Teachers must possess a deep understanding of subject matter to effectively teach content. Historically, Agricultural Education degrees were technical agriculture degrees with a specialization in education. Degrees consisted of one-third technical content, with an additional one-third of the coursework in integrative studies, where students…

School-based agricultural education offers a rich context to illuminate science, technology, engineering, and mathematics (STEM). Understanding and enhancing STEM learning within agricultural education requires a deep understanding of how agricultural educators currently illuminate STEM concepts within their curriculum. Building upon the work of…

School-Based Agricultural Education (SBAE) has served students with special needs for decades. The impact of Career and Technical Education (CTE), such as SBAE, can lead to higher earning potential, increased employment rates, and career exploration opportunities for students with special needs. However, many agricultural educators feel unprepared…

Even with measurable benefits of all three School-Based Agricultural Education (SBAE) components, implementation of each component widely varies. Not all SBAE students experience the benefits of FFA and SAE, resulting in young adults who may not be fully prepared for their careers or to enter the workforce. FFA Affiliation and SAE for All are two…

Recent trends in agricultural education have demonstrated that the number of middle school programs and students has been increasing. Despite this, middle school agricultural education students, teachers, and programs have been underserved. For example, middle school agricultural education teachers lack the training and resources to meet the needs…