Electrical systems · Virtual engineering
Electrical & Electronics Engineering Specialist
Progress from circuit laws and semiconductor devices to power systems, embedded control, communications, renewable energy, and instrumentation. Investigate each topic in a browser-based virtual workbench.
- Modules
- 18
- Curriculum Parts
- 4
- Instruments Lab
- Virtual
- Credential
- WDP-EE
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Engineering roadmap
Four progressive parts
0 / 18 modules · 0% complete
Part I: Circuit & Mathematical Foundations6 modules
- EE-M1Linear Circuit AnalysisAnalyze resistive and reactive networks using circuit laws, equivalent circuits, and transient response.Textbook + Virtual Lab
- EE-M2Engineering MathematicsUse complex arithmetic, differential equations, transforms, and linear algebra to model engineering systems.Textbook + Virtual Lab
- EE-M3Basic Electronics and Semiconductor DevicesModel diode and transistor behavior and design bias networks within voltage and power limits.Textbook + Virtual Lab
- EE-M4Digital Logic DesignDesign combinational and sequential logic from Boolean specifications through clocked circuits.Textbook + Virtual Lab
- EE-M5Engineering Physics and ElectromagneticsConnect field laws and material properties to magnetic circuits and propagating electromagnetic waves.Textbook + Virtual Lab
- EE-M6Computer Programming for EngineersApply C++ and Python to numerical methods, engineering data, and hardware-oriented logic.Textbook + Virtual Lab
Part II: Analog Electronics, Signals & Machines4 modules
- EE-M7Electronic Circuit DesignDesign practical op-amp stages, active filters, and oscillators with real operating constraints.Textbook + Virtual Lab
- EE-M8Signals and SystemsAnalyze continuous and discrete signals using convolution, transforms, and transfer functions.Textbook + Virtual Lab
- EE-M9Electrical Machines and TransformersModel transformer performance and relate electromagnetic conversion to motor torque and speed.Textbook + Virtual Lab
- EE-M10Power Systems AnalysisRepresent networks in per-unit and study load flow and balanced and unbalanced faults.Textbook + Virtual Lab
Part III: Electromagnetics, Microcontrollers & Control4 modules
- EE-M11Electromagnetic Field TheoryApply Maxwell's equations, energy flow, and transmission-line models to practical field problems.Textbook + Virtual Lab
- EE-M12Microprocessors and Embedded SystemsConnect processor architecture, firmware, peripherals, interrupts, and analog conversion.Textbook + Virtual Lab
- EE-M13Control Systems EngineeringEvaluate feedback-system stability and performance using classical control tools and PID tuning.Textbook + Virtual Lab
- EE-M14Power ElectronicsAnalyze switching devices and converter topologies while accounting for ripple and switching stress.Textbook + Virtual Lab
Part IV: Communications, DSP & Energy Systems4 modules
- EE-M15Communication SystemsCompare analog and digital modulation, quantify link quality, and estimate channel capacity.Textbook + Virtual Lab
- EE-M16Digital Signal ProcessingUse discrete transforms and digital filters to analyze and shape sampled signals.Textbook + Virtual Lab
- EE-M17Renewable Energy SystemsModel solar, wind, and storage resources and evaluate power conversion and control strategies.Textbook + Virtual Lab
- EE-M18Instrumentation and Capstone EngineeringSelect transducers, condition and acquire measurements, then integrate an electrical power-station design.Textbook + Virtual Lab
Virtual engineering lab
Adjust component parameters, measure simulated circuit behavior, inspect waveforms and logic timing, and validate calculations within engineering tolerances.
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