We talk about our spatial thinking skills all the time, maybe without knowing that there is an entire domain of cognitive skills that connect these observations. Educators can also recognize these skills in our students. These include students who seem to have an intuitive understanding of computer-aided design and create complex and efficient 3-D…

William & Mary's Center for Gifted Education's mission is to foster talent development of high-ability individuals over their lifespan. This article highlights the Center for Gifted Education's programs and offerings to develop leaders in the field of gifted education and talent development. This article details professional learning programs…

Decades of research point to the value and importance of spatial skills and have demonstrated the malleability, durability, and teachability of spatial skills across the lifespan. Teachers and caregivers can apply this research in their classrooms or homes through a wide range of strategies. In this article, we offer specific, engaging activities…

Gifted and talented students with an interest in technology can use their advanced cognitive abilities to create webinars and workshops, research presentations, artistic showcases, literary discussions in a variety of languages, digital portfolios, and community and club activities. With YouTube evolving into a primary source of information among…

Research has been conducted at The William & Mary Center for Gifted Education in a variety of subject areas, making a significant impact on the field of gifted education, particularly in the area of low-income, underrepresented high-ability students. Early research focused on curriculum efficacy and program quality. Following the retirement of…

The William & Mary Center for Gifted Education (CFGE) serves high-ability students and those with gifts and talents directly and indirectly through curriculum development, precollegiate learner programs, professional development for teachers and administrators, research, and doctoral programs. With an added focus on psychological needs, in…

This action research study evaluated an original lesson using the AI language model ChatGPT to generate tailored play scripts for individual students based on their interests, reading levels, and creative visions. Implemented with 13 third and fourth graders in an after-school program, the "Journeying between Worlds and Words" lesson…

Pedagogical content knowledge (PCK) requires that the teacher understands and applies not only knowledge about content, and not only knowledge about teaching strategies, but an intersection of the two. This article provides professional learning considerations for supporting teachers' PCK and skills with gifted and high-potential students. These…

Talent development plans are well-articulated representations of a district's or school's advanced learning opportunities. These plans show how a bright student progresses through the available programming and provide families with information about their child's options and opportunities. In addition to reviewing the basic pieces of a talent…

The purpose of the present study was to evaluate a cybersecurity and digital forensics enrichment program for gifted and talented students to determine students' perceptions of this enrichment course. We evaluated data from 25 secondary education students and one educator to examine their perceptions of the program. Responses from students and the…

Policies for talented students with disabilities, or twice-exceptional students, exist in very few states across the country. Historically, families of twice-exceptional students have found most of their support though implementation of Individualized Education Plans (IEPs) or 504 Accommodation plans. Yet, there is no federal mandate for gifted…

As technologically gifted students apply their abilities to computer science, they naturally flow through the talent development stages of potential, competency, and expertise. Processes that have always been important for gifted students to learn as they develop potential are embedded in learning code, which engages the beginning programmer in…

This article provides a description of partnerships with Austin Public Schools supporting gifted education and the lessons learned.

In this article, we focus on two components of the Online Curriculum Consortium for Accelerating Middle School (OCCAMS) project: the curriculum frameworks and the curriculum development process. The frameworks include the Integrated Curriculum Model (advanced content, unit themes, and process/product), culturally responsive curriculum, and talent…

The Center for Gifted Education (Center) at William & Mary has provided diverse enrichment programs for high-ability students since 1988. With an aspiration to serve financially disadvantaged students, the Center developed and hosted a summer residential enrichment program in STEM areas. Camp Launch, for low-income, high-ability middle school…