Standards - Career & Technical Education

Incorporate safety procedures in handling, operating, and maintaining tools and machinery; handling materials; utilizing personal protective equipment; maintaining a safe work area; and handling hazardous materials and forces..

Demonstrate effective workplace and employability skills, including communication, awareness of diversity, positive work ethic, problem-solving, time management, and teamwork.

Explore the range of careers available in the field and investigate their educational requirements, and demonstrate job-seeking skills including resume-writing and interviewing.

Advocate and practice safe, legal, responsible, and ethical use of information and technology tools specific to the industry pathway.

Participate in a Career and Technical Student Organization (CTSO) to increase knowledge and skills and to enhance leadership and teamwork.

Design and analyze an efficient electrical system to convert, transform, and transmit electricity.

Create, read, and analyze schematics and provide a concise summary for documentation purposes.

Research and specify electrical devices necessary to provide power.

Apply machine control systems, sensory feedback, and information processing to increase the efficiency of automated manufacturing systems.

Use flow charts and state diagrams to apply logic in the design of control programs.

Design a system using sensors to monitor changes and use that data to inform changes to the system.

Apply Boolean logic in the design of a system that monitors inputs.

Create programs to initialize, calibrate, and monitor system parameters.

Select and apply appropriate sensors to obtain data about system performance.

Design a system of elements that manages power to accomplish a task involving defined movement.

Design a control system to vary the speed and performance of a motor by utilizing feedback from the system to gain the most efficiency possible.

Formulate a system to utilize data collection and analysis to maintain and improve product quality and provide adequate confidence that the product will satisfy design requirements.

Design and analyze the application of machine control systems, sensory feedback, and information processing to increase efficiency.

Design, construct, and operate a multi-axis robot for use in an industrial application.

Design and create the wiring diagrams for controlling the motion of a robotic arm.

Apply the degrees of freedom to describe arm movement used in the programming of the arm.

Integrate a robotic arm into an automated work cell to move and manipulate components.

Design and create grippers and other end effectors for custom use in an automated setting.

Create a system utilizing sensors to allow a robotic arm to make decisions based upon sensor input.

Design a system involving the integration of machines, machine tools, specialized dies, jigs, fixtures, and instruments used in production to create needed parts to make jigs, fixtures, alignment and drill guides, gauges, and other manufacturing and assembly tools with a rapid prototyping/additive manufacturing device.

Design visual displays to obtain and display data from a process controlled by a programmable logic controller.

Create a system to view and remotely control a work cell.

Create a communication system to monitor and automatically capture data on demand for storage in a database.

Design a system to remotely monitor and display real-time machine parameters to allow for changes and updates to the operating parameters.

Analyze different types of network setups to select the most appropriate ones for specific tasks.

Compare network operating systems to select the most appropriate system for data networks.

Synthesize applications for use in gathering, analyzing, and display in information environments.

Design and implement a program for device security.

Evaluate various connectivity options for protocols for communication in the design stage of an automated workcell.

Create a method to collect, store, analyze, and display sensor data.