





What is CTE?
What was once known as vocational education, CTE has been transformed to meet the dynamic needs of a global economy, ensuring college and career success for its students. CTE today requires a new level of excellence and prepares students (secondary, postsecondary and adult) for a wide range of careers, the majority of which require a postsecondary credential. CTE programs incorporate rigorous academic and technical standards as well as critical workplace skills such as problem solving, communication and teamwork.
CTE in the 21st Century is guided by five principles.
CTE:
· is critical to ensuring that the United States leads in global competitiveness.
· actively partners with employers to design and provide high-quality, dynamic programs.
· prepares students to succeed in further education and careers
· is delivered through comprehensive programs of study aligned to The National Career Clusters framework.
· is a results-driven system that demonstrates a positive return on investment.
For more information go to www.careertech.org.
STEM-related courses typically take place in a non-traditional classroom (a materials/tools/equipment environment or lab setting). A cornerstone of a successful STEM education program of study is the design of the facilities. Safety is a paramount concern when working with students in this type of setting. Selecting the appropriate equipment and resources, and planning the design and management of the facility directly impacts the learning that takes place there.
Take a tour of three different kinds of STEM education environments:
IntroductionChris Anderson, Gateway Regional School District
Fabrication LabNick Beykirch, Bernards School District
Combination LabDave Niemierowski, Freehold Regional School District
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