Industrial Maint Tech-AAS

• Advanced Blueprint Interpretation and Equipment Layout – Read, interpret, and create detailed blueprints and technical drawings for industrial equipment, and apply this knowledge to install, maintain, and troubleshoot systems effectively.
• Precision Alignment Techniques – Use advanced shaft alignment methods, including laser and dial indicator techniques, to ensure machinery is properly aligned, preventing damage and improv­ing operational efficiency.
• Complex Troubleshooting and System Mainte­nance – Diagnose and maintain complex industrial systems, including fluid handling pumps, gear trains, drives, and material handling systems, us­ing advanced diagnostic tools and techniques.
• Rebuilding and Replacing System Components – Rebuild and replace critical components in liquid, air, and material handling systems, using industry-standard methods to restore performance and extend equipment lifespan.
• Bearing and Seal Replacement – Replace bearings and seals in rotating equipment using non-de­structive techniques to avoid damage and ensure the integrity of surrounding components.
• Advanced Electrical Systems Maintenance – Apply advanced electrical theory and safety principles to troubleshoot, maintain, and repair single-phase and three-phase power equipment in compliance with industry standards.
• Vibration and Root Cause Analysis – Use vibration analysis and root cause analysis to identify and resolve issues in industrial equipment, improving reliability and reducing downtime.
• Metallurgical Knowledge for Equipment Repair – Select and apply appropriate metals for repairs based on metallurgical testing to ensure compat­ibility with system specifications and prevent premature failures.
• Fabrication and Precision Layout – Design, fabri­cate, and lay out custom components for indus­trial applications, ensuring they meet operational requirements through advanced fabrication techniques.
• Workplace Safety and Regulatory Compliance – Adhere to advanced safety protocols and regula­tions, including hazard identification, risk assess­ments, and compliance with OSHA standards, ensuring a safe and productive work environment.
• Leadership and Project Management – Lead and manage maintenance projects, coordinating teams and resources to meet deadlines, optimize performance, and achieve maintenance goals.
• Continuous Professional Development – Engage in ongoing learning to stay up-to-date with new technologies and best practices in industrial main­tenance, preparing for future certifications and career advancement.

Mathematics (one course required): Choose from the courses listed below or any higher-level math course. Excludes MATH 389

Science (one course required)

U.S. and Nevada Constitutions: HIST 101 and HIST 102 or PSC 101

Social Science/Human Relations (embedded in Maintenance Curriculum)

Humanities or Fine Arts (one course required)

Technology (embedded in Maintenance Curriculum)

Program Requirements

Suggested Course Sequence