Learning Targets:

1. Interpret circuit diagrams and technical schematics that illustrate the resonant tank circuit and power supply integration.

2. Apply mathematical models and simulation tools to predict the behavior of electromagnetic fields in Tesla coil configurations.

3. Evaluate the impact of component selection and design parameters, such as coil geometry and capacitor sizing, on resonance frequency.

4. Critically assess the feasibility and efficiency of design variations using simulation software and technical analysis.

Modules

Learning Targets:

1. Assemble Tesla coil circuit components including transformers, capacitors, and resonant circuits using standard electronic tools.

2. Integrate microcontrollers such as Arduino to monitor, control, and enhance circuit functionalities.

3. Conduct experiments to measure high-frequency AC outputs and verify theoretical predictions through empirical data.

4. Utilize diagnostic tools (e.g., oscilloscopes, RF detectors) to troubleshoot and optimize circuit performance.

Modules

Learning Targets:

1. Assess emerging trends in wireless energy transfer and LED wireless lighting by analyzing case studies and experimental designs.

2. Evaluate the integration of Tesla coil technology into communication systems such as RF transmission and modern wireless tech platforms.

3. Critique the impact of power efficiency and energy transfer innovations on sustainable technological development.

4. Analyze modern innovations like Arduino EM Field Detectors and Energy Efficiency modules to enhance technological applications.

Modules

Learning Targets:

1. Formulate project proposals that incorporate technical specifications for wireless power transmission and resonant circuits.

2. Design prototypes using frameworks such as Arduino Integration and simulation tools to validate project concepts.

3. Implement systematic testing protocols to assess the performance and safety of constructed models.

4. Document iterative design improvements and integrate feedback for the refinement of class projects.

Modules

Learning Targets:

1. Apply safety guidelines and risk assessments in every phase of Tesla coil construction and experimentation.

2. Demonstrate proper use of personal protective equipment (PPE) and safety tools during high-voltage operations.

3. Conduct safety audits and document hazardous conditions to ensure compliance with industry standards.

4. Develop contingency protocols and emergency response procedures relevant to laboratory and field testing environments.

Modules