TSA Competitive Events Correlation by Task
In this course, the following tasks/competencies reinforce the standards listed beside them. Teachers may identify additional reinforcements in locally developed instructional materials.
Task/Competency Number | Task/Competency Statement | Standards |
---|---|---|
39 | Demonstrate adherence to safety procedures and guidelines for using lab tools and equipment. |
TSA Competitive Events: Animatronics ♦ Computer Integrated Manufacturing (CIM) ♦ System Control Technology |
40 | Analyze digital and microprocessor circuit characteristics, using circuit simulation software. |
TSA Competitive Events: Animatronics ♦ System Control Technology |
41 | Describe the primary functions of the components of a microprocessor. |
TSA Competitive Events: Animatronics ♦ System Control Technology |
42 | Correlate electricity principles to circuitry and microprocessors. |
TSA Competitive Events: Animatronics ♦ System Control Technology |
44 | Describe complex direct current (DC) circuits. |
TSA Competitive Events: Animatronics ♦ System Control Technology |
49 | Describe the principles of magnetism as applied to electronics and robotics. |
TSA Competitive Events: Animatronics |
50 | Describe the characteristics of magnetism. |
TSA Competitive Events: Animatronics |
51 | Identify coil technology. |
TSA Competitive Events: Animatronics |
52 | Design a coil. |
TSA Competitive Events: Engineering Design |
53 | Describe the components of electric motors. |
TSA Competitive Events: Animatronics |
54 | Describe the design principles and concepts related to electric motors and generators. |
TSA Competitive Events: Engineering Design |
57 | Design an electric motor. |
TSA Competitive Events: Engineering Design |
61 | Identify types of power supply circuits. |
TSA Competitive Events: Engineering Design |
62 | Compare types of rectifier circuits and their functions. |
TSA Competitive Events: Engineering Design |
63 | Describe the function of voltage regulators. |
TSA Competitive Events: Animatronics ♦ Engineering Design |
64 | Describe the function of oscillators. |
TSA Competitive Events: Animatronics ♦ Engineering Design |
66 | Describe the function of pulse for control circuits. |
TSA Competitive Events: Animatronics ♦ Engineering Design |
67 | Describe modulation. |
TSA Competitive Events: Animatronics ♦ Engineering Design |
68 | Connect a power supply, using a rectifier circuit. |
TSA Competitive Events: Animatronics ♦ Engineering Design |
69 | Describe digital characteristics, techniques, numbering systems, and binary arithmetic. |
TSA Competitive Events: Engineering Design |
72 | Convert between the binary and decimal number systems. |
TSA Competitive Events: Animatronics ♦ System Control Technology |
73 | Describe data representation. |
TSA Competitive Events: Animatronics ♦ Engineering Design ♦ System Control Technology |
74 | Compare the function of digital logic circuits. |
TSA Competitive Events: Engineering Design |
75 | Compare practical logic circuits. |
TSA Competitive Events: Engineering Design |
76 | Use Boolean algebra to express logic operations and minimize logic circuits in design. |
TSA Competitive Events: System Control Technology |
77 | Describe the methods used to calculate values in logical expressions. |
TSA Competitive Events: Engineering Design |
78 | Design a logic circuit, using Boolean algebra and methods. |
TSA Competitive Events: Engineering Design |
79 | Compare the functions of flip-flops and registers. |
TSA Competitive Events: Engineering Design |
80 | Describe the operation of memory circuits. |
TSA Competitive Events: Engineering Design |
81 | Describe the characteristics of the most commonly used sequential and combinational logic circuits. |
TSA Competitive Events: System Control Technology |
82 | Describe the operation and application of binary and binary coded decimal (BCD) counters, shift registers, and other sequential logic circuits. |
TSA Competitive Events: Engineering Design |
83 | Develop combinational and sequential logic circuits for an application. |
TSA Competitive Events: Engineering Design |
84 | Test digital integrated circuits. |
TSA Competitive Events: Animatronics ♦ Engineering Design |
85 | Troubleshoot digital circuits. |
TSA Competitive Events: Animatronics ♦ Engineering Design ♦ System Control Technology |
86 | Compare automated system programming options. |
TSA Competitive Events: Animatronics ♦ Engineering Design ♦ System Control Technology |
87 | Troubleshoot a malfunctioning robot. |
TSA Competitive Events: Animatronics ♦ Engineering Design ♦ System Control Technology |
88 | Troubleshoot robot programming and control problems. |
TSA Competitive Events: Animatronics ♦ Engineering Design ♦ System Control Technology |
89 | Describe emerging technologies in robotics. |
TSA Competitive Events: Animatronics ♦ Engineering Design ♦ System Control Technology |
90 | Implement basic programming procedures. |
TSA Competitive Events: Animatronics ♦ Engineering Design ♦ System Control Technology |
91 | Program an automated system. |
TSA Competitive Events: Animatronics ♦ Engineering Design ♦ System Control Technology |