What Material Is Covered in a Soldering Course?
Soldering is the act of joining two or more pieces of metal using low-temperature filler metal. The base metals are not melted during the process of joining. A course in soldering will cover the basics of this technique, in addition to related topics such as safety and awareness. Find out more about the course curriculum here. Schools offering Automobile Repair degrees can also be found in these popular choices.
IPC J-STD-001 Soldering Certification
Some soldering courses provide specific skills and instruction to help students gain the industry IPC J-STD-001 credential, which may increase their employment prospects. Training with this orientation will incorporate topics like component surface mounting, coating and encapsulation, wire assembly, product assurance, and cleaning processes. Certification involves passing both hands-on and written examination components.
Important Information About Soldering
|Median Pay (2014)||$35,180|
|Entry Level Education||high school diploma or equivalent|
|Job Outlook (2012-22)||6%|
Source: U.S. Bureau of Labor and Statistics
Students can expect a great amount of practical workshop experience in a basic soldering course. Instruction is offered in areas like wire harness assembly, through-hole surface mount technology, and sub-assemblies. This is usually accompanied with precision soldering and electronics assembly instruction. Students will additionally learn about wire insulation stripping and solder wire tinning, as well as different de-soldering techniques.
Following is a list of further subjects and techniques likely to be covered in basic soldering classes:
- Soldering preparation
- Tools and equipment
- Component identification
- Electrostatic discharge localized cleaning
- Through-hole soldering
- Wires and terminals
- SMT soldering
- SMT rework
Awareness and Safety
Awareness and safety courses in soldering are taught with a blend of classroom lectures and workshop experience. The following topics related to safety awareness are incorporated into most programs:
- Electrostatic discharge
- Electrical overstress
- Causes and effects of static electricity
- Minimizing the chances of electrostatic discharge damage
- Correct procedures for handling electronic assemblies
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