Simulation Electronics & Systems
Overview
Simulation Electronics & Systems builds on the foundational concepts introduced in MC-01 and moves students into the technical core of how simulation systems actually function. This micro-credential focuses on the electronics, sensors, power, and signal pathways that drive modern simulation environments used in aerospace and healthcare training.
Students gain hands-on experience working with common electronic components and subsystems found in simulation platforms, including power distribution, sensors, input/output devices, and basic signal flow. Emphasis is placed on understanding how components interact as part of a larger system, rather than treating electronics as isolated parts.
Through guided labs and applied exercises, students learn to recognize normal system behavior, identify common faults, and perform basic diagnostics using industry-relevant tools and methods. The skills developed in this micro-credential reflect real technician tasks performed in simulation labs, training centers, and technical support environments.
This micro-credential is ideal for students who want practical electronics experience without the abstraction of traditional electronics theory courses. Upon completion, students are prepared to progress into documentation, configuration, and quality-focused micro-credentials within the SIMT pathway.
Course Details
- Credential Code: MC-02
- Credential Name: Simulation Electronics & Systems
- Fee: $0.00
- Dates: March 9, 2026 - May 29, 2026
- Format: Hybrid, with online instruction and in-person labs
- Length: Approximately 4 weeks
- Prerequisites: Simulation Technology Foundations (MC-01) or equivalent experience
Program Skills
Simulation Electronics
Electronic Components
Power Distribution
Signal Flow
Sensors
Input/Output Devices
Basic Diagnostics
Troubleshooting
Safe Lab Practices
Earning Criteria
- Identify and work with electronic components used in simulation systems.
- Understand basic power distribution and signal flow.
- Interface sensors and input/output devices used in simulation platforms.
- Recognize normal system behavior and identify common faults.
- Perform basic diagnostics and troubleshooting using industry-relevant tools and methods.
- Apply safe lab practices when working with electronic systems.
- Complete all required online instruction and in-person lab activities.
Earn Your Badge
After completing this micro-credential, students will receive a digital badge recognizing their ability to understand basic electronics, sensors, power distribution, signal flow, diagnostics, and safe lab practices within simulation technology environments. This badge can be shared with employers or added to a resume, portfolio, or LinkedIn profile.