Systematic diagnostic strategies for complex mechanical and electrical system failures.
About this course
MILL 3980 Advanced Troubleshooting Methods teaches systematic diagnostic strategies for complex mechanical and electrical system failures. You will learn how to move beyond basic repairs and tackle the most difficult faults in industrial equipment. The course focuses on integrated systems where mechanical, electrical, and control issues overlap, requiring a structured approach to problem-solving.
You will practice using industry-standard diagnostic tools and software to trace intermittent faults that are often missed in routine maintenance. The course builds on your knowledge of industrial automation and hydraulic systems, pushing you to develop and document effective repair strategies for high-complexity equipment failures.
Who takes this course
This course is an elective open to students in the following programs:
- Welding & Fabrication Technician
- Construction & Maintenance Electrician (Apprenticeship)
- Industrial Mechanic Millwright (Apprenticeship)
Credits: 1.5 · Hours: 45
Prerequisites
- MILL 2490 Industrial Automation Controls
- MILL 2260 Hydraulic System Design
Learning outcomes
- Apply systematic diagnostic frameworks to isolate faults in integrated mechanical and electrical systems
- Interpret complex electrical schematics and hydraulic circuit diagrams to identify failure points
- Use industry-standard diagnostic tools and software to trace intermittent faults
- Develop and document effective repair strategies for high-complexity equipment failures
- Communicate technical findings clearly to maintenance teams and management
Evaluation
| Component | Weight (%) |
| Practical troubleshooting examinations | 40 |
| Case study reports | 30 |
| Final diagnostic project | 30 |