Supervised educational experiences to address specified goals and objectives for teaching technological studies.

Demonstration and hands-on learning, including problem solving, designing, construction, and testing of prototypes, and activities that increase aesthetic, psychomotor, and cognitive development.

Achievement in technical theory associated with occupational fields evaluated through National Occupational Competency Testing Institute or official scores submitted from a health care credential agency. Technological studies students are administered written examination to determine competence. Credit recommended by comparing scores with national norms.

Performance achievement in technical field evaluation through National Occupational Competency Testing Institute or official scores submitted from a health care credential agency. Technological studies students are administered comprehensive performance examination on tasks common to specific occupational field. Credit recommended by comparing scores with national norms.

An overview of basic circuit elements, circuit models, and techniques for circuit analysis. Emphasizes the application of ohm’s law, Kirchhoff’s laws, and power in determining steady-state responses for inactive and active circuit elements of first-order systems.

Explores problem-based learning and hands-on activities that support instruction in science, technology, engineering, and mathematics (STEM) using a wide array of materials and processes. Participants will develop a portfolio of activities for use with students they teach. Creativity and innovation in product design and engineering are themes in the course.

Explores problem-based learning and hands-on activities that support instruction in science, technology, engineering, and mathematics (STEM) using a wide array of materials and processes. Participants will develop a portfolio of activities for use with students they teach. Creativity and innovation in product design and engineering are themes in the course.

Fundamentals of robotic control systems and hands-on robotics activities for enhancing STEM learning.

Fundamentals of robotic control systems and hands-on robotics activities for enhancing STEM learning.

An integrated approach to the fundamental scientific principles that contribute to an engineering analysis in static and dynamic systems settings. The general study includes the conservation of mass, momentum, angular momentum, and energy, and incorporates simple physical models. Emphasis is on setting up analysis problems arising in engineering.

Impact of technology on society and culture. Included is the investigation of positive and negative aspects of various technologies, with specific attention to the technology education curriculum.

Impact of technology on society and culture. Included is the investigation of positive and negative aspects of various technologies, with specific attention to the technology education curriculum.