In many schools, being identified as advanced or gifted doesn’t guarantee that students will receive “gifted services.” For low-income students, Black and Brown students, rural students, and many others, the odds of being identified as gifted and having access to advanced coursework are even lower than for their higher-income and White or Asian peers. A new report from Purdue University’s Sarah Bright and Northwestern’s Eric Calvert digs into the results of a pilot project testing a curriculum that could make it more likely that all identified students—especially those typically underrepresented in advanced education—receive services.
Project OCCAMS (Online Curriculum Consortium for Accelerating Middle School) is a collaboration between the Center for Talent Development at Northwestern University, the Center for Gifted Education at the College of William & Mary, and the Ohio Department of Education (ODE). It’s a two-year-long, accelerated English language arts curriculum for seventh and eighth graders that combines in-class instruction and out-of-class “technology-based assignments,” such as student-created videos, podcasts, literary magazines, mini-newspapers, audio recordings, and various other Google platform-based projects. Beyond this basic information, however, the report is light on details of how the program actually functions and, thus, is limited in its ability to enlighten us.
A five-year pilot of Project OCCAMS was launched simultaneously in five large Ohio school districts in the 2018–19 school year. The goals of the pilot were to determine the efficacy of the course to accelerate learning, especially for students traditionally underrepresented in advanced education, and to determine if the model is simple enough to easily replicate, and is thus a potential tool to increase service provision elsewhere.
The researchers chose Ohio as the laboratory for this intervention because the state began implementing universal screening for giftedness in 2018. Identification numbers have been tracked annually by ODE since then, but the provision of gifted services was not—and still is not—mandated by the state. This the first published analysis following completion of the five-year pilot, although the data are limited in time and only reference one of the participating districts.
Project OCCAMS was rolled out in five unidentified “diverse urban middle schools” within Columbus City School District—buildings chosen because underrepresentation of minority students in gifted education was a “significant concern” in each—starting in the 2018–19 school year. To qualify for the Project OCCAMS intervention, students had to be entering seventh grade in those buildings. They also had to have been identified as gifted in their General Cognitive Ability in ELA specifically or to have scored at or above the 85th percentile on a state or national achievement assessment in reading or ELA at any point prior to seventh grade. No definitive student n-size is provided (another limitation to drawing conclusions from it), although it is likely less than seventy-five per cohort; see below for details. Bright and Calvert do report that students participating in the Columbus intervention reflect the diversity of the district overall: Sixty-seven percent of students were Black, just over 11 percent were Hispanic, nearly 8 percent were multi-racial, and more than 19 percent were White. Income data on students were not collected, but all schools in the study were fully Title I–eligible.
When schools were shut down and students sent home in response to the Covid-19 pandemic, Project OCCAMS continued in a fully-online form for the rest of the 2019–20 school year, with synchronous virtual teaching taking the place of classroom instruction. During the following school years, the program toggled between hybrid and fully online as each building’s changing instructional modalities required.
In keeping with its acceleration model, each student received three years’ worth of instruction covering typical ELA content for grades seven through nine in “compacted” form over two school years. Details of the curriculum structure are included in the report’s appendices—a plus point. Participating students took the state’s ELA I test—which, at the time, was given as an end-of-course exam to all ninth graders—at the end of the intervention, and the results of that exam are the basis of the achievement data in this report. The researchers also examined seventh- and eighth-grade administrations of above-level ACT tests. Students received credit for both eighth and ninth grade English language arts courses upon completion of the OCCAMS program.
Full outcome data are not provided, but eighth graders who participated in Project OCCAMS and took the state ELA I test in 2019 outperformed both the district average and the average posted by students in the district’s highest-performing high school. The majority of program students achieved scores of proficient or advanced. Program students also showed higher growth on the above-level ACT tests between seventh- and eighth-grade administrations, compared to a set of “more academically selective but economically similar students” in the district.
Student surveys completed at the end of the two-year course were generally positive. (We get our only hint at n-sizes here—which seem small—with sixty-five participating students noted as responding to a particular survey question in 2021, the largest number observed for any response.) A majority of students responding said that they learned to be more independent learners, that the course helped them improve how they analyze and understand what they read, and also helped improve their writing. Percentages for all of these positive responses grew between 2020 and 2021.
Students and teachers alike expressed positive sentiments toward the structure of the course and the learning community built around it. This includes communication and group work conducted via email, message boards, video chat, and text messages, as well as in-person work. The same difficulties faced by other schools when switching to fully-remote learning in 2020—technical problems, students not using cameras during synchronous instruction, absenteeism—manifested here, as well, but seemed far less debilitating than the issues arising in more typically-structured courses. Similarly, lack of access to devices and high-speed internet only impacted a small handful of students, even at the height of pandemic school closures. Part of this is because Project OCCAMS’s implementation included free Chromebooks for all students from the start, and because kids and adults already had experience using them in exactly the same way at school (or on the bus or in libraries or wherever) as they needed to when locked down at home. Bright and Calvert include descriptions of how students helped each other to overcome glitches to continue full participation with minimal interruption.
Perhaps reflecting the dearth of data provided, this analysis of Project OCCAMS is mainly descriptive. There’s clearly much to learn from the information presented here. Essential but unanswered questions include which students were recruited and how, how any oversubscribed spots were filled, how teachers were trained, how the program impacted students’ daily schedules, and whether any participating students were receiving other gifted services provided by the district. But the report raises even more questions regarding what is not included.
Bright and Calvert focus their discussion on the technology piece of the puzzle: Does the computer-based nature of much of the work (and indeed all of the work during Covid shutdowns) actually help achieve the goal of more equitable access to advanced learning opportunities? Data show that, overall, remote learning during the pandemic was a dismal failure that set most kids back months or even years. Advanced students lost ground, too, but they fared a bit better than their lower-achieving peers, both nationally and, it seems, in this very small, very local program focused on underrepresented students. The intent of the Project OCCAMS pilot was to provide effective and efficient services to students typically underrepresented in advanced education. This report suggests that at least some answers could be available by digging further—and more rigorously—into the data.
SOURCE: Sarah Bright and Eric Calvert, “Educational Technology: Barrier or Bridge to Equitable Access to Advanced Learning Opportunities?” Gifted Child Today (June 2023).