This study solicited perspectives of underserved youth and educators who serve them regarding college and career readiness. We defined underserved youth as adolescents who experience inequitable access to educational resources. Purposeful sampling was used to select 84 focus group participants including educators and students (9–12th grade). Utilizing grounded theory analysis, focus group data revealed findings in three key categories. First, student and educator participants defined readiness as specific career knowledge and skills to develop concrete postschool plans. Second, both educators and students perceived limited availability of career preparation experiences as a barrier, while educators also provided examples of challenging life circumstances which deter youth from fully realizing their college and career potential. Third, educators and students reported that providing a broad array of career related learning activities, coupled with the presence of trusted adults who serve as mentors and guides, can create capacity for young people to expand career options.

Introduction

Many underserved adolescents, defined as those with inequitable access to educational resources, face limited access to interventions that develop their college and career know-how. In our study, we implemented and evaluated a pilot college and career readiness curriculum intervention called Paths to the Future for All (P2F4A). P2F4A takes a developmental approach to college and career development, weaving together the procedural know-how of college and career planning with a broader focus on building social-emotional skills that support positive trajectories towards the future. We evaluated pre-post changes in adolescents' career-related and social-emotional outcomes alongside views of their personal growth.

Methods

We used a purposeful sample of five schools in the Western region of the United States and recruited a sample of adolescents (N = 61; M_age = 16.3 years; 57.4% female) who experienced challenging academic and life circumstances to participate in P2F4A. We conducted pre-post surveys as well as focus groups and interviews with adolescents.

Results

We detected significant (p < .05) pre-post gains in adolescents' knowledge of P2F4A curricular content and selected coping skills, such as relaxing and solving family problems. Our focus groups and interviews revealed that P2F4A helped adolescents build stronger interpersonal relationships with peers and the content was directly applicable to real life.

Conclusion

Our new findings suggest that college and career readiness curriculum interventions-if appropriately developed for and targeted to underserved adolescents-have strong potential to build underserved adolescents' foundational skills that they can apply towards realizing their future college and career aspirations.

Supporting college and career readiness among youth who encounter significant academic and life challenges requires innovative strategies to help them envision their futures, leverage their strengths and develop dispositions that promote positive trajectories. For youth development professionals who develop and implement novel programmatic approaches to support the college and career readiness of underserved youth, it is critical to acquire a deeper evidence-based understanding of factors shaping positive career and college pathways as well as to incorporate stakeholder viewpoints in their program design and delivery. In this article, we share key insights from our program development process that can inform the work of program developers, educators and youth services providers who seek to build and enhance career and college readiness programs aimed at underserved youth. We summarize 4 key insights from a narrative review of literature on college and career readiness as well as findings from a set of stakeholders (student, parent and educator) focus groups. We offer our ideas for incorporating these insights alongside stakeholder input into the development and design of college and career readiness activities and programming.