A Preliminary Look at GenSea: Insights Into Immersive K12 Teacher Professional Development for Blue Economy Pathways

Document Type

Article

Publication Date

10-1-2023

Department

Center for Science and Math Education

School

Center for Science and Math Education

Abstract

Background: Making explicit connections between high school classroom STEM content and evolving workforce demands is essential for preparing students for careers in the blue economy. By educating high school teachers about potential career paths, required training, course work, and degree programs for regional jobs, we can support their subsequent classroom practices and mentoring.

Methods: We developed a blue economy-oriented three-day residential professional development program for regional high school teachers using Desimone’s (2009) five key elements of effective teacher professional development: content focus, active learning, coherence, duration, and collective participation. This study assessed its impact on participating teachers' knowledge, attitudes, and instructional practices around STEM and the blue economy. Results: Teachers' enhanced awareness of the job market demands within the blue economy suggests the program effectively conveyed information about emerging and established workforce needs. The program also triggered a transformation in teachers' perceptions of career opportunities in Mississippi, prompting their integration of STEM careers discussions into daily lessons and the development of educational units dedicated to career connections. And teachers’ growth in self-efficacy exhibited over the course of the event aligns with research trends found across the literature (Zhou et al., 2023). The documented impacts on teachers' knowledge, attitudes, and instructional practices align with the research objectives and offer valuable insights for future PD program development. Conclusions: Through ongoing collaboration and adaptation, programs have the capacity to transform STEM education for high school students and teachers by explicitly connecting classroom learning and workforce applications, better-preparing students for evolving workforce demands.

Publication Title

Journal of the Mississippi Academy of Sciences

Volume

68

Issue

4

First Page

313

Last Page

325

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