Turbine Generator Maintenance Technician I

Course Description

EEV0140 — Turbine Generator Maintenance Technician I is a Postsecondary Adult Vocational (PSAV) clock-hour course that introduces students to the safety practices, precision measurement skills, and foundational mechanical competencies required for entry-level employment as a turbine generator maintenance technician. As a PSAV course, it carries 0 college credits, with 400 clock hours as the unit of measurement; successful completion is documented on the student's official PSAV transcript.

The course is the first Occupational Completion Point (OCP-A) of the Turbine Generator Maintenance, Inspection and Repair PSAV program offered at Fort Myers Technical College (Lee County School District) and a small number of additional Florida technical institutions. The full program is 1,200 clock hours, structured as: EEV0140 Turbine Generator Maintenance Tech I (OCP-A, 400 hours) → EEV0141 Turbine Generator Maintenance Tech II (OCP-B, 400 hours) → EEV0142 Turbine Generator Maintenance Mechanic (OCP-C, 400 hours). Graduates are prepared for traveling-technician careers in the high-speed industrial turbine and generator service industry, supporting the maintenance, inspection, repair, and overhaul of equipment installed in electric utility power plants, oil and gas processing facilities, marine vessels, and industrial cogeneration sites worldwide.

The program is sponsored by and aligned with the requirements of major industry employers, including GE/FieldCore, Reliable Turbine Service, Mitsubishi Power Americas, Siemens Fossil Service, Constellation Energy, Power Services Group, MD&A Manpower, and AGT Generator Services. The course covers rigorous safety training, basic physics applicable to rotating machinery, blueprint and drawing interpretation, fastener selection and torque procedures, precision measurement, foreign material exclusion (FME), parts identification and labeling, rigging fundamentals, and the proper use of specialized tools including HYTORC bolt tensioners, slugging wrenches, and bolt heaters.

Learning Outcomes

Required Outcomes

Upon successful completion of this course, the student will be able to:

Apply industrial safety practices appropriate to the rotating-machinery environment, including OSHA general industry standards (29 CFR 1910), confined-space entry, fall protection, lockout/tagout (LOTO), respiratory protection, and the recognition of high-pressure steam, hot-surface, and rotating-equipment hazards.
Properly fill out a Job Safety Analysis (JSA) and identify hazards, controls, and PPE requirements for routine turbine generator maintenance tasks.
Identify, select, and properly use precision measuring tools, including outside and inside micrometers, depth micrometers, vernier and digital calipers, dial indicators, feeler gauges, bore gauges, and torque wrenches; demonstrate correct measurement technique and tool care.
Apply foreign material exclusion (FME) protocols, including the proper covering of open holes, control of small parts, FME-zone discipline, and tool-and-loose-item accountability.
Identify and label turbine generator parts and components correctly, including the use of part-identification tags, traceability documentation, and turbine-specific nomenclature.
Identify the major turbine and generator components by name and function, including rotors, stators, casings, blades/buckets, diaphragms, nozzles, journals, bearings, seals, and auxiliaries.
Apply fastener identification, selection, and torque procedures, including bolt grade identification, thread pitch and size determination, torque-vs-tension principles, and the proper use of standard torque wrenches and HYTORC hydraulic torque tools.
Demonstrate proper use of rigging equipment, including slings, hooks, shackles, eye bolts, and overhead crane controls; calculate sling angles and load capacities; apply OSHA 29 CFR 1910.184 sling safety requirements.
Read and interpret turbine generator drawings, plans, and assembly diagrams, including identification of dimension callouts, tolerance specifications, datums, and assembly sequences.
Apply basic physics principles applicable to rotating machinery, including force, torque, work, power, rotational dynamics, and the relationships between pressure, velocity, and energy in steam and gas turbine operation.
Demonstrate employability skills, including punctuality, professional communication, attention to detail, documentation accuracy, teamwork, and adherence to written work instructions and outage schedules.

Optional Outcomes

Depending on institutional emphasis and equipment availability, students may also:

Begin preparation for the Health and Safety Institute (HSI) Turbine Maintenance Technician credential.
Begin preparation for Technical Training Professionals (TTP) certifications commonly required by major industry employers.
Earn the OSHA 30-Hour General Industry credential.
Survey introductory steam turbine thermodynamics, including the Rankine cycle, steam-table use, and turbine stage analysis.
Survey introductory gas turbine thermodynamics, including the Brayton cycle and combined-cycle plant operation.

Major Topics

Required Topics

Industrial Safety and Hazard Awareness — OSHA 29 CFR 1910 standards, NFPA 70E electrical safety basics, confined-space entry (29 CFR 1910.146), fall protection (29 CFR 1910.140), lockout/tagout (29 CFR 1910.147), respiratory protection (29 CFR 1910.134), heat-stress prevention.
Job Safety Analysis (JSA) Procedures — hazard identification, control hierarchy, PPE selection, JSA documentation and approval workflow.
Precision Measurement Methods — outside and inside micrometers, depth micrometers, vernier and digital calipers, dial and digital indicators, feeler gauges, bore gauges, height gauges; measurement technique, tool calibration, and care.
Foreign Material Exclusion (FME) — FME zones, hole covering protocols, small-part control, tool-and-loose-item accountability, FME logs.
Parts Identification and Labeling — part-identification tagging, traceability documentation, location-and-orientation marking, packaging for transport.
Turbine and Generator Nomenclature — major components: rotors, stators, casings, blades/buckets, diaphragms, nozzles, journals, bearings, seals, couplings, auxiliaries (lube oil, hydraulic, control oil, steam seal systems).
Fasteners and Torque Procedures — bolt grade identification (SAE, metric), thread pitch and size determination, torque-vs-tension theory, washer and gasket selection, the proper use of standard torque wrenches, slugging wrenches, and hydraulic torque equipment (HYTORC).
HYTORC and Hydraulic Torque Tools — operation, setup, pressure-to-torque calibration, reaction-arm placement, safety practices.
Bolt Heaters and Stud Tensioning — operation of induction and resistance bolt heaters for large fasteners, stud tensioner operation.
Rigging Fundamentals — sling types (wire rope, synthetic, chain), shackle and hook inspection, eye bolt selection, sling angle and load capacity calculation, overhead crane operation, OSHA 29 CFR 1910.184.
Drawing and Plan Interpretation — orthographic projection, dimension and tolerance callouts, geometric dimensioning and tolerancing (GD&T) basics, datum identification, assembly drawings, exploded-view drawings.
Applied Physics for Rotating Machinery — force, torque, work, power, mass moment of inertia, rotational kinematics and dynamics, Bernoulli's equation introduction, turbine stage energy conversion.
Employability and Workplace Skills — outage and turnaround culture, traveling-technician work realities, time-card and expense-report documentation, customer-site etiquette.

Optional Topics

Steam Turbine Thermodynamics — Rankine cycle, steam-table application, superheat and reheat cycles, turbine stage efficiency.
Gas Turbine Thermodynamics — Brayton cycle, simple-cycle vs. combined-cycle operation, combustion-turbine basics.
Generator Operation Basics — synchronous generator principles, excitation systems, generator nameplate and capability curves.
HSI Turbine Maintenance Technician Credential Preparation.
Career Ready Skills Development — twelve career-ready practices identified in the FLDOE framework.

Resources & Tools

Master Plan of Instruction (MPI) — institution-specific MPI documents establish the detailed week-by-week curriculum sequence; Fort Myers Technical College publishes a current MPI for this program annually.
OSHA 29 CFR 1910 General Industry Standards — federal occupational safety and health standards governing industrial maintenance work.
Health and Safety Institute (HSI) Turbine Maintenance Technician resources — industry-recognized credential commonly held by graduates.
Technical Training Professionals (TTP) resources — industry training organization whose certifications are recognized by major employers.
HYTORC operation manuals and training — HYTORC is the dominant brand of hydraulic torque tools used in the turbine generator industry; manufacturer-provided training materials are commonly used.
Precision Measurement Tool Sets — Starrett, Mitutoyo, or equivalent micrometers, calipers, dial indicators, and feeler gauge sets; calibrated reference standards.
Rigging Equipment — wire rope and synthetic slings, shackles, eye bolts, hooks, come-alongs; OSHA 29 CFR 1910.184 reference materials.
Coupling Alignment Simulator — Fort Myers Technical College and similar programs use coupling alignment simulators to develop centerline alignment skills before fieldwork.
Rigging Trainers — institutional overhead-crane and rigging trainers for hands-on heavy-equipment movement practice.
Personal Protective Equipment (PPE) — hard hat with chinstrap, safety glasses with side shields and face shields, hearing protection, leather gloves and cut-resistant gloves, leather work boots with metatarsal guards, FR (flame-resistant) clothing for steam-environment work, fall-protection harness for elevated work.

Career Pathways

EEV0140 begins the Turbine Generator Maintenance, Inspection and Repair PSAV program. Successful completion supports progression into:

Continued Turbine Generator Maintenance PSAV Program — students continue through OCP-B (EEV0141 Turbine Generator Maintenance Tech II, 400 hours) and OCP-C (EEV0142 Turbine Generator Maintenance Mechanic, 400 hours), totaling 1,200 hours.
Turbine Generator Maintenance Technician — entry-level employment with the major industry employers including GE/FieldCore, Reliable Turbine Service, Mitsubishi Power Americas, Siemens Fossil Service, Constellation Energy, Power Services Group, MD&A Manpower (Mohawk Labor Services), AGT Generator Services, Power House Resources, Majestic Machine, Rayker Mechanical Services, Tradesman International, UBC Millwrights, and nexGEN. Starting wages typically begin at $24+ per hour with substantial per diem and overtime opportunities for traveling work; experienced technicians frequently exceed $40 per hour plus per diem.
Industrial Plant Operations — operations and maintenance roles at Florida electric utility power plants (Duke Energy Florida, FPL, TECO, JEA, OUC, Gulf Power), Florida cogeneration facilities, Florida natural gas processing plants, and large industrial facilities (paper mills, chemical plants, fertilizer plants).
Travel-Intensive Career Reality — turbine generator maintenance is predominantly outage-based; technicians travel to power plants worldwide for scheduled outages (typically lasting 2-12 weeks). The career rewards mobility, technical proficiency, and physical stamina; technicians frequently log 60+ hour weeks during outages, with significant downtime between assignments.
Adjacent Industries — competencies developed in this program transfer to industrial millwright work, marine engineering, oil and gas process equipment maintenance, refinery turnaround work, wind turbine maintenance (with additional training), and aerospace ground-support equipment.
Articulation to A.S./A.A.S. Degrees — clock hours from this PSAV program may articulate (subject to institutional agreement) into mechatronics, industrial maintenance, or industrial management technology A.S./A.A.S. degree programs at Florida public colleges.

Special Information

Program Type and Credit

EEV0140 is a Postsecondary Adult Vocational (PSAV) clock-hour course at 400 contact hours. PSAV courses do not carry college credit hours; credits=0 reflects this, with the real measurement being clock hours. The 400-hour length is established by the Fort Myers Technical College program structure (the primary Florida institution offering this program) and is consistent with the 1,200-hour total program (400 + 400 + 400).

Program Availability

The Turbine Generator Maintenance, Inspection and Repair PSAV is a specialized program offered at a small number of Florida technical colleges. Fort Myers Technical College (Lee County School District) is the most prominent provider. Students seeking this credential should verify program availability and start dates with the awarding institution; programs typically follow a cohort schedule with a single annual start date due to the specialized equipment and instructor requirements.

Industry Sponsorship

The program is developed in close coordination with the major industry employers, who provide curriculum input, equipment donations, and direct hiring pipelines for graduates. The high industry sponsorship reflects a documented workforce shortage in the traveling turbine maintenance technician sector.

Industry Certifications

The course content prepares students for several industry credentials commonly recognized by major turbine generator service employers:

Health and Safety Institute (HSI) Turbine Maintenance Technician — industry-recognized credential frequently required by employers.
Technical Training Professionals (TTP) Certifications — industry training organization whose credentials open doors to employer training pipelines.
OSHA 30-Hour General Industry — recognized as evidence of foundational safety knowledge.
NCCER Industrial Maintenance / Millwright Levels — applicable in some regional employer contexts.

Articulation and Transfer

As a PSAV clock-hour course, EEV0140 does not automatically transfer between institutions as college credit. Students should consult the receiving institution's articulation officer for specific applicability of PSAV turbine generator coursework toward A.S./A.A.S. degrees.

Military Credit Equivalency

Students with prior military training in mechanical maintenance, gas turbine engineering, marine engineering, or related Military Occupational Specialty (MOS) classifications may be eligible for military credit equivalency awards toward this course. Particularly relevant MOS classifications include:

U.S. Navy GS (Gas Turbine Systems Technician — Mechanical and Electrical) and MM (Machinist's Mate — Conventional and Nuclear)
U.S. Navy MR (Machinery Repairman) and EN (Engineman)
U.S. Air Force 2A6X1 (Aerospace Propulsion) and 2T3X1 (Mission Generation Vehicular Equipment Maintenance)
U.S. Army 91D (Power Generation Equipment Repairer) and 91J (Quartermaster & Chemical Equipment Repairer)
U.S. Marine Corps 1142 (Engineer Equipment Electrical Systems Technician) and 1316 (Metal Worker)
U.S. Coast Guard MK (Machinery Technician)
Any military rotating-machinery, marine engineering, or industrial maintenance specialty with documented turbine, generator, or large-mechanical-equipment experience

Documentation through the Joint Services Transcript (JST) or Community College of the Air Force (CCAF) transcript is the basis for evaluation. Daytona State College, Fort Myers Technical College, and Florida State College at Jacksonville maintain dedicated military-credit equivalency processes. Navy GS and MM ratings, in particular, often align closely with the precision measurement, fastener torque, and rotating-equipment competencies covered in this course.