Electrical Academy Union Apprentice 3 Lab-OJT

Course Description

Electrical Academy Union Apprentice 3 Lab-OJT is the on-the-job training component of the third level of the union electrical apprenticeship.

Within the SCNS taxonomy, BCA is the Building Construction Apprenticeship prefix, the L suffix marks this as the on-the-job training component, and the 0000-level number marks it as PSAV clock-hour instruction. Daytona State publishes it at 639.9 clock hours, offered summer. ⚠ It carries no college credit.

⚠ Note on the paired classroom course: this laboratory is titled "Apprentice 3" while its classroom counterpart BCA0332 is titled "Apprentice 2", duplicating BCA0331's title. The consistent number-to-level pattern across the series, and this course's own title, both indicate the classroom course is level 3 and its title is in error. Confirm with the programme.

By the third term an apprentice is typically working on raceway and rough-in with real independence — bending and installing conduit, pulling conductors, setting boxes and panels — which is where the physical craft of the trade is built.

Learning Outcomes

Required Outcomes

• Apply classroom instruction to real installations on a job site.
• Work safely under the direction of a journeyman electrician.
• Apply personal protective equipment and site safety practice consistently.
• Apply lockout-tagout and verify de-energisation before working.
• Recognise unsafe conditions and report or refuse them appropriately.
• Use hand and power tools of the trade correctly and safely.
• Read and work from construction drawings and specifications.
• Install work to the requirements of the adopted electrical code.
• Produce workmanlike installations meeting trade standards.
• Work productively as part of a crew and coordinate with other trades.
• Communicate clearly with supervisors, other trades, and customers.
• Take direction and correction professionally.
• Manage materials and minimise waste.
• Maintain tools and equipment.
• Meet productivity expectations appropriate to your level.
• Identify and report installation problems rather than concealing them.
• Record on-the-job training hours accurately and on time.
• Record exposure to the required work processes.
• Demonstrate punctuality, attendance, and reliability.
• Demonstrate professional conduct on a customer's premises.
• Ask effective questions and seek instruction actively.
• Reflect on errors and apply the lesson.
• Progress in independence and responsibility across the term.
• Connect the term's classroom content to the work performed.
• Install raceway and conduit systems under direction.
• Bend conduit accurately on site.
• Pull conductors into raceways correctly.
• Work with increasing independence on rough-in tasks.

Optional Outcomes

• Observe or assist in work outside your usual assignment.
• Participate in a pre-job safety briefing and toolbox talk.
• Assist in troubleshooting under supervision.
• Observe inspection and commissioning of completed work.
• Assist a less experienced apprentice.
• Track progress toward the required work-process categories.

Major Topics

Required Topics

• Applying classroom instruction on site
• Working under journeyman direction
• Personal protective equipment and site safety
• Lockout-tagout and verification
• Recognising and reporting unsafe conditions
• Tools of the trade
• Working from drawings and specifications
• Installing to code
• Workmanship standards
• Crew and trade coordination
• Site communication
• Receiving direction and correction
• Material management
• Tool maintenance
• Productivity expectations
• Reporting installation problems
• Recording OJT hours
• Recording work processes
• Punctuality and reliability
• Professional conduct on site
• Asking effective questions
• Learning from error
• Progression of independence
• Linking classroom to job
• Raceway and conduit installation
• Conduit bending on site
• Conductor pulling
• Independent rough-in work

Optional Topics

• Work outside the usual assignment
• Safety briefings and toolbox talks
• Supervised troubleshooting
• Inspection and commissioning
• Assisting newer apprentices
• Work-process progress tracking

Resources & Tools

• Your NEC code book — the correct adopted edition, tabbed and carried. The most important object in this trade.
• Your hour record and work-process log — keep your own copy. It is the document that proves your progress toward completion.
• NFPA (nfpa.org) — publisher of the NEC and NFPA 70E; free read-only online access to codes.
• NFPA 70E — the electrical safety standard covering arc flash, boundaries, and personal protective equipment.
• Ugly's Electrical References — the pocket reference every electrician carries.
• NJATC / electrical training ALLIANCE materials — the curriculum used by union apprenticeship programmes nationally.
• Mike Holt Enterprises (mikeholt.com) — widely used NEC training and exam preparation, with a substantial free video library.
• Florida Building Code (floridabuilding.org) — free; shows how the NEC is adopted and amended in Florida.
• OSHA construction standards (osha.gov) — free; subpart K covers electrical.
• A good multimeter and a non-contact tester you trust — buy quality; a meter that lies to you is worse than no meter.
• A pocket notebook — unglamorous and genuinely the highest-return habit of an apprenticeship.
• Your journeyman and your foreman — the most valuable resource in the programme.

Career Pathways

• Electrician — SOC 47-2111; consistently among the largest and best-paid skilled trades.
• Journeyman electrician — the credential this apprenticeship produces.
• Commercial and industrial electrical construction — the core of union electrical work.
• Maintenance electrician in manufacturing, hospitals, hotels, theme parks, and government facilities — salaried with benefits, and a very large Florida sector.
• Motor controls, instrumentation, and industrial automation — a technical, well-paid speciality.
• Low-voltage, fire alarm, security, and structured cabling — separate licence categories with their own demand.
• Solar photovoltaic installation — a growing Florida sector.
• Utility and line work — SOC 49-9051; separate training, higher risk, higher pay.
• Foreman, general foreman, and superintendent — the site progression from the tools.
• Estimator, project manager, or electrical inspector — routes off the tools using the same knowledge.
• Electrical contracting — ⚠ a state-licensed activity requiring documented experience.
• Instruction — teaching in an apprenticeship programme after journeyman experience.

Special Information

⚠ The catalog publishes only the standard on-the-job training wording for this course

Daytona State's entry for this course reads that it is "designed for electrical union apprenticeship students to apply knowledge gained in class related instruction and knowledge gained on-the-job" — the standard wording used for several courses in this sequence, without naming specific topics.

That is not a gap so much as an accurate description of what an OJT course is. The content of an on-the-job training term is the work the apprentice is actually assigned, under a journeyman, on live projects — and it varies by contractor and by what is being built that year. The outcomes below therefore describe the obligations and competencies common to every OJT term, together with the level's classroom content where the catalog names it. Confirm the specific work-process requirements with your sponsor, since those are what govern completion.

⚠ Conduit bending is judged the moment it is installed

• A clean run of parallel offsets is the most visible evidence of an apprentice's craft, and a poor one is equally visible — permanently, to everyone who walks past.
• Learn the mathematics — multipliers, shrink, gain, take-up — rather than bending by trial. Wasted conduit is charged to the job and noticed.
• Measure and mark accurately. Errors compound along a run and all appear at the last bend.
• Ream every cut. A burr damages insulation during the pull and shows up as a fault years later.
• Plan the pull before you install the run — number of bends between pull points, and where the pull boxes go.
• Support and secure to code at the required intervals; inspectors check this specifically.
• Keep runs straight, level, and parallel. It costs nothing extra and it is the difference between competent and good.

⚠⚠ On-the-job training hours are the binding constraint — not your grades

• This is the part apprentices most often misunderstand. A registered apprenticeship has two separate obligations — related classroom instruction and on-the-job training hours — and neither substitutes for the other.
• You can pass every class and still not complete the apprenticeship if you have not accumulated the required OJT hours. The classroom course is 99 hours; this OJT course is several hundred. The hours on the job are the bulk of the programme.
• Hours accrue only while you are employed by a participating contractor. ⚠ If you are laid off, your hours stop — and in a trade with cyclical work that is a real risk. Tell the sponsor immediately if you lose your placement; they exist partly to help re-place you.
• Breadth is required, not just total hours. Apprenticeship standards specify work processes — categories of work you must actually be exposed to, such as conduit installation, terminations, motor controls, service work, and troubleshooting. Spending three years doing only one task does not satisfy the requirement, however many hours it produces.
• ⚠ Ask for the work you are missing. If your hours are concentrated in one area, say so to your foreman and to the sponsor. Contractors will usually accommodate it, and nobody will notice the gap for you.
• Document your hours accurately and on time. The record is what proves completion; reconstructing months of it later is difficult and sometimes impossible.
• Keep your own copy of everything. Employers change, sponsors change staff, and records are lost — your own file is what protects your progress.
• Report hours honestly. Falsifying an hour record is grounds for removal from the programme and it undermines the credential for everyone.

⚠ How to actually learn on the job — the apprentice's real curriculum

• Your journeyman is the most valuable resource in the programme, and how you work with them determines what you get out of four years.
• Ask why, not just how. Learning that a connection is made a particular way is worth little; learning why that method is used, and when it would be wrong, is the trade.
• Ask at the right moment. Not mid-task on something difficult, not when someone is troubleshooting under pressure — during a break, or on the drive. Knowing when to ask is itself professional judgement.
• Watch the experienced hands work. Layout, sequence, and how someone organises a task before starting are learned by observation and almost never explained.
• Take correction without arguing. Being shown a better way is the point of the arrangement, and how you receive it is noticed and reported on.
• Volunteer for unfamiliar work, and say plainly when you have not done something before. Bluffing on a live electrical task is dangerous and it is spotted immediately.
• Do the unglamorous work well. Material handling, clean-up, and fetching are how first-year apprentices earn the right to be taught, and doing them cheerfully is remembered.
• Show up early, every day, and be ready to work. In this trade reliability outranks talent, and it is the single largest determinant of how you are treated.
• Keep a notebook. Write down what you learned, what you got wrong, and the code articles you looked up. It becomes your journeyman examination revision.
• Connect the classroom to the job deliberately. Look for this term's classroom content in what you are installing, and ask about it — that connection is the whole design of an apprenticeship.

The union electrical Lab-OJT sequence, and how its hours are set

Every classroom course in this apprenticeship has a paired Lab-OJT course carrying the on-the-job training hours. The classroom courses are 99 clock hours each; the OJT courses are several hundred:

The hour figure generally tracks the term rather than the level — fall and spring terms are published at 679.8 hours and summer terms at 639.9, reflecting the shorter summer term. ⚠ That pattern holds for ten of the twelve courses; BCA0339L (summer, 679.8) and BCA0391L (spring, 639.9) are published against it. The figures above are the catalog's own in every case. Confirm your actual required hours with the sponsor, since what counts is the hours you work and record, not the catalog figure.

⚠⚠ Arc flash and shock — and the apprentice's particular exposure

• Electricity gives no second chance, and apprentices are at particular risk because they are least able to recognise a dangerous situation and least confident about refusing one.
• ⚠⚠ Arc flash is not shock. An arcing fault is an explosion — temperatures several times hotter than the surface of the sun, a pressure blast, molten metal, and permanent hearing damage. It burns through ordinary clothing instantly and synthetic fabric melts into skin.
• Arc-rated clothing is not optional near energised equipment, and cotton is not arc-rated. NFPA 70E defines the boundaries, the risk assessment, and the required protection.
• De-energise wherever possible. Working energised requires justification, a written procedure, and permission — and schedule pressure is not a justification, though it is exactly when incidents happen.
• Lock out, tag out, and verify yourself. Test the meter on a known live source, test the conductor, then test the meter again. A failed meter reading zero has killed people.
• Your own lock, your own key. Never remove another person's lock and never let anyone remove yours.
• ⚠⚠ You may refuse unsafe work. An apprentice told to do something they believe is unsafe should say so — to the journeyman, the foreman, and if necessary the sponsor. A good contractor supports that; one that does not is a contractor the sponsor needs to know about. No schedule is worth an injury, and you will not be the first apprentice to raise it.
• Falls kill more construction workers than anything else, and electricians spend a great deal of time on ladders, lifts, and scaffolds.
• ⚠ Florida heat is a genuine hazard — attics, unconditioned buildings, and outdoor summer work. Confusion in the heat is an emergency, not tiredness, and the person affected is usually the last to notice.
• Report every injury and near miss, including your own mistakes. Concealed near misses become someone else's injury.

⚠⚠ Florida electrical licensing — journeyman is county, contracting is state

• ⚠ Journeyman electrician licensing in Florida is generally handled at county or municipal level, not by the state. Requirements, examinations, and reciprocity vary between jurisdictions, and a journeyman card from one county may not be recognised in the next.
• Electrical contracting is licensed by the state under Chapter 489, Part II, Florida Statutes, through DBPR and the Electrical Contractors' Licensing Board.
• You may work as an electrician for a licensed contractor without holding a contractor licence yourself — that is how essentially everyone works.
• Contracting on your own account without the required licence is an offence with escalating penalties.
• Contractor licensure requires documented experience, examination, financial responsibility evidence, and insurance. The realistic sequence is apprenticeship, then journeyman, then contractor.
• ⚠ Rule 11 applies. Licence categories, experience requirements, and county rules change — verify with DBPR and with the county where you will work.

⚠⚠ This is a PSAV clock-hour apprenticeship course — it carries no college credit

• The leading zero in the course number is the signal. Under the Florida Statewide Course Numbering System, a 0000-level number denotes postsecondary adult vocational (PSAV) instruction, measured in clock hours rather than semester credit hours. These courses carry zero college credit.
• ⚠ A catalog may display the clock-hour figure under a heading that reads "credit hours." It is not credits — a 0000-level course showing 679.8 is 679.8 hours of on-the-job training, which is roughly a working year at apprentice hours.
• PSAV hours do not transfer as college credit to an associate or bachelor's degree, and they do not satisfy general education requirements.
• What this programme produces is a journeyman electrician — a nationally portable, well-paid skilled trade credential earned while working and being paid, without student debt.
• Some institutions offer articulation from apprenticeship completion into a related associate or construction management degree. ⚠ These arrangements are institution-specific and they change — get it in writing before assuming.
• Financial aid rules differ for clock-hour programmes, though apprenticeship tuition is frequently paid or heavily subsidised by the sponsor.

BCA0332L is 639.9 clock hours of on-the-job training, offered Summer at Daytona State, and is the OJT component of level 3 of the union electrical apprenticeship. ⚠ Clock hours carry no college credit.

Hours accrue only while you are employed by a participating contractor — if you are laid off, tell the sponsor immediately. Keep your own copy of your hour record.