PCC Welding Program: Costs, Certificates & How to Apply

A first-day student stands in the Rock Creek weld shop with a brand-new auto-darkening hood, a box of cover lenses, and a homework assignment that is not a worksheet: run a 3G vertical V-groove coupon to AWS D1.1 visual and bend-test criteria, then wait two weeks for a third-party lab to grade it. That moment — shop time, code rules, and a paper trail to a job — is exactly what the PCC welding program is built around. Here is what the program actually involves, what it costs, and how to work through its open-entry, open-exit maze.

What the PCC Welding Program Is (and Who It Is Actually For)

Start with the acronym, because it matters. Here PCC means Portland Community College in Oregon, and “the PCC welding program” refers to its Welding Technology program, whose courses carry the WLD prefix (WLD 101, WLD 112, WLD 203 and so on). Everything below draws on PCC’s official welding program page.

In plain language, PCC’s Welding Technology program is a hands-on, in-person training program covering the core arc welding processes (stick/SMAW, MIG/GMAW, flux core/FCAW, TIG/GTAW), blueprint reading, fabrication, and the structural steel welding code that governs structural work. Students learn in real shops on real coupons, and leave with a formal credential Portland-area employers recognize.

It is not a four-year university, and it is not a trade school in the old “learn one trade, get a job” sense. It is closer to a licensed, modular system that lets you build a qualification over time, in the order that suits your life and budget. PCC frames it plainly: many trades employ welding skills, which is why the program runs from a 12-credit pathway certificate to a full two-year associate degree.

The headline traits that define the program

Four words do most of the explaining on the program page: open-entry, open-exit, self-paced, modular.

• Open entry, open exit. You do not have to finish one award before starting the next. If you only need to add a process you lack, take that course and leave.
• Self-paced and modular. A term is broken into roughly three-and-a-half-week modules, and you can register for one, two or three per term. A full-time student and a working adult taking one module at a time are both normal here.
• In person only. There is no online version of the shop courses, for a good reason: arc welding is a motor skill that does not transfer through video.
• One program, three physical sites. Classes run at Rock Creek, the OMIC Training Center in Scappoose, and the Maritime Welding Training Center on Swan Island.

Site	Where it is	Published shift patterns
Rock Creek campus	Washington County	Morning, afternoon, evening
OMIC Training Center	Scappoose, Oregon	Afternoon, evening
Maritime Welding Training Center	Swan Island, Portland (about 4,000 sq ft)	Morning, evening

Twenty-one awards, and what that means in practice

For the 2026-27 catalog year, PCC lists 21 welding awards: a two-year Associate of Applied Science in Welding Technology, a two-year Maritime Welding Career Pathway Certificate, and 19 individual Career Pathway Certificates built around specific processes and job families.

Read that as a menu, not a ladder. The short pathway certificates (12 and 24 credits) give you a focused, process-specific credential fast. The 44-credit Welding Technology certificate is the broad foundation. The 96-credit degree adds fabrication, inspection and supervisory coursework. Some awards are limited-entry, meaning an extra application and screening step, and the maritime track falls in that category because it is tied to shipyard work.

Who it is actually for

Based on how the program is structured and where it leads, the people who tend to get the most out of it include:

• Career changers leaving office work, the trades, or the service economy for a skill with a visible test and a portable credential.
• Laid-off or displaced workers retraining where Portland-area employers are actively hiring.
• High-school dual-credit students stacking WLD courses into a diploma pathway.
• Existing welders adding processes. Already run stick and want flux core or TIG? The modular format is built for that. Our guide to why SMAW still wins in hard-working shops is a useful baseline to compare against.
• Maritime and shipyard workers heading into the Swan Island center and the Vigor Industrial partnership.

PCC’s own page lists the jobs graduates land in: diesel mechanics, fabrication, glazing, manufacturing, marine construction, millwright, pile buck, pipe fitting, sculpture, sheet metal, steam fitting and welding inspection. Read that list twice. It is not just “welder.” It says the skill travels.

So is this a degree program, an apprenticeship, or a certification course? It is a college-based training program with a stack of awards, where you earn shop hours and a school credential, then qualify under the code. The rest of this article covers the course map, the AWS D1.1 test workflow, the maritime track, the real costs, and how to get a seat in the shop.

Why Portland Needs More Welders: The Labor Market Case

Most programs explain themselves with marketing. This one starts with a spreadsheet: Portland Community College leans on the Oregon Employment Department, which forecasts more than 250 welding job openings every year in the Portland area through 2027. In a regional economy of more than two million people, that is a standing gap, and community colleges exist to fill it.

A welding program is not a school first. It is infrastructure: the pipeline feeding steel fabricators, shipyards, mining equipment shops, pressure vessel shops and plant maintenance departments. When the local supply of qualified welders thins, employers struggle to staff and wages climb.

What the regional data actually says

The PCC Welding Technology program cites Oregon Employment Department figures showing Portland-area welders earning between $19.44 and $32.57 per hour, with an average annual salary of $54,067. That spread, roughly 68 percent between the ends, is not noise. It maps onto process specialty, code credentials and industry: a pipeline welder working to ASME Section IX, or a coded welder holding a current D1.1 qualification, sits at the top of the range. The wage spread is a credential spread, which is why this guide spends a section on the D1.1 qualification test.

The national picture, and why it is more nuanced than the headline

Widen out and the story gets more sober. The U.S. Bureau of Labor Statistics Occupational Outlook Handbook reports a median annual wage of $53,750 for welders, cutters, solderers and brazers as of May 2025, about $25.84 per hour. Here is what most program marketing leaves out: BLS counted 437,700 welding jobs in 2025 and projects 448,100 by 2035, a 2 percent increase over a decade and slower than average growth across all occupations. Roughly 40,300 openings per year will come about, and the bulk are replacement demand: workers retiring or leaving the trade, not a booming new sector.

So welding is not a hyper-growth field. It is a stable trade with a large installed base, continuous replacement demand and severe regional shortages where heavy industry concentrates, a much more defensible claim than “welding is booming.”

Measure	Figure
National median wage, May 2025	$53,750 ($25.84 per hour)
National 10th and 90th percentile	Under $39,240 / over $77,530
Welding jobs, 2025 to 2035	437,700 to 448,100, 2 percent growth
Annual openings, 2025 to 2035	About 40,300, mostly replacement
Where welding jobs sit	63 percent manufacturing, 8 percent specialty trade contractors, 4 percent self-employed, 4 percent repair and maintenance
Portland-area openings and wages	More than 250 per year through 2027; $19.44 to $32.57 per hour; $54,067 average

Sources: Oregon Employment Department (cited by PCC) and U.S. Bureau of Labor Statistics.

Why a community college functions as regional workforce infrastructure

Look at where the work is. The job mix table above shows manufacturing at 63 percent nationally, specialty trade contractors at 8 percent, and self-employed plus repair-and-maintenance employers at 4 percent each. The last two categories matter more for Portland than the national average suggests: a maintenance welder or a mobile contractor is not competing for the same job as a shipyard welder, but a parallel path with different hours.

Add the regional anchor. PCC’s 2020 program profile described Vigor Industrial’s nearly billion-dollar U.S. Army landing craft contract and the resulting need for hundreds of workers, including aluminum welders the West Coast could not supply. That phrase is the labor-market argument in miniature: demand for a specific process, in a specific material, exceeding supply. It also explains why PCC built its maritime welding program inside the Swan Island shipyards with Vigor and why it still runs a limited-entry maritime award.

The aging pipeline is the part nobody plans around

Those 40,300 annual openings are mostly replacement, so a large cohort of experienced welders is leaving the trade. Each takes decades of shop knowledge with them: what the shop wants and which habits prevent rework. None of that transfers through a résumé. It transfers by working next to someone who knows it, which is the argument for a program that runs real booths, real coupons and real test plates. As experienced welders retire, employers also grow more willing to train people without a pedigree, which is why entry points like shop-floor apprenticeships open up.

What the numbers do not promise

Be clear-eyed. A certificate opens doors but does not walk through them. Nothing in the Oregon Employment Department forecast or the BLS data guarantees a job for any individual who completes a program. Welding work is cyclical, hiring freezes happen, and the gap between a student who welded coupons in school and a shop that needs someone to hold a production weld to spec is closed with interviews, references and showing up.

What training does give you is optionality, the real return on the tuition. Code credentials like a D1.1 qualification travel: a welder who can pass a bend test, read a print and work to a procedure specification can move between a fabrication shop, a shipyard and a maintenance crew without retraining from scratch. If you already work with aluminum, our guides to aluminum MIG welding and aluminum flux core welding explain the process differences that separate a hobby weld from a production one. Process knowledge plus a code credential is where the top of the wage range lives.

The differentiator between a student with a certificate and a student with a certificate and a job is almost always relationships: who at the shop called you back, which instructor can vouch for your work. The numbers create the demand. The relationships convert it.

The Curriculum: From Blueprint Reading to the Structural Steel Code

A course catalog can read like a wall of acronyms until you realize it is actually a story about how a person becomes a welder. PCC’s Welding Technology sequence follows a sensible order: watch each process burn for the first time, learn to read the print that tells you where to burn it, then get specific about stick, wire feed and flux core, then TIG, and finally learn the code that decides whether an inspector will accept your work.

The Welding Technology associate degree totals 96 credits and lists 19 WLD courses in the 2026-27 catalog, along with four general education courses and eight credits of program electives. Here is the map as PCC publishes it.

Course	What it covers
WLD 101	Welding Processes & Applications
WLD 102	Blueprint Reading
WLD 111	SMAW with E7024 electrodes and oxy-acetylene cutting
WLD 112, 113, 114	SMAW Mild Steel I, II and III, moving to fast-freeze E6011 electrodes
WLD 131, 132	GMAW and GMAW-Pulse
WLD 141, 142	FCAW I (gas shielded) and FCAW II (self-shielding)
WLD 151	SMAW Certification Practice, Unlimited Thickness Mild Steel
WLD 152, 153	FCAW Certification Practice
WLD 203	Structural Steel Welding Code & Standards
WLD 221, 222, 223	GTAW on mild steel, aluminum and stainless
WLD 260	Beginning Fabrication
WLD 263	Welding Technology Capstone

Starting with stick, because stick teaches control

WLD 111 pairs shielded metal arc welding with E7024 electrodes and oxy-acetylene cutting, and the three SMAW mild steel courses that follow build from there. E7024 is a fast-fill electrode that lays down a lot of metal quickly and gives a beginner immediate visual feedback. By WLD 114 you are working with fast-freeze E6011, the electrode most fabricators and shipfitters actually run, and the difference in feel is a lesson in itself. If you want a short explanation of why stick welding has survived every new process, this guide to why SMAW still wins is worth a read.

WLD 131 and 132 move you to GMAW and GMAW-Pulse, which is where most structural shop work actually happens because wire feed is faster and the operator can control heat and deposition in ways that a stick pass cannot. WLD 141 and 142 add FCAW, first gas shielded, then self-shielding, the process common on shipyard plate and heavy structural steel.

What WLD 152 reveals about the level of detail

The published WLD 152 course outcomes are a good way to understand the granularity of this training. Students weld single V-groove joints with FCAW E71T-1 in vertical and overhead positions, operate a CAC-A carbon arc air gouging system, and apply visual and destructive examination principles in accordance with AWS D1.1. The outcomes also ask students to demonstrate the effects of electrode angle, amperage setting, air pressure and travel speed when gouging. That is a shop task and a reasoning task in the same sentence, which is exactly what separates a certifier from a ticket holder. If you have never seen carbon arc gouging up close, our air arc welding and gouging primer explains the process and its hazards.

The shorter 44-credit route

Not everyone is ready for 96 credits. The Welding Technology Career Pathway Certificate runs 44 credits and stacks WLD 102, 111, 112, 113, 131, 132, 141, 142, 151, 152 and 153. Notice what that list contains: blueprint reading, three SMAW courses, GMAW and GMAW-Pulse, both FCAW levels and three certification practice courses. It is a complete process foundation with stick, wire feed and flux core certification practice, without the general education courses or the degree-level capstone.

The two courses that make you hireable

WLD 203, Structural Steel Welding Code & Standards, and WLD 263, Welding Technology Capstone, are the two courses that turn shop skill into code-aware, hireable skill. WLD 203 is where AWS D1.1 stops being a test sheet and becomes a rulebook you can cite in an interview. WLD 263 pulls fabrication, code knowledge and multiple processes into one assessed project. WLD 221 through 223 add TIG on mild steel, aluminum and stainless, which is where thin-gauge, precision and aerospace work lives. For TIG on aluminum specifically, our aluminum MIG welding guide is a useful side reference for filler and gas choices.

Inside the Certification Track: How PCC Prepares You for AWS D1.1 Qual Tests

Here is the honest headline: PCC does not hand out an “AWS certification.” It prepares you to take a qualification test, then ships your coupons to an independent lab that grades them against AWS D1.1, the structural steel welding code. That distinction matters, because employers know exactly what the paper you walk in with proves and what it does not.

PCC lays out the entire sequence in its own welding qualification and certification packet, and the certification-practice courses WLD 151, 152 and 153 exist specifically to walk you through it. Because the program is open-entry and open-exit, you can enter the certification track without signing up for the whole degree.

Three terms people mix up

• Welding procedure qualification (PQR). This qualifies the written instructions: filler metal, amperage, preheat, travel speed, pass sequence. D1.1 requires the procedure to be proven before it goes on production work.
• Welder performance qualification (WPQ). This qualifies a person: this welder, using this qualified procedure, in this position, met the code’s visual and bend requirements. The WPQ is the document that travels with you to a new job.
• “Certification.” Loosely used for either of the above, and sometimes for an AWS credential like a Certified Welding Inspector, which is a separate exam with separate experience requirements.

In short: the procedure qualifies the paper, the WPQ qualifies the welder, and “certified welder” is shop-floor shorthand. When a job posting asks for it, ask which one they mean.

The mock-up gate

Nobody tests cold. Before permission to test is issued, you must pass two mock-up plates per position, and each plate has to meet both the visual acceptance criteria and the bend-test criteria of AWS D1.1. That is why the certification-practice courses carry so many lab hours: the mocks are graded with the same severity as the real thing.

What the test actually involves

PCC’s published procedure is a fixed sequence. Test plates are stamped by position, and 3G is welded vertical while 4G is welded overhead. The plate stays in that position for the whole test.

1. Preheat the test plate to roughly 70 degrees Fahrenheit before you strike an arc.
2. Monitor interpass temperature with a 300-degree temperature stick between passes, and do not weld while the plate is at or above 300 degrees.
3. Inspect the root pass before filling. Undercut, incomplete fusion, porosity and arc strikes are cheapest to fix here.
4. Fill the groove to within 1/16 to 1/8 inch of flush.
5. Run the final visual inspection against the criteria table below.
6. Air cool. No water quench, no forced cooling.
7. Cut the coupons. Remove 1/4 inch from each end, leave the backing strip in place, and send a minimum length of 5 1/2 inches for 1-inch plate or 7 inches for 3/8-inch plate.
8. Do not grind the test coupon. PCC does not permit it. You get one shot at the bead.
9. Submit. The welding portion is performed in the college shop, coupons go to an independent test lab, and results usually return about two weeks after submission.

Visual acceptance criteria

Criterion	Requirement for a passing coupon
Reinforcement	Flush to 1/8 inch
Undercut	Not deeper than 1/32 inch
Contour	Smooth transition into the base metal
Fusion	Complete fusion on the root pass
Porosity	None permitted
Cracks	None permitted
Arc strikes	None outside the weld area

The bend test is the other half. AWS D1.1 limits PCC cites allowno single surface discontinuity over 1/8 inch, amaximum of 3/8 inch for the sum of the larger discontinuities, and a 1/4 inch maximum corner crack. Bend a coupon that looks beautiful but has hidden lack of fusion, and you still fail.

Why 3G and 4G are not interchangeable

A 3G plate test qualifies you for flat, horizontal and vertical groove welds, but not overhead. A 4G overhead test qualifies you for flat, horizontal and overhead, but not vertical. So a welder who passed3G only is not, under D1.1, qualified to weld overhead, which is exactly why all-position consumable selection alone does not solve the gap. The test position has to match the work.

Pipe tests work on different rules entirely. A 2G, 5G or 6G qualification is judged against pipe-specific geometry, and 6G pipe rotates so that a passing 6G is commonly treated as all-position coverage. On top of that, pipeline and pressure-vessel work lives under its own rulebooks: API 1104 for pipeline welding and ASME Section IX for ASME-authorized boiler and pressure-vessel work, each with its own qualification basis and acceptance criteria rather than the structural steel code.

The City Card option

Students who pass can purchase a City Card through PCC that shows their test results, which allows them to weld on city projects without being re-tested. It is a small credential with real value in public work bidding. Details on the welding program apply page cover how to start the process and how the certification-practice courses fit into your schedule.

I’ll analyze the fragment against the requirements and rewrite it to fit the 520-780 word range.

The Maritime Track: A MARAD Center of Excellence and the Swan Island Advantage

Most people searching for a community college welding program picture plate steel on the tables, a fume extractor overhead and a rack of stick electrode. Half of what Portland Community College offers sits somewhere else entirely, on the far side of the Willamette River in the Swan Island shipyards. That half is built for people who want to build, repair and overhaul steel ships, and it runs under a federal designation most students never realize they are benefiting from.

MARAD Names PCC a Center of Excellence

In May 2024, the U.S. Department of Transportation’s Maritime Administration named PCC one of 32 Centers of Excellence for Domestic Maritime Workforce Training and Education, one of six designees in the region. The designation traces back to Section 51706 of title 46, United States Code, which authorizes the Secretary of Transportation to recognize institutions that have raised the bar for maritime workforce training.

Behind it sits PAC Maritime, an alliance of seven community and technical colleges plus one maritime training entity. The logic is simple. No single school can train enough maritime welders and shipfitters to keep pace with the yards, so the colleges share curriculum, equipment and placement relationships.

Inside the 4,000-Square-Foot Swan Island Center

The Maritime Welding Training Center at the Swan Island shipyards is a 4,000-square-foot teaching facility, and PCC has partnered with Vigor Industrial on it since 2008. It is reportedly the first college-industrial partnership in the United States to build a maritime welding and shipfitting collaboration inside a working shipyard.

That location matters more than it sounds. Ship welders work to naval specifications rather than general fabrication drawings, on plate that is thicker, more carbon steel and far less forgiving than typical shop plate. Training next to the yards means students learn on the material and in the environment where the work actually happens. For background, our guide to marine welding processes, standards and safety practices is worth an hour.

The 12-Credit Maritime Welding Certificate

The maritime awards are structured differently from the general Welding Technology path. Maritime Welding and Maritime Shipfitting are three-class, 12-credit Career Pathway Certificates built around WLD 190, WLD 191 and WLD 192. The skills focus covers ship fitting, oxyfuel cutting, CAC-A carbon arc gouging, SMAW and FCAW, and students test for maritime-recognized certifications including ABS, AWS and NAVSEA. CAC-A gouging clears heavy plate fast, so it is worth understanding before you start; the air arc welding and carbon arc gouging guide covers the equipment, technique and safety realities.

Limited Entry vs. Open Entry

Here is the distinction that trips people up. Most PCC welding courses are open entry, open exit: you register, you show up, you take the class, and if you need to stop mid-course you leave without penalty. Maritime awards, and several other technical credentials, are limited entry. You apply, go through selection, and seats are limited by funding and shop capacity in each cohort. Same kind of credential, different door. Expect an extra application and evaluation on factors such as readiness, prerequisites and scheduling fit.

The Mobile Welding Outreach and Skills Training Center

PCC also took the shop on the road. In October 2023 it unveiled the Mobile Welding Outreach and Skills Training Center, a trailered welding classroom built on a $375,000 Union Pacific investment spread over three years, with a Future Ready Oregon grant covering the tractor and tow rig.

The trailer has six booths. It can run six students at a time or 15 to 20 in staggered groups, aimed at a single weld test for a quick credential or a full Career Pathway Certificate. PCC says it is one of roughly 20 institutions nationwide running a comparable mobile welding center. The first outreach round went to the Hillsboro School District, with later stops planned for schools, Tribal lands and correctional facilities.

That outreach matters for the labor market, because Portland-area yards and fabrication shops have a long-running problem filling entry-level seats. It also matters for the classroom, where PCC reported its most recent maritime cohort reached 50 percent female, a balance you rarely see in a heavy fabrication trade.

The takeaway: the maritime half of PCC’s welding offering is not a novelty track. It is a federally recognized, shipyard-embedded pathway with its own certificate, its own limited-entry admissions and a mobile classroom built to recruit the people the region is short on.

What It Actually Costs: Tuition, Fees and the Tool Kit Nobody Warns You About

Ask a Portland Community College welding student what surprised them most about the cost, and tuition is rarely the answer. It is the first trip to the welding supply shop, when the hood-and-gloves kit turns out to be a real line item rather than something left over from a previous job.

Here is the honest breakdown, including the limits of what gets published. The figures below come from a published PCC welding program profile and from PCC’s own welding program page. Rates change every year, and they change differently for residents and non-residents, so confirm current pricing and your residency status with PCC before you commit to anything.

The published tuition and fee structure

Item	Reported rate
Tuition, Oregon resident	About $143 per credit
Tuition, non-resident	About $298 per credit
Student activity fee	$4.25 per credit
Instructional technology fee	$7.35 per credit
College service fee	$15 per term
Welding shop fee	$12 per credit hour
Lab fees	Up to $45 per course

What the 44-credit certificate actually adds up to

The Welding Technology Career Pathway Certificate runs 44 credits, and the associate degree runs 96. Multiply before you assume anything.

• 44 credits at roughly $143 per credit is about $6,292 in tuition, before a single fee.
• 96 credits is about $13,728 in tuition alone, so the degree path is roughly double the tuition line.
• Add the $12 per credit hour welding shop fee across eleven four-credit courses, about $528.
• Add the activity and instructional technology fees together, about $510.
• Add lab fees of up to $45 per course, up to about $495.
• Add about $45 in term service fees across three terms.

That lands around $7,870 in institutional cost. Add the personal kit and PPE budget of roughly $1,300 to $1,600 and you are planning against a figure in the neighborhood of $9,000 to $9,400 for the certificate path. A non-resident at about $298 per credit is looking at roughly $13,100 in tuition alone for the same 44 credits, which changes the arithmetic entirely.

The tool kit nobody warns you about

PCC publishes a detailed equipment list for the program. It is more specific than most students expect, and it is the part of the bill that decides whether you can finish.

• Auto-darkening variable lens welding hood
• Ten clear plastic cover lenses per term
• Safety glasses, plus cotton work clothes
• Leather boots above the ankle
• Four pairs of leather gloves per term for SMAW and FCAW
• 100 sets of earplugs per term
• 12-inch combination square
• Two 9R Vise-Grip pliers
• 12-foot tape measure
• Slag hammer, wire brush, lineman pliers and file
• Fillet weld gauges and a metal scribe

Then there is the second wave, which PCC allows you to buy later as you need them: a leather welding jacket, a respirator with particulate filters, a cutting shield with a #5 filter lens, TIG and GMAW gloves, a framing square, 4.5-inch grinders, welding clamps, soapstone, tip cleaners and a lockable toolbox.

Consumables sit on top of that and never really stop: stick electrodes, flux core and MIG wire, shielding gas, grinding discs, wire brushes and the test coupons for the D1.1 qualification plates. If you are buying gas or wire in bulk, comparing prices first pays off. A welding supply buyer’s guide is a reasonable starting point for what fair pricing looks like.

Money mistakes to avoid

• Buying gear after classes start. Arriving without a hood, gloves, boots and cover lenses can cost you shop hours you cannot get back.
• Buying the wrong hood. A basic non-auto-darkening shell works, but shade lenses for SMAW are not the same as a shade-10 filter. Check the process before you buy.
• Forgetting consumables and test fees. Electrodes, wire, gas and coupon plates add up across a term.
• Assuming resident pricing. If you are not an Oregon resident, run the numbers at the non-resident rate first.
• Buying the whole kit on day one. FCAW and GMAW gear is not required for your first SMAW class.
• Skipping the student discount. Always ask before you pay full price.

How to Get In: Applications, the Weld Shop Waitlist and Placement

Getting into a community college welding program sounds simple: apply, pick classes, start welding. It is not that simple. PCC makes clear that applying to the college is free and takes only a few minutes, but the Welding Technology program adds a second gate that catches most new students off guard. Before you can register for anything inside a weld shop, you must submit the weld shop waitlist form for your campus and shift and be given permission by the department. Here is the path in the order PCC expects you to walk it.

Step 1: Apply to PCC

The college application is free, fast, and unlocks everything else: advising, financial aid, placement testing and your student account. Do not wait on it while you research welding. Apply first, then return to PCC’s Welding Technology program page and work through the steps below.

Step 2: Submit the weld shop waitlist form

This is the step people miss. Shop classes are capacity-limited because there are only so many booths, torches and instructors, so PCC manages enrollment through a waitlist rather than a first-come register button. You choose a campus (Rock Creek, the OMIC Training Center in Scappoose or the Maritime Welding Training Center on Swan Island) and a shift, and put your name on the list for that combination.

Submission deadlines are tighter than most people expect:

Term you want to start	Submit the waitlist form by
Fall	September
Winter	December
Spring	March

When a space opens, PCC contacts you by phone and PCC email. Here is where students lose a term: if you are contacted and do not reply, PCC removes you from the list for assumed lack of interest. Keep your phone number current, answer unknown numbers, and watch your PCC inbox.

Step 3: Start with the lecture-only courses

Welding 101, Welding 102 and Welding 203 are lecture courses, so you can register for them without joining the waitlist. That makes them a genuinely useful first move: you get the vocabulary, blueprint reading and code framework before you are standing over a hot arc. If you want to see how structural steel code work actually functions before you commit, the case for SMAW in modern shops is a good primer on why the stick process still anchors so many training programs.

Step 4: Clear the prerequisites and placement

Current welding course prerequisites include RD 90 or IRW 90 in reading and MTH 20 in math. Students in the Welding Technology associate degree program need MTH 58/65 on top of that. Placement happens through PCC placement testing or by presenting prior coursework. PCC publishes no welding entrance exam, so you are not facing a skills test. You are facing a paperwork and prerequisites path.

Step 5: Limited-entry awards need one more form

Several welding awards are limited entry, which means the standard college application is not enough. The SMAW, FCAW and Pipe Welding certification preparation certificates, along with the Maritime Shipfitter and Welder certificate, each require an additional application process. If you are aiming at the Maritime Welding Career Pathway Certificate, start that paperwork early, because approval and seat availability can move on a different clock than the general waitlist. Welding standards in that space carry their own logic, as outlined in our guide to marine welding processes and standards.

Step 6: Attend an information session

Informational sessions exist because much of this is hard to read on a web page. Bring questions about shift timing, tool purchases, and the difference between the 44-credit Welding Technology certificate and the 96-credit degree. Plan your term around the schedule format too: PCC runs welding courses in modular blocks of roughly three and a half weeks, and you can enroll in one, two or three modules per term. That flexibility is one of the program’s best features, but someone still has to choose and plan.

The order matters. Apply to the college, submit the waitlist form for the term you want, clear your prerequisites, and get the lecture-only courses under your belt while you wait for a phone call. The students who move fastest into the shop are rarely the ones who rushed registration. They are the ones who stopped missing callbacks.

What the First Months Feel Like: Shop Time, Safety and the Learning Curve

Picture your first week at PCC’s Rock Creek campus: helmet down, electrode stinger in hand, holding a 3/32-inch fillet on mild steel that resists every inch. The instructor flips up your hood and points at the bead. “That’s not a welding problem, that’s a stiff arm problem.”

That is the reality of a PCC welding class: less about making an arc than moving your body consistently, controlling heat and reading a puddle, with safety rules non-negotiable throughout.

The Rock Creek Shop

A published PCC program profile describes the Rock Creek weld shop as 58 booths, including three ADA-accessible stations, in a 10,000-square-foot space, with robotics capability at the booths and three cutting tables for oxy-fuel and plasma work. Machine banks, fume extraction and material handling sit where they would in a fabrication shop.

A May 2021 remodel funded by $6,176,575 in bond money modernized the layout and added a manifold system, point-of-use exhaust and LED lighting. A manifold centralizes gas and power so you hook up without dragging cylinders across the floor. Point-of-use exhaust pulls fumes at the source, and LED lighting changes how you read bead profile when a ripple could be travel speed or a surface defect.

Open Entry, Open Exit, One Process at a Time

One underrated feature is how the shop runs. PCC welding shops operate as open entry and open exit, so you do not have to finish the whole 96-credit associate degree before touching a process. Stick only? Take stick. Add TIG later? There is a course for that. A job site wants FCAW? There is a single-process course for it.

That flexibility also explains why early months feel unsettled: you may sit beside a third-term student running fillet welds while you are still setting up your machine, and that is the model working, not bad pacing. For structure, costs and career paths, see the full aluminium welding course overview, or compare it with the aerospace welding school breakdown if you are weighing specialty tracks.

Safety Is the First Skill You Learn

PCC teaches to OSHA’s welding standard, 29 CFR 1910.252, and that standard is the floor, not the ceiling. The core rules shape the daily routine:

• Eye and face protection is mandatory. OSHA requires helmets or hand shields for all arc welding and arc cutting, plus eye protection for helpers and attendants.
• Shade numbers matter. OSHA’s guide lists shade 10 for SMAW with 1/16 to 1/8-inch electrodes, shade 12 for gas-shielded arc welding of ferrous metals and 3/16 to 1/4-inch SMAW, and shade 14 for 5/16 to 3/8-inch electrodes. Wrong shade means flashburn.
• Ventilation must control fumes. OSHA requires local exhaust or general ventilation to keep fumes, gases and dust below the maximum allowable concentration in 1910.1000.
• Fire watch and combustibles. OSHA requires combustibles relocated at least 35 feet (10.7 m) from the work site where practicable, and a fire watch kept for at least half an hour after welding ends. Hot metal keeps working after the arc stops.
• Confined spaces are tightly regulated. OSHA’s rule covers tanks, boilers, pressure vessels and small ship compartments. Cylinders and machines stay outside, with an attendant and a preplanned rescue procedure stationed outside at all times.

Hot metal also gets marked after welding so the next person knows where to keep their hands away. In a 58-booth shop with students working on both sides of you, that is a life-safety habit, not paperwork.

Fumes, Hex Chrome and the Jobsite Reality

The hazards follow you off campus. The Bureau of Labor Statistics notes that welders risk exposure to fumes, very hot materials and intense arc light, and that OSHA requires welders to complete training on electrical safety. Galvanized coatings release zinc fumes, while stainless and chrome-bearing alloys expose you to hexavalent chromium, a known carcinogen.

A school shop is arguably the safest place to learn those lessons, because exposure control is built in and an instructor is watching. On a job site you inherit the responsibility yourself: check for galvanize before you start, confirm the respirator when the coating is unknown, make sure extraction is running.

What the Learning Curve Actually Looks Like

Most new students underestimate how long consistency takes. The first weeks are arc control: strike, walk the puddle, fill, restart. Then comes controlling a stringer bead versus a weave, and learning that a weave done badly buries slag and ruins the mechanical properties of the joint. That is why PCC shop packets stress interpass cleaning with hand tools rather than grinding. Grinding fixes appearance, not metallurgy.

The biggest early shock is heat control. Students coming from stick welding with a hot electrode often carry too much amperage into MIG and FCAW, and too much heat means wide, flat beads, undercut and distortion. Every fault you carry into the certification practice course has to be unlearned before you pass the mock-up gates.

The pace stays manageable because the schedule is modular. By the time you reach the structural steel code course and the AWS D1.1 qualification track, shop time is already a habit, and the exam mostly measures something you have done several hundred times.

Seven Mistakes That Cost Students Time and Money

Most students do not blow their budget on bad welds in the first month. They lose time and money to paperwork, late gear purchases and skipped practice. These seven mistakes are the ones that repeat themselves across the PCC welding program’s shops, and every one of them is cheap to avoid if you know about them going in.

1. Walking into a shop class without waitlist permission. Shop courses at PCC are not open seats you simply claim during registration. You submit the weld shop waitlist form for your campus and shift, and a place opens only when someone ahead of you steps aside. Miss the phone call or the email, fail to reply, and PCC removes you from the list. Being “interested” in welding is not the same as being enrolled in a booth.
2. Buying gear late. ThePCC equipment list asks for an auto-darkening variable lens hood, ten clear cover lenses per term, safety glasses, cotton coveralls, leather boots above the ankle, four pairs of leather gloves per term for SMAW and FCAW, and 100 sets of earplugs per term. Arrive on day two without a hood and you are off the clock, not welding. Order the kit before your first class, and note that most local suppliers extend a student discount to PCC students.
3. Ignoring interpass cleaning and grinding discipline. This is the one instructors hammer hardest. PCC’s shop packets require interpass cleaning with hand tools only, precisely so students develop welding skill rather than grinding skill. If you grind every pass flat before the next one, you can hide a bad bead and never learn to control heat, travel speed and reinforcement. Carbon arc gouging has its place in the certification practice sequence, but it is not a substitute for a clean bead.
4. Mistaking a position qualification for a full range of coverage. Under AWS D1.1 logic, a 3G qualification covers groove welds in flat, horizontal and vertical positions plus fillet welds in 1F, 2F and 3F, but not overhead. A 4G qualification covers flat, horizontal and overhead, but not vertical. A 3G-only welder cannot weld overhead under D1.1 without a new test. Choosingall-position electrodes does not expand your qualified positions, either.
5. Calling a performance qualification an AWS certification. A qualified welder is not the same as a certified welder. Certification requires the written record, such as a Welding Performance Qualification Record, to be generated and verified, which is why PCC’s qualification and certification packet matters as much as the coupon.
6. Underestimating the tool kit and the money around it. The hood, gloves, boots, coveralls and PPE are only the start. Add consumables, test fees, wire, gas, electrodes, grinding discs and a lockable toolbox. Students who budget only for tuition run short halfway through the certificate.
7. Skipping the mock-up gates. PCC requires two consecutive successful sets of shop bend tests, including vertical and overhead, before permission to test is issued. Treat those mock plates as the graded event, because a failed test plate costs money and weeks of waiting for lab results.

Most coupon failures trace back to four classic defects. This is the table worth keeping taped inside your hood.

Symptom	Likely causes	Correction
Porosity	Dirty base metal, too much travel speed, wet electrode	Clean and dry the plate, slow your travel, keep electrodes dry
Undercut	Travel speed too fast, excessive current, wrong work angle	Slow down, trim amperage, square the work angle
Lack of fusion	Cold lap, wrong bead placement, too much current, incorrect electrode angle	Let the previous pass cool and clean it, reposition the bead, reduce amperage, set electrode angle correctly
Excessive reinforcement	Too much filler added, slow travel speed	Reduce filler addition, increase travel speed

These are exactly the failures PCC’s SMAW certification practice course asks you to avoid. A student must demonstrate a fully completed test coupon with all craters filled to full cross section, no reinforcement above 1/8 inch and no undercut exceeding 1/32 inch. WLD 152 also spells out that arc strikes outside the weld area are rejected outright, which is one of the most avoidable marks a student can put on a test plate.

The pattern across all seven mistakes is the same: the expensive problems happen before you ever strike an arc, in the form of missed forms, late purchases and skipped gates. Fix those and the shop teaches you the rest. If you are still unsure about process choice, the case for stick welding in the Pacific Northwest is worth a read, and the program page has the current term details behind every number quoted here.

Is the PCC Welding Program Worth It? Comparing the Paths and Deciding

Worth it depends almost entirely on what you want the welding to be for. PCC is not one program with one outcome. It is 21 distinct awards, spread across fabrication, shipfitting, structural steel, inspection and the trades, and the right choice for a laid-off machinist who wants a ticket is usually not the right choice for a high-school student who wants to ship a pipeline. Here is how the paths compare, and how to decide.

The five routes, side by side

Path	Credits	Best for	The catch
Welding Certification Preparation (Customized)	12	Fastest route to test readiness for one process	Narrow; you are buying test prep, not a foundation
Wire Welding Certification Preparation	24	Building depth in wire feed processes	Still process-specific, no fabrication coursework
Welding Technology Career Pathway Certificate	44	A broad, employable skill set with stackable credentials	Longer runway and the biggest single tuition bill
Maritime Welding Career Pathway Certificate	12	Ship fitting and marine-specific credentials	Limited entry, cohort-based, schedule is fixed
Associate Degree in Welding Technology	96	Inspection, fabrication, supervision and further training	Two years of school; math, English and four general-education courses

The two shorter certification-preparation awards (12 and 24 credits) are for people who already weld or who need a specific ticket for a specific employer. The 44-credit certificate is the sweet spot for most people: enough breadth to move between fabrication shops, maintenance crews and structural work. The 96-credit degree adds non-destructive testing, structural steel codes and the general-education coursework that a promotion track or a federal job screen tends to ask for, and it is the only path here that formally points toward inspection and supervisory roles. The maritime pathway is a separate, limited-entry track tied to the Swan Island work.

Who hires the graduates

PCC publishes a list of employers that have hired its graduates, and it reads like a map of the regional economy: Cascade General, Coastal Trailer, Columbia Corp., Davis Tool, Freightliner, Gunderson Inc., H&W Metals, Harris Thermal Transfer, Madden Industrial Craftsman, Oregon Iron Works, Vigor Marine and Sheet Metal Local #16. Freightliner and Gunderson are heavy fabrication. Vigor is shipbuilding and repair. Sheet Metal Local #16 points to union access. That list is the most concrete argument for the program, because it shows the pipeline is connected to actual employers rather than to a classroom.

There is also a fifth route worth knowing about: the Madden Apprenticeship Program, a registered apprenticeship run through a staffing agency that pairs on-the-job training with PCC classes and works toward journeyman certification and an associate degree. If you want income while you learn, this is the structure to ask about first.

The decision checklist

• Shop time. How many hours a week can you actually stand in a booth? Part-time evening students do fine, but do not pick the 96-credit degree because of the title. Pick it because the job you want needs it.
• Target industry. Fabrication, structural steel, shipbuilding and maintenance all want different tickets. If aluminum TIG or stainless work is in your plan, the program covers it, and our guide to aluminium welding training is a useful benchmark for what a good course looks like.
• Code test requirement. Some shops will not hire without a current AWS D1.1 performance qualification. Know your target employer’s requirement before you pick a path.
• Budget. The 12-credit route is a fraction of the 44-credit certificate, which is a fraction of the degree. Add tool costs to every option.
• Modularity. Because the schedule is open-entry and open-exit, PCC reports that a large number of students find work before they finish their courses. That flexibility is the program’s quiet superpower, and it means you do not have to choose everything up front.

The verdict and next steps

The program is worth it for someone who wants a code-credentialled trade in a region that needs welders, and it is not worth it for someone hoping a certificate alone will produce an offer. The real value is the combination of shop hours, a WPQ you can show an employer, and the employer relationships behind the program.

Before you spend anything, do four things: attend a welding information session, submit the weld shop waitlist form for your campus and shift, pull the current equipment list so you know what to buy and when, and talk to an advisor about which award fits your target job. That conversation takes an hour and can save you a year.

Frequently Asked Questions

What is the PCC welding program?

The PCC welding program is Portland Community College’s Welding Technology program in Oregon, which offers 21 awards ranging from 12-credit process-specific Career Pathway Certificates to a 96-credit associate degree. It is run at three sites: Rock Creek, the OMIC Training Center in Scappoose, and the Maritime Welding Training Center at Swan Island. Classes are open-entry, open-exit and self-paced on a modular schedule.

How much does the PCC welding program cost?

Reported resident tuition is about $143 per credit and non-resident tuition about $298 per credit, plus per-credit activity and technology fees, a per-term college service fee, lab fees of up to $45 per course, and a $12 per credit hour welding shop fee. Budget another roughly $1,300 to $1,600 for the required personal tool and PPE kit, and verify current rates with PCC before enrolling.

How long does it take to finish a PCC welding certificate?

The Welding Technology Career Pathway Certificate is 44 credits and can be completed in under a year of full-time study, while the Welding Technology associate degree is 96 credits and takes about two years full-time. Because courses run on roughly three-and-a-half-week modules with three start dates per term, part-time students can stretch their timeline considerably.

Do I need welding experience before applying?

No published welding entrance exam exists, and placement is handled through PCC placement or prior coursework. Current prerequisites are RD 90 or IRW 90 in reading and MTH 20 in math, and you can start with lecture-only Welding 101, 102 and 203 before securing a shop waitlist seat.

Does PCC award an AWS certification?

Not as a standalone credential for every completer. PCC trains students to AWS D1.1 Structural Steel Code standards and prepares them for performance qualification testing that is evaluated by an independent test lab, and maritime students test for ABS, AWS and NAVSEA certifications. An AWS Certified Welder credential is a separate AWS program with its own requirements.

How does the weld shop waitlist work?

You apply to PCC for free, then submit the welding waitlist form for the campus and shift you want. The instructor for that campus and shift contacts you by phone and PCC email when a space opens, and PCC warns that students who are contacted and do not reply are removed from the list. Department permission is required before you can register for shop classes.

Is the PCC welding program hard?

It is demanding but not unusual for a trade program. Students must pass mock-up plates that meet AWS D1.1 visual and bend-test criteria before being permitted to test, and real test coupons have zero tolerance for arc strikes outside the weld area, undercut deeper than 1/32 inch and reinforcement above 1/8 inch. The 96-credit degree adds general education and math requirements on top of shop time.

Which PCC certificate should I choose?

Match the credential to your target job. The 44-credit Welding Technology certificate gives the broadest process coverage for general fabrication work, the 12- and 24-credit certification-preparation certificates get you into one process quickly, and the limited-entry maritime credentials lead into shipyard and marine work. Talk to an advisor and to employers such as Vigor or Gunderson about which qualification they actually require.

Can I take PCC welding classes part-time or at night?

Yes. Rock Creek offers morning, afternoon and evening sections, Swan Island offers morning and evening, and OMIC offers afternoon and evening. Students may register for one, two or three modules per term, which is the open-entry, open-exit design’s main advantage for people already working.