Engineering Systems

• Describe the role of mathematics and science in technological development

• Construct a mathematical model for a known technological system

• Explain the scientic principles behind a basic machine

• Describe strategies, select materials and processes necessary to develop a technical system or artifact

• Evaluate interdependence of components in a technical system and identify elements critical to correct function

• Apply analytical tools to the development of optimal solutions for technological problems

Solve problems using vectoring, predict resultant forces

• Demonstrate the effect of resistance

• Apply Ohm’s Law, Watt’s Law, and Kirchoff’s Law

• Identify series, parallel, and combination circuits

• Apply knowledge of AC and DC systems

• Identify what causes resistance in a fluid system

• Apply knowledge of hydraulic and pneumatic systems

• Identify the three ways heat is transferred

• Explain the difference between Celsius and Fahrenheit scales

• Describe heat conductors and insulators

• Solve thermal problems using appropriate units

• Identify the six simple machines and their applications

• Solve problems using appropriate units in engineering systems

• Identify the uses and types of inductors and capacitors

• Use appropriate electrical units to solve problems

• Draw a circuit diagram and lay out the circuit

• Identify the difference between analog and digital signals

• Identify direction of heat flow given differences in temperature

• Understand the use of insulation to minimize heat flow

• Identify electrical components and their functions