Electronic Repair and Overhaul Training

Service Description

Our Electronic Engineering – Best Practices course is designed for entry-level technicians, recent graduates, and individuals seeking to launch their careers in electronics manufacturing, maintenance, and system integration. This hands-on, practical training program introduces foundational engineering principles while reinforcing the critical industry standards and techniques required to build reliable, safe, and high-performance electronic systems. Participants will learn how to properly identify components, interpret schematics, assemble circuits, and apply troubleshooting techniques—all while following globally recognized best practices. Emphasis is placed on safety, workmanship quality, and developing confidence in working with real-world electronic assemblies. Graduates will leave with job-ready skills, an understanding of engineering expectations, and the ability to contribute to production, repair, and testing teams across industries such as aerospace, defense, automotive, and advanced manufacturing. Course Outline – Electronic Engineering: Best Practices (Entry-Level Program) Module 1: Introduction to Electronic Engineering Overview of electronic systems in industry Basic safety procedures and ESD (Electrostatic Discharge) protection Understanding engineering roles and responsibilities Module 2: Component Identification Recognizing common electronic components (resistors, capacitors, diodes, ICs) Reading component values and interpreting datasheets Hands-on practice with real components Module 3: Understanding Schematics and Circuit Layouts Basic symbols and schematic interpretation How circuits function in real-world systems Following engineering drawings and build instructions Module 4: Wiring, Connectors, and Assembly Standards Proper cable routing and termination techniques Introduction to IPC/WHMA-A-620 wiring standards Connector identification, crimping, and assembly basics Module 5: Basic Troubleshooting and Testing Using multimeters for continuity and voltage testing Introduction to fault isolation techniques Hands-on practice with simulated faults Module 6: Soldering and Repair Fundamentals Soldering tools, materials, and workspace setup Basic through-hole and surface-mount soldering techniques Visual inspection criteria for quality workmanship (IPC-A-610 overview) Module 7: Assembly Best Practices and Final Checks Following work instructions and maintaining documentation Final inspection and functional testing basics