Courses

Course Overview

This course is designed to equip participants with in-depth knowledge and hands-on experience in Surface Mount Technology, a critical process in modern electronics manufacturing. The program covers key topics, from basic SMT principles and component types to advanced soldering, inspection, and troubleshooting techniques. Participants will gain expertise in PCB manufacturing, SMT line setup, solder paste printing, and component placement. Practical sessions focus on board assembly, safety, and machine operation, while troubleshooting and maintenance modules emphasize process optimization and yield improvement. The final stages of the course include a Train-the-Trainer presentation and a written assessment to solidify knowledge and skills, preparing participants to train others in SMT best practices.

Target Audience

• Technicians and Operators in electronics manufacturing looking to upgrade their skills in SMT processes and machine operation.
• Engineers and Quality Control Specialists seeking a deeper understanding of SMT production, including soldering, inspection, and quality management.
• Manufacturing Supervisors and Managers aiming to improve production efficiency and gain insights into troubleshooting and maintenance best practices in SMT.
• Educators and Trainers who wish to build expertise to deliver SMT training sessions as part of technical education or workforce development programs.
• Recent Graduates or Entry-Level Professionals in electrical, electronics, or industrial engineering, interested in acquiring foundational knowledge and practical skills in SMT manufacturing.

Learning Outcomes

By the end of the course, participants will be able to:

• Explain the fundamentals of SMT, including its role in electronics manufacturing, and identify common SMT components and materials.
• Configure and operate essential SMT equipment, such as pick-and-place machines, reflow ovens, and solder paste printers, with proper alignment and safety practices.
• Execute soldering and reflow processes, identify common soldering defects, and perform quality inspections using optical and X-ray methods.
• Diagnose and resolve common SMT issues, implement preventive maintenance, and apply lean manufacturing principles to enhance efficiency and yield.
• Develop and deliver short training sessions on SMT topics, effectively demonstrating skills and best practices to peers or trainees.
• Use data analysis to monitor SMT line performance and recommend improvements for ongoing process optimization.