 60 ranked schools puts Joint School District No. 2 in a competitive position relative to Idaho peers, but parents should look beyond the district average when making decisions. The gap between the top-rated schools and the district mean is wide enough that school-level research pays off. Families weighing elementary options in particular will find several campuses that outperform the district average by a significant margin. Checking attendance boundaries, program availability, and individual school scores is the most efficient way to identify the best fit within this large and varied system.