Henry Hurley

Freestyle the curriculum for the 5th year apprenticeship. Hoping this year class will be able to perform planned labs. Started to build a Power point for instructing personnel to receive an instrumentation certification.

• Studied and interpreted equipment manuals, circuit diagrams, blueprints and schematics to determine corrective actions for repairs, calibrations and installations.
• Liaised with engineering staff on special projects to assist with configuration, installation and interoperation of system equipment.
• Conducted preventive maintenance and troubleshooting of metering instruments.
• Performed scheduled and planned installation and maintenance duties.
• Wrote detailed service reports and maintained organized records of service actions.
• Analyzed engineering designs and suggested improvements and modifications.
• Constructed, modified, maintained and inspected electronic industrial control systems in [Industry].
• Diagnosed [Software] issues while developing new ideas for applications.
• Completed in-depth performance tests of parts and systems undergoing design optimization in simulated environments.
• Created, aligned and optimized electrical instrumentation and testing equipment.
• Modified, maintained or repaired electronics equipment or systems to achieve proper functioning.
• Used information in technical diagrams, schematics and manuals to understand operations and make successful repairs.
• Educated equipment operators on proper use of equipment.
• Analyzed interruption reports and outage databases to identify outage trends and determine needed coordination changes.

• Identified issues by testing and troubleshooting instruments, components and assemblies using voltmeters, circuit testers and oscilloscopes.
• Removed damaged instruments and repaired components.
• Cleaned and adjusted instruments.
• Inspected equipment to detect electrical leaks and other problems.
• Performed scheduled and planned installation and maintenance duties.
• Studied and interpreted equipment manuals, circuit diagrams, blueprints and schematics to determine corrective actions for repairs, calibrations and installations.
• Carried out day-day-day duties accurately and efficiently.
• Demonstrated respect, friendliness and willingness to help wherever needed.
• Constructed, modified, maintained and inspected electronic industrial control systems in [Industry].
• Conducted troubleshooting procedures and root cause analysis to determine causes of problems.
• Operated multimeters, oscilloscopes, [Equipment] and other electronic testing devices to accurately diagnose equipment issues.
• Monitored supply levels and requested additional spare parts, manuals or tools.

• Applied various teaching aids to minimize learning gaps and instruct and motivate students.
• Tracked student progress, frequently checking in with struggling students and identifying root causes of problems.
• Evaluated and revised lesson plans and course content to achieve student-centered learning.
• Observed other instructors and lecturers, gathering valuable techniques to be implemented into future lectures and courses.
• Emphasized safe working and classroom conditions and practices.
• Increased student participation by facilitating interesting and relevant events.
• Tested students on materials presented in workshops and classes to assess grasp of material.
• Used learning assessments to regularly monitor student understanding of class concepts and materials.
• Oversaw curriculum implementation and continuous improvement of industry best practices.
• Reviewed class and student records to look for areas in need of improvement and implement plans of action.

• Engineered and Design circuit loads for customers

(Example: I would suggest running 240 volts with an subpanel instead of 120 volts this would give the customer the ability to add circuits in the future. Also, the customer could run a small gauge wire which decreased cost.)