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Pathways to Your Future is a college and career readiness program for youth in Grades 9 through 12. The program’s curriculum provides youth with resources and opportunities to develop knowledge and learn skills that help them align their sparks with potential careers, while exploring various pathways to enter the workforce. The family component includes a pre-program orientation, a financing and budgeting workshop, and take-home materials. Latino students made up 71% of the study participants. Retrospective pre- and post-program surveys were administered to youth and parents/guardians. Results indicated that the program equipped youth participants with the knowledge and skills to plan and manage their education and career goals, prepared them for a successful post-secondary educational experience and/or entry into the workforce, and increased the number of participants who planned to attend a post-secondary institution. Few gender differences were found. Findings suggest the program increased participating parents’ knowledge, skills, and involvement in their children’s college and career aspirations and plans. The results pointed to the importance of a holistic approach to college and career readiness that involves the youth and their parents nested in a positive youth development model.

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Educator professional development in the 4-H Youth Development Program needs improvement. Lesson study, an iterative and educator-centered approach to professional development, has proven to be effective in school-based settings; however, research on the model in youth development programs is limited. The present study investigated the use of lesson study with professional Cooperative Extension staff, adult 4-H volunteers, and teenage 4-H volunteers in different 4-H contexts in 3 state programs. Findings revealed improvements in educators' data-driven decision-making, content knowledge, lesson planning and implementation, and social connections across all contexts. To work effectively within the 4-H context, however, some adaptations to the model were necessary.

TechXcite is an engineering-focused, discovery-based after-school science, technology, engineering, and math (STEM) program. The free curriculum is downloadable from http://techxcite.pratt.duke.edu/and is comprised of eight Modules, each with four to five 45-minute activities that exercise the science and math learned in school by using engineering principles to build products or learn processes that improve the quality of life. Ninety-eight percent of TechXcite instructors indicated that students learned and demonstrated improved competence in science and engineering. TechXcite Modules include building prosthetic arms, infrared remote controls, solar-powered cars, harvesting rain water, and imaging biological systems.