MGCCC Welding Program: Courses, Costs & Career Paths

A shop foreman on the Gulf Coast can spot a bad weld from across the bay, but he also knows the hardest part of his day is finding someone who can hold a steady bead on a hot pipe at 2 p.m. in July. That is the gap this guide fills: what the MGCCC welding program actually teaches, what it costs, who it is built for, and what your first job might look like once you finish.

What the MGCCC Welding Program Is (and What It Is Not)

Start with the naming, since it causes endless confusion. MGCCC stands for Mississippi Gulf Coast Community College, a public community college on the Mississippi Gulf Coast. It is not Montgomery County Community College in Pennsylvania. If you have been searching for welding training in Mississippi, the Gulfport area, or anywhere along the coast, the school you want is the one in Mississippi, where the Welding Technology program sits inside the Manufacturing, Maritime and Transportation school.

So what is the program? The Welding and Cutting Technology curriculum is built to prepare students for entry-level employment in welding and cutting. That stated purpose sets expectations honestly: nobody here promises to turn you into a code-certified pipeline welder in a year. It is a structured, hands-on introduction to the trade that gets you to the point where a shop can train you productively.

What makes the curriculum credible is that its competencies line up with two American Welding Society documents: the Guide for the Training and Qualification of Welding Personnel: Entry Level Welders (AWS EG2.10-95) and the Specification for Qualification and Certification for Entry Level Welders (AWS QC 10-95), the entry-level training guide and qualification specification defining what a beginning welder should know. For the primary documents themselves, start with the AWS education and certification page. The AWS D1.1 structural welding code explains the standard you will hear referenced later in the program.

Seven Process Areas

Students get exposed to seven process areas, a broad sweep for an entry-level program:

• SMAW (shielded metal arc welding, or stick)
• GMAW (gas metal arc welding, or MIG)
• FCAW (flux cored arc welding)
• GTAW (gas tungsten arc welding, or TIG)
• Plasma arc cutting
• Carbon arc cutting
• Oxyfuel cutting

Four are welding processes and three are cutting processes, which tells you how the trade actually works. Shops rarely use one process for everything: a fabricator might run FCAW on a structural beam, TIG on a stainless flange and plasma on plate stock. The advantages of stick welding explain why SMAW still earns a spot on jobs where wind, rust or tight quarters rule out gas shielding, and air arc welding and carbon arc gouging covers the cleanup side of the shop that beginners rarely consider until they are fixing somebody else’s bad cut.

Who the Program Targets

The listed career outcomes are welders, cutters, solderers and brazers, a broader set than most people expect from a welding program, and a fair reflection of Gulf Coast industrial work. Cutting and gouging takes up much of a fabricator’s day. Soldering and brazing turn up in HVAC, plumbing, sheet metal and repair work. If you lean toward aluminum and stainless fabrication rather than structural steel, aluminum MIG welding and proper aluminum prep are where that interest can grow once you have a handle on arc control.

Where You Can Study

MGCCC serves students across several coastal sites:

• Jackson County Campus
• Perkinston Campus
• George County Center
• West Harrison County Center
• Advanced Manufacturing and Technology Center, 10298 Express Dr., Gulfport, MS 39503

The Gulfport technology center is worth watching if you care where regional industry is heading. The college has invested there in robotic welding cells, additive manufacturing and scanning equipment through its Advancements in Manufacturing Upskilling program, and it lets welders see the automated side of the trade up close instead of hearing about it secondhand.

The Paperwork Nobody Mentions

One requirement catches new students off guard: all students completing a career or technical program must complete an MGCCC Board-approved Technical Skills Attainment document, where applicable. In plain language, the school has to document that you actually demonstrated the hands-on skills the program says you learned. It is not a paper exercise to be handled the night before graduation, and it is why some programs ask you to keep work samples from the lab. If you are weighing the workforce track against the credit track, this applies to both, so ask about it early.

What This Program Is Not

Three clarifications, because program pages get misread constantly.

It is not a four-year degree. The highest credential offered is an Associate of Applied Science, and even that is a workforce degree, not a bachelor’s. There is no engineering degree hiding behind the welding title.

It is not a certification. The program aligns with AWS guidance and prepares you to be eligible for certain tests, but the certificate or diploma you earn is an academic credential from MGCCC. If you need an AWS Certified Welder credential or an ASME qualification, that is a separate exam, usually scheduled and paid for on your own timeline.

It is not a substitute for shop time. This one matters most. Classroom and lab hours build the foundation, but welding is a physical skill that only becomes reliable with repetition. A week of lab time does not make you a production welder; time behind the bench does. The program shortens the distance between a beginner and a hireable beginner, which is genuinely valuable, but it does not finish the job.

For the course-by-course content, pathway lengths and costs, and how the curriculum compares with apprenticeships and self-study, keep reading the rest of this guide.

Two Doors Into the Trade: The Credit Pathway and the 15-Week Workforce Program

If you have searched “MGCCC welding program” more than once, you probably noticed something odd: the same coastal Mississippi campus runs two training tracks that look nearly identical on paper but cost very different amounts of time. One lives under Career and Technical Programs, the other under Community Services and Workforce Training. Only one hands you a credential that stacks toward an Associate of Applied Science.

Door One: The Credit Welding Technology Program

The Welding Technology program is the credit-bearing track, and it comes in three credentials built on top of each other.

The certificate is the base layer, 30 credits over two semesters. Semester One lays the foundation:

• WLT 1173 Introduction to Welding and Safety (3 credits)
• WLT 1313 Cutting Processes (3 credits)
• WLT 1114 Shielded Metal Arc Welding I (4 credits)
• WLT 1225 Shielded Metal Arc Welding II (5 credits)

Semester Two moves into blueprint reading and the faster processes:

• WLT 1233 Blueprint Reading, Welding Symbols, and Metallurgy (3 credits)
• WLT 1143 Flux Cored Arc Welding (3 credits)
• WLT 1124 Gas Metal Arc Welding (4 credits)
• WLT 1135 Gas Tungsten Arc Welding (5 credits)

That is roughly a year of full-time study. The diploma adds a third semester worth 15 credits, and this is where the curriculum stops being general and starts being trade-specific:

• WLT 1155 Pipe Welding (5 credits)
• WLT 1252 Advanced Pipe Welding (2 credits)
• WLT 2913 Welding Code (3 credits)
• WLT 1915 Special Problems in Welding and Cutting Technology (5 credits)

Note what sits in that third year. Pipe Welding and the Welding Code course are the two things most short-form welding courses leave out, and they are what fabricators, shipyard fitters, and inspection-minded hires look for on a resume. The AAS degree adds 15 to 17 general education credits on top: Technical English or English Composition, humanities, social or behavioral science, math or natural science, and computer applications. Those credits keep a door open if you later want to transfer into a four-year school. Descriptions live in the MGCCC course catalog.

Door Two: The 15-Week Welding Workforce Training Program

The Welding Workforce Training program is a different animal. It runs a 15-week Welding and Cutting Technology curriculum with the same AWS-aligned competencies and the same core process list, but it is non-credit. The critical part: no AAS is applicable through this route. You are not earning college hours, and you are not on a path to a degree unless you later transfer into the credit program and start over on the paperwork.

What you do get is a compressed, hands-on path into the trade, often for workers who need training quickly, need a schedule that fits around a job, or are coming through a workforce funding stream such as WIOA. Students who complete the structural welding portion are eligible to test for AWS D1.1 certification. Eligibility is not the same as holding the certification, which is a separate AWS process with its own fee and scheduling.

How the Two Doors Compare

Factor	Credit Certificate	Credit Diploma	Credit AAS	15-Week Workforce Training
Length	2 semesters	3 semesters	4 semesters plus gen ed	15 weeks
Credits	30	45	45 plus 15 to 17 gen ed	Non-credit
Credential	Certificate	Diploma	Associate of Applied Science	Certificate of completion
AWS D1.1 test eligibility	Yes, with structural welding training	Yes	Yes	Yes, for structural welding completers
Best for	Career changers wanting hours that count	Pipe, code, and fabrication work	College hours plus a transfer path	Working adults and WIOA-funded students

Read the table honestly: the credit pathway costs more time and, for most students, more money, but it produces something that travels. College hours can be applied, transferred, and stacked, and the diploma year content in pipe and code is what separates a candidate in an interview. The workforce pathway is faster and often free or grant-funded, and for someone who needs to be working, that may decide it. Shop foremen often care more about your hands and your attitude than about hours on a transcript.

The mistake to avoid is drifting into the wrong door. If your goal is a certificate that stacks toward an AAS, take the credit route. If your goal is to be welding in six months without a semester of general education, talk to the workforce office first. You can always start the 15-week program and, if you later want the degree, credit the knowledge but plan for the paperwork and the gen ed courses to be done the credit way.

Still unsure? Ask both offices the same question: “Which track gets me where I want to be in three years?” The workforce team will give you an honest answer either way, and they have been through this decision with students who were where you are now.

Next, we walk the course list one block of lab time at a time.

Inside the WLT Course Sequence: What You Actually Learn, Course by Course

Course codes look like noise until you see the order behind them. Read the listing on the MGCCC Welding Technology program page and the shape of the training appears immediately: safety and cutting first, then stick, then drawings, then the faster production processes, then pipe and code work. Every WLT course adds one specific skill that a shop supervisor will actually ask you about in an interview.

Semester One: Shop Discipline, Cutting and Stick

WLT 1173 Introduction to Welding and Safety (3 credits) comes first for a reason. It covers PPE selection and inspection, material handling, tool and machine layout, housekeeping expectations, and the shop math you need to measure, mark and cut stock accurately. Grading in this course is usually about habits and attitude as much as beads.

WLT 1313 Cutting Processes (3 credits) covers plasma arc cutting, carbon arc cutting and oxyfuel cutting, along with beveling and edge preparation for weld joints. This is the course most people underestimate. A cut that is straight, square and clean is what lets a joint close up properly, while a rushed cut with a slag-filled root is what makes a good welder look bad. The Air Arc and Carbon Arc Gouging guide covers the cleanup side of the process in more depth, and air acetylene torch fundamentals covers the oxyfuel side.

WLT 1114 Shielded Metal Arc Welding I (4 credits) and WLT 1225 Shielded Metal Arc Welding II (5 credits) build the core stick skills: electrode selection, amperage settings, bead control, fillet and flat position work, then the progression into vertical and overhead. Two full courses on SMAW is deliberate, because stick is the process most entry-level welders are asked to run first, outdoors or on rough, rusted steel where other processes struggle. Our guide to why SMAW still wins lays out the practical case.

Semester Two: Drawings, Faster Processes and TIG

WLT 1233 Blueprint Reading, Welding Symbols and Metallurgy (3 credits) is the course that separates fabricators from helpers. It ties weld symbols, joint types and heat effects back to what a fitter is expected to build. You learn to read a drawing, interpret a symbol, and understand what the base metal does when you heat it. This is a required 3-credit course in the certificate year, and supervisors notice it on résumés.

WLT 1143 Flux Cored Arc Welding (3 credits) and WLT 1124 Gas Metal Arc Welding (4 credits) cover the high-production processes used in fabrication shops: self-shielded flux core for structural and heavy plate work, and solid wire MIG as the shop default for mild steel production. WLT 1135 Gas Tungsten Arc Welding (5 credits) develops TIG control on stainless and aluminum, where appearance, thin-gauge precision and heat control matter.

Diploma Year: Pipe, Code and Independent Work

WLT 1155 Pipe Welding (5 credits) and WLT 1252 Advanced Pipe Welding (2 credits) add stick-out, uphill and overhead pipe work, the vertical and overhead welding most entry-level candidates cannot demonstrate. WLT 2913 Welding Code (3 credits) teaches code-based reading with AWS D1.1 and ASME references, and the D1.1 standard itself is worth reading before class. WLT 1915 Special Problems in Welding and Cutting Technology (5 credits) closes the diploma by letting students apply everything to self-directed projects of their own.

Course	Credits	Core competency built
WLT 1173 Introduction to Welding and Safety	3	PPE, material handling, shop math, safety habits
WLT 1313 Cutting Processes	3	Plasma, carbon arc and oxyfuel cutting, beveling and edge prep
WLT 1114 Shielded Metal Arc Welding I	4	Electrode selection, amperage, flat and horizontal fillet beads
WLT 1225 Shielded Metal Arc Welding II	5	Vertical and overhead stick, tighter bead control
WLT 1233 Blueprint Reading, Welding Symbols and Metallurgy	3	Reading drawings, interpreting symbols, understanding heat effects
WLT 1143 Flux Cored Arc Welding	3	Self-shielded flux core on structural and heavy plate
WLT 1124 Gas Metal Arc Welding	4	Solid wire MIG, machine setup, gun manipulation, production work
WLT 1135 Gas Tungsten Arc Welding	5	TIG on stainless and aluminum, puddle and heat control
WLT 1155 Pipe Welding	5	Stick-out, uphill and overhead pipe positions
WLT 1252 Advanced Pipe Welding	2	Complex pipe geometry and out-of-position work
WLT 2913 Welding Code	3	Code-based reading, AWS D1.1 and ASME references
WLT 1915 Special Problems in Welding and Cutting Technology	5	Self-directed project work across processes

The practical takeaway is the arc of the sequence. You start with safety and cutting, because that is where the habits form. You move into stick, because that is what most shops ask you to run first. You pick up blueprint reading before the faster processes, so you know what the joint is supposed to be before you fill it. Then come pipe and code work, and that is exactly what separates one candidate from another when a hiring foreman asks where you have welded and to which standard.

The Processes You Will Learn, and Why Employers Care About Each One

The MGCCC Welding and Cutting Technology curriculum covers seven process areas: shielded metal arc welding, gas metal arc welding, flux cored arc welding, gas tungsten arc welding, plasma arc cutting, carbon arc cutting and oxyfuel cutting. Each is there because employers hire welders who can run it.

Shielded Metal Arc Welding (SMAW): the stick that works anywhere

SMAW runs a stick electrode wrapped in a flux coating that shields the arc from air and turns into slag. That is why stick is the most forgiving process going: weld it in wind, on rusty or dirty steel that would ruin a MIG gun, and in tight quarters where a torch will not fit the joint. Stick travels slowly and spatter is heavy, but for structural erection, field pipe, tanks and repair work nothing else gets the job done. Our guide to why SMAW still wins clears up the SCAW versus stick terminology confusion.

Gas Metal Arc Welding (GMAW): the production default

GMAW, better known as MIG, feeds a continuous solid wire from a gun while shielding gas protects the puddle. No electrode changes, less slag and a higher deposition rate than stick, which is why MIG is the shop default for mild steel production and the first process most new welders get in a Gulf Coast shop. Its weakness is cleanliness and shielding: wind kills the gas flow, and dirty or rusted surfaces trap moisture and porosity into the weld. Our overview of the most common welding processes in use today maps where each one fits.

Flux Cored Arc Welding (FCAW): heavy plate and outdoor steel

FCAW runs a tubular wire with flux inside it, producing a thicker slag that self-lifts off the work instead of needing to be ground back. That saves time on heavy structural and shipyard plate. Self-shielded flux core is a favorite outdoors: no gas bottle, no compressor, no weather protection. The trade-offs are spatter, consumable cost and a hot, dirty-looking process on thin sheet, where shops prefer MIG or TIG. Aluminum changes the rules, and what actually works for aluminum flux core welding is worth reading first.

Gas Tungsten Arc Welding (GTAW): TIG and the finish that sells the job

TIG uses a non-consumable tungsten electrode with the filler metal added by hand. It produces the cleanest, most controllable weld of the four arc processes, which is why it is the standard for stainless, aluminum and thin-gauge work where appearance and heat control matter. It is slower and demands a steady hand, and it is where a trainee really learns heat management by hand. Compare our MIG guide with our TIG guide: MIG versus TIG comes down to production speed versus control of the finished bead.

The Cutting Side: Plasma, Carbon Arc and Oxyfuel

Welding is only half the job. Every joint starts with edge preparation, which is why the program teaches three cutting processes and drills them before the fast arc processes.

Plasma arc cutting is the clean, fast choice on plate. A compressed air arc melts the metal and leaves a narrow, square edge with minimal slag, so there is less grinding before you weld. It is the go-to for profile cutting and plate prep in most modern shops.

Carbon arc cutting uses an air arc to gouge molten metal out of a joint. It is slower and messier but removes metal fast, the classic choice for heavy gouging, joint prep on thick plate and scrap removal. Our guide to air arc welding and carbon arc gouging covers the setup and safety side.

Oxyfuel cutting still beats plasma on very thick carbon steel. A torch burning propane or acetylene cuts heavy plate and structural shapes that would choke a plasma unit. It is never precise and never makes a finished weld, but employers notice a new hire who can set up a torch and cut a straight line.

Process	Where it wins	Where it struggles
SMAW (stick)	Outdoors, wind, dirty steel, field pipe and tanks	Slow travel, slag, spatter
GMAW (MIG)	Clean mild steel production weldments	Needs gas and clean metal
FCAW (flux core)	Heavy plate, shipyard and pipeline steel	Spatter, hot on thin sheet
GTAW (TIG)	Stainless, aluminum, thin gauge, cosmetic welds	Slow, needs a steady hand
Plasma arc	Fast, clean plate cuts, edge prep	Needs compressed air
Carbon arc	Heavy gouging, scrap removal, demolition	Slow and rough
Oxyfuel	Very thick carbon steel, structural shapes	Limited precision

Expect to run stick and MIG first in any shop. What separates one candidate from another in an interview is what comes later: pipe work, stick-out and overhead positions, plus the ability to read a code and a welding symbol. A welder who can weld and a welder who can weld to a specification both get hired. Only one gets the raise.

Safety, Codes and Certifications: The Part That Separates a Certificate from a Credential

Two students can complete the identical MGCCC welding workforce training and walk away with very different career opportunities. The gap isn’t attendance, it’s documentation, code knowledge, and the ability to prove a weld meets a specification. That gap starts with the rules that are never optional.

Safety Is a Federal Rule, Not a Suggestion

For any welding lab, the baseline to work from is 29 CFR 1910.252, Subpart Q, Welding, Cutting and Brazing. Some of its most applicable requirements include:

• Eye and face protection: Helmets or hand shields must be used for all arc welding or arc cutting operations. Helpers and bystanders need proper eye protection as well.
• Shade selection: OSHA’s guide calls for shade 10 for SMAW with 1/16 to 5/32 inch electrodes, shade 12 for gas-shielded arc welding on ferrous material and for SMAW with 3/16 to 1/4 inch electrodes, and shade 14 for carbon arc welding.
• Fire watch: A fire watcher is required wherever appreciable combustible material sits within 35 feet of the work. That watch must be maintained for at least one half hour after welding or cutting stops.
• Housekeeping: Floors must be swept clean for a 35-foot radius around hot work to prevent stray sparks from finding fuel.
• Containers: Used drums, barrels, and tanks must be cleaned and purged before hot work, with lines disconnected or blanked so nothing flammable remains inside.
• Confined spaces: Welding in a confined space requires ventilation, welding machines and gas cylinders left outside of it, a stationed attendant, and a preplanned rescue procedure.
• Hazard communication: Employers must include fluxes, coatings, and filler metals in their hazard communication program, with labels and safety data sheets on hand.

As noted by the Bureau of Labor Statistics Occupational Outlook Handbook, OSHA also requires welders to complete training on electrical safety, in addition to hands-on instruction.

Curriculum Alignment Is Not Certification

MGCCC’s Welding and Cutting Technology curriculum was built around competencies mapped to the AWS Guide for the Training and Qualification of Welding Personnel: Entry Level Welders (AWS EG2.10-95) and the AWS Specification for Qualification and Certification for Entry Level Welders (AWS QC 10-95). While that alignment is incredibly valuable, completing the course does not grant an AWS certification badge.

An AWS Certified Welder credential is a separate path, administered through the AWS education and certification programs. For structural work, students who complete the structural welding training in the workforce program are eligible to test for AWS D1.1, the Structural Welding Code. Eligible to test, not guaranteed. The test is its own event with its own scheduling and cost, and passing it depends on your hands, not your transcript.

The Code Course Is What Makes It Credible

Most entry-level jobs won’t ask you to recite a code paragraph, but the ones that pay better will. The diploma-year course WLT 2913 Welding Code is where you learn how a qualified inspector reads your weld: joint design, filler metal, preheat, interpass temperature, and the inspection criteria written under D1.1 and applicable ASME references.

This knowledge becomes even more critical with position welding. As explained in Weld Gallery’s guide to all-position welding rod, vertical and overhead work demand far more control than flat or horizontal fillet work. With that being said, as shown by why SMAW still wins on field work, that control only matters when it’s held to a procedure.

At the end of the day, a certificate says you attended and passed a course. A credential says an independent body examined your work and confirmed you can weld to a specification, repeatably, on a bad day, in a hot shop. For ship repair, pressure work, or structural steel, that’s the difference that gets signed off.

Cost, Funding and Who Can Actually Enroll

Money is the first question people ask about the MGCCC welding program, and the one the college answers least directly online. Neither the Welding Technology program page nor the Welding Workforce Training page posts a single flat tuition figure, because there is not one. There are two doors here, and each is priced and funded differently.

So nobody can quote you an accurate number from a blog, a forum, or even a well-meaning friend. Rates, fees, and funding availability change between terms, so confirm before you enroll.

Get the Real Number Before You Commit

Before you sign anything, pull current figures from four places:

• The MGCCC Paying for College and financial aid pages for current per-credit-hour tuition and fee tables.
• The Workforce Training office for non-credit pricing: workforce@mgccc.edu and 228-897-4360. Non-credit courses are often quoted as a flat program rate rather than per credit hour.
• The MGCCC course catalog to confirm each course number and credit value, since your bill follows that list exactly.
• Your own funding eligibility, which may reduce your cost more than any published rate.

Two Funding Systems, Not One

This confuses applicants more than anything else. Credit programs and non-credit workforce training do not draw from the same pool.

	Credit Welding Technology (certificate, diploma, AAS)	Welding Workforce Training (15-week, non-credit)
What you earn	Credit stacking toward the 30-credit certificate, 15-credit diploma, and AAS	A fast credential with no college credit attached
How it is usually paid	Federal aid, scholarships, work-study, self-pay	WIOA and other workforce funding, self-pay, or employer sponsorship
Key question to ask	“What am I eligible for, and what is my net cost?”	“Is WIOA funding available for my session?”
Best for	Anyone who wants credit to keep moving toward a degree	Anyone who wants to be welding in a shop in 15 weeks

Funding Routes That Actually Exist

• WIOA Title I through MGCCC. Per the college’s WIOA program page, pending funding availability, WIOA Title I offers tuition assistance to students with financial need for a number of Career and Technical Programs, plus supportive services and paid internships. Read it as a checklist of what you must prove and submit.
• WIOA Out-of-School Youth Program. Serves youth ages 16 to 24 not attending school, with job training, career guidance, and the chance to complete a High School Equivalency. For a 16-to-19-year-old who wants to weld, this is often the most realistic zero-cost entry point.
• MIBEST. Mississippi’s adult basic education and workforce program builds the literacy, numeracy, and equivalency foundation that credential training assumes you have.
• Career STEP. Career and technical education for secondary students, a good way to test whether welding fits before committing to a full program.
• MGCCC apprenticeship programs. A blended route: paid on-the-job training with a mentor plus related classroom instruction.

Apprenticeships Deserve a Close Look

Apprenticeship is not a fallback; it is a parallel path with a different risk profile. According to the BLS Occupational Outlook Handbook, some apprenticeships are available for entry-level workers with no prior experience or training, while others target people who finished a vocational-technical welding program. That second group is exactly where an MGCCC certificate or diploma completer sits, a strong position to walk into an interview with. Start at apprenticeship.gov to find programs near you.

How to Enroll, Step by Step

1. Complete the MGCCC application. Free and online, and the same first step for both tracks. Choose the credit path if you want hours counting toward the certificate and AAS, or the workforce path for the 15-week program.
2. Meet the admission requirements. Check the program pages for required courses, placement testing, or prerequisites rather than assuming you are clear.
3. Talk to a recruiter or advisor. The single most useful conversation in the process, because they can tell you which track fits your schedule and whether funding is available for your start date.
4. Use the class schedule page to pick sections. Plan around fixed welding lab blocks. You cannot slot a three-hour lab between two other classes. If work, school, or family will not clear the lab hours, say so before you register.
5. Secure funding before the registration deadline. WIOA awards take processing time, and financial aid has its own calendar.

What the Welding Job Market Actually Looks Like After You Graduate

You finished the program. Your beads are consistent, your fit-up is clean, and your diploma says you ran stick, MIG, flux core, TIG and cutting processes. Now the question every welding student asks on the last day: is there a job waiting, and what does it pay?

Numbers beat shop-floor rumor. The BLS Occupational Outlook Handbook is the most reliable public source, and its latest data (last modified August 2026) is more sober, and more useful, than the internet’s favorite claim that welding is a guaranteed six-figure career.

The Big Numbers: Slow Growth, Heavy Replacement

In 2025, about 437,700 welders, cutters, solderers and brazers were employed nationwide. By 2035 that is projected to reach 448,100, a gain of 10,300 jobs or roughly 2 percent over the decade. All occupations are projected to grow about 3 percent on average, so welding adds headcount slightly slower than the economy.

The BLS report is more precise than the headlines: about 40,300 openings are projected each year on average, and almost all are replacements. Workers retire, get hurt, move into supervision, take inspector roles or leave the trade. Few openings exist because the industry is expanding; most exist because someone left the booth.

What You’ll Actually Earn

Median pay for welders, cutters, solderers and brazers was $53,750 per year in May 2025, or $25.84 per hour, above the $50,980 median for all occupations and the $49,800 median for metal and plastic workers.

The spread matters as much as the median: the lowest 10 percent earned under $39,240, the highest 10 percent more than $77,530. That gap tracks skill, code knowledge, position and willingness to travel or work nights. Pay also depends on the industry:

Industry	Share of jobs	Median annual pay
Manufacturing	63%	$51,210
Specialty trade contractors	8%	$59,440
Repair and maintenance	4%	$56,080
Self-employed	4%	Varies

Most welding jobs sit in manufacturing, the lowest-paying of the big categories. Higher medians sit with specialty trade contractors and repair and maintenance, where work is more varied, inspection-heavy and code-driven. Aim at the 8 percent, not the 63 percent.

The Shift Reality Nobody Tells You About

Know the calendar before you accept an offer. Many manufacturing shops run two or three shifts of 8 to 12 hours, with overtime and weekends normal and nights usually paying a differential. A 6 a.m. to 6 p.m. slot is common.

New welders should not expect to run root passes on critical joints on day one. The BLS notes that entry-level workers with formal technical training still receive several months of on-the-job training. Your certificate shortens the ramp-up, but every shop has its own procedures, WPS documents and fixtures.

That is why employers prefer program graduates over untrained hires, and why you should ask how long training runs. Expect a structured weld test on day one or shortly after in a boiler and pressure vessel shop or a marine fabrication yard.

The Gulf Coast Angle: Where the Real Work Sits

You will not work in a national average, and the Gulf Coast shows why. Shipbuilding, marine fabrication, offshore energy, structural steel and pressure work dominate here, and they pay above the manufacturing median because the work is code-driven and inspected. Coded pipe and structural welders sit in the upper half of the BLS pay range.

That mix is why the MGCCC curriculum spends its diploma year on pipe welding and on WLT 2913 Welding Code. Check what local shops ask for before you weigh the extra credits: mostly, someone who can pass a test on pipe or structural joints and keep passing it.

Where the Industry Is Heading: Robots Are Moving In

MGCCC is not guessing about the future, it is building it. The Advanced Manufacturing and Technology Center in Gulfport houses robotic CNC machining, PLC controls, additive manufacturing, 3D scanning and collaborative robots, including a FANUC CRX-10iA configured for welding.

Automation does reduce manual welding demand in high-volume, repetitive production; any shop making the same bracket ten thousand times is a robot cell candidate. What automation does badly is the messy work: field repairs, one-off fabrication, out-of-position pipe, confined space, and fit-up you cannot predict.

The jobs that survive involve judgment, code reading, inspection, robot programming, and pipe or pressure work. A welder who can also set up a robot, or read a WPS well enough to spot nonconforming robot work, is far harder to replace than someone running the same bead all day.

How to Read This Market as a Job Seeker

You are entering a field with flat headcount growth and large, steady replacement demand. The market is not desperate for welders in general; it is selective about welders in particular, and employers can wait for someone who runs a test coupon and reads a drawing.

• Chase the code work. Pipe, structural steel and pressure work hold the money and the stability, and they resist automation most.
• Build a second skill. Blueprint reading, fit-up, inspection, robotic welding or QA documentation beats a prettier bead.
• Ask about shifts and overtime. Three 12-hour shifts is a real lifestyle, and the pay math changes.
• Keep certifications verifiable. A documented qualification travels between shops; a verbal “I can weld that” does not.

Honest summary: welding after graduation offers more openings than headlines suggest, more pay spread than medians suggest, and a future that rewards continued learning. WeldGallery’s Aluminum MIG Welding: The Complete Practical Guide is a good next read once the basics are down.

Next, we compare MGCCC against the other ways people learn this trade.

MGCCC vs. the Other Ways to Learn Welding

No single route to welding is right for everyone. What matters is documented hands-on skill, a credential employers recognize, and enough code knowledge to walk onto a job site without guessing. MGCCC is one option: community college priced, but credit-bearing rather than a certificate of attendance.

Here is the honest comparison framework.

Route	Time to entry	Cost profile	Credential portability	Hands-on	Typical outcome
MGCCC credit program (30-credit certificate, 15-credit diploma, optional AAS)	2 semesters certificate, 3 semesters diploma, plus gen-ed for AAS	College tuition plus tooling, PPE, possible AWS test fees; WIOA may apply	High; credit-bearing, articulates to AAS and possibly four-year transfer	Lab every term, plus pipe and code courses	Entry-level welder for structural, pipe and fabrication work; D1.1 test eligible
MGCCC 15-week workforce training	15 weeks, non-credit	No tuition for many via WIOA and other grants	Low to moderate; completion certificate, not college credit	Same AWS-aligned competency set, compressed	Entry-level welder ready for hire; D1.1 eligible after structural training
Four-year engineering or manufacturing degree	4 years	Highest: tuition, fees, books, lost wages	Very high, opens professional roles	Limited, theory-heavy	Engineer, manufacturing manager, quality or welding engineer track, not a bench welder
One-year certificate at a technical school	9 to 15 months	Public technical school tuition, usually below four-year	Moderate to high depending on the school	Good, varies widely	Entry-level welder with a certificate or credential
Employer-sponsored or union apprenticeship	3 to 5 years	Earn wages while learning; no tuition, but you live on apprentice wage	Very high, immediately valuable	Huge: paid, supervised, real production work	Journeyman welder with recognized credential and pipeline of work
Short private trade school or bootcamp	Weeks to a few months	Highest per hour; often tuition or job-placement fees	Low to moderate; check third-party recognition	Good in class, thin on the plant floor	Basic process exposure, maybe a certificate of completion
Self-study plus online courses	Whenever you start	Lowest direct cost, but steel, wire, gas and a torch add up	Low; few employers accept a video history	Theoretical only unless you buy equipment	Knowledge on paper, no verified bead control, no shop record

Why the MGCCC Path Is Unusually Good Value

MGCCC offers a 30-credit Welding Technology certificate that stacks into a 15-credit diploma and, optionally, an Associate of Applied Science degree. Short courses cannot match that structure.

Credit hours are not thrown away. Add the diploma year later with pipe and Welding Code coursework and you can finish an AAS. WLT 1155 and WLT 1252 cover stick-out, uphill and overhead work, while WLT 2913 Welding Code teaches you to read AWS D1.1 and ASME references. Most short courses stop at flat and horizontal fillets.

Both routes, credit and non-credit, share the same AWS entry-level competency documents, AWS EG2.10-95 and AWS QC 10-95, and the same seven process areas, so a student can move between the two doorways without relearning fundamentals.

The AAS Path and the Four-Year Question

The AAS adds 15 to 17 general education credits: technical English or composition, humanities, social and behavioral science, math or natural science, and computer applications. Those hours often do not transfer cleanly into engineering technology, quality or inspection roles, so finishing an AAS means you already paid for them.

MGCCC advises transfer-bound students to conference with an advisor and publishes a Credit by Non-Traditional Means policy for articulated credit. Read the course catalog first; terms differ by receiving institution.

Apprenticeship: The Honest Comparison

An apprenticeship through the U.S. Department of Labor apprenticeship system is arguably the strongest single route in the table: you earn from day one and learn on real production work. The catch is competitive selection and a brutal schedule of long shifts and weekends.

MGCCC offers structured instruction on a predictable schedule, at community college cost, with none of the selection lottery. Finish the credit diploma first, then apply, and you are a stronger candidate than someone applying cold.

The Self-Study Trap

Online courses are good for theory: metallurgy, symbol reading, code logic, safety. They cannot teach arc control, heat control, fit-up and shop discipline, because those are motor skills with a hot workpiece in front of you. The Bureau of Labor Statistics Occupational Outlook Handbook notes that many employers prefer candidates who completed training or credentialing programs, so a hobbyist with no shop record competes against a candidate with documented hours for the same slot.

Which Route Fits You

• High school student: take the credit program. Dual enrollment makes it tuition-free in many cases and starts a transcript. Compare skills in our welding course overview.
• Career changer: the 15-week non-credit Welding Workforce Training route gets you working faster on the same AWS competencies, with credit hours available later.
• Laid-off Gulf Coast worker: the WIOA-funded workforce route is the most direct line. Check the WIOA program page for tuition assistance and supportive services.
• Already certified, want pipe and code: take the diploma year. WLT 1155, WLT 1252 and WLT 2913 are the value if you have never run pipe.

The routes are not mutually exclusive. Learn fundamentals in a lab where mistakes are safe, then take the credential into a shop and get paid while you sharpen. Get the vocabulary down with our guides on why stick welding still wins and air arc cutting and gouging.

Ten Questions to Ask Before You Sign Up (and the Mistakes Students Make)

Registering for welding is easy. Getting into the wrong section, funding path or lab block costs you a semester and a few hundred dollars. These questions separate students who finish from students who stall out. Ask them before you sign the paperwork, not after.

Ten Questions to Ask Admissions, Workforce Training and Your Instructor

1. Which campuses and times does the welding lab run? Ask for the lab blocks at the Jackson County Campus, Perkinston Campus, George County Center, West Harrison County Center or the Advanced Manufacturing and Technology Center in Gulfport. Section times are published in the MGCCC class schedule, and they are fixed blocks, not flexible lectures.
2. Is the 15-week workforce program or the credit track right for me? The Welding Workforce Training path is non-credit and shorter. The credit Welding Technology program earns hours that stack into a certificate, diploma and AAS. Only one of those earns credits toward a degree.
3. Does my work and family schedule survive the lab block? Ask how many hours per week the lab runs and whether that changes by term.
4. Is the AWS D1.1 test included, or is cost and scheduling separate? Ask what the test costs, who schedules it and how long it takes. Students who finish the structural welding training in the workforce program are eligible to test.
5. What are the current tuition and fee figures for my track? MGCCC does not post one flat number for these programs, so ask the Workforce Training office directly (workforce@mgccc.edu, 228-897-4360) instead of guessing from a number you found on a forum.
6. Can WIOA or another source cover it? Ask about WIOA Title I assistance and the Out-of-School Youth program, and whether funding is still available in your area.
7. What PPE and tools must I buy before day one? Get the exact list, including whether the program supplies helmets, gloves and leathers or expects you to bring your own.
8. Is the Technical Skills Attainment document required for my credential? Career and technical completers may need it, and it is not something to discover in the final week.
9. What is the placement rate for my cohort, and which local employers hire from the program? Ask for actual numbers and actual names, not general statements about the region.
10. Can the certificate stack toward the diploma or AAS later? Confirm how the 30-credit certificate counts, and when to meet with an advisor so the plan does not cost extra semesters.

Seven Mistakes That Cost Students Weeks

• Showing up without eye protection and leather gloves. This is the fastest way to get sent home on day one. OSHA 29 CFR 1910.252 requires proper eye protection during all arc welding or arc cutting operations. Bring them the first week, not the first week you remember them.
• Treating cutting and blueprint reading as an afterthought. Cutting is half the entry-level work you will be offered, and blueprint reading is what moves you off helper pay. Practice only the arc side of the curriculum and you leave two courses behind.
• Living on one process. Shops run on more than one. If stick is the only process you can do well, you are limited to the jobs that need stick. Learning MIG and flux core early widens what you can bid on. See why SMAW still wins on outdoor and dirty steel and where the other processes outperform it.
• Skipping the math and blueprint work because it feels like school. Weld symbols, joint prep and heat control are the difference between a welder and a fitter. The classroom hours are where you learn to think about the joint before you strike an arc.
• Neglecting housekeeping and fire watch habits. Grinding spatter, swept floors and a fire watch kept past the last arc are job-site expectations, not extras.
• Ignoring the Technical Skills Attainment paperwork until the end. It is administrative, it is boring, and far easier to close out in week three than in week fifteen.
• Confusing course completion with certification. Finishing WLT courses is not the same as holding an AWS credential. If you plan to test under the AWS D1.1 structural welding code, understand the qualification path separately. You can also look up credentials by state through CareerOneStop’s certification finder.

Conclusion: Is the MGCCC Welding Program Right for You?

MGCCC gives you two real doors into the trade, and picking between them is mostly about your schedule and your money, not your ability. The credit route starts with a 30-credit Welding Technology certificate, stacks into a 15-credit diploma, and keeps going into an Associate of Applied Science degree. It is laid out on the Welding Technology program page, with every course code in the course catalog. The second door is the 15-week, non-credit Welding Workforce Training program, which covers the same AWS-aligned entry-level competencies. Underneath the paperwork, the bench work is identical: stick, MIG, flux core, TIG, plus plasma arc, carbon arc and oxyfuel cutting.

So if you are choosing, ask one question first. Do you need credits you can transfer later, or do you need to be on the bench in a few months? That is the whole decision.

The Demand Reality, Without the Hype

Here is the honest version. According to the BLS Occupational Outlook Handbook for welders, cutters, solderers and brazers, employment stood at 437,700 jobs in 2025 and is projected at 448,100 by 2035. That is a 2 percent increase, slower than the 3 percent average across all occupations, and it adds roughly 10,300 new jobs.

That sounds underwhelming until you read the next line: about 40,300 openings are projected each year. Most of them exist because welders move to other occupations or leave the workforce entirely, not because the industry is suddenly doubling. The practical meaning is simple. If you finish a program and can show verified skill, read a code, and accept shift work, you are in the hiring pool. If you cannot show any of that, the openings will not come looking.

Robots Are Not Taking Your Job, but They Are Changing It

The Gulf Coast is heading toward automated production, and MGCCC is building for it through the Advancements in Manufacturing Upskilling Program, which brings robotic welding cells, collaborative robots, additive manufacturing and scanning equipment onto the coast. Translation: repetitive, repeatable work is being automated, and the premium is shifting toward coded, inspected, robotic and pipe work. That is an argument for pairing a hands-on welding credential with fabrication, inspection or robotic welding exposure rather than trying to out-braze a robot at its own game.

Your Next Steps

• Request information from Welding Workforce Training: workforce@mgccc.edu or (228) 897-4360.
• Review the Welding Technology program page and course catalog if you want the credit-bearing route.
• Talk with an advisor about stacking the certificate into the diploma and AAS, and about transfer options if a four-year school is the goal.
• Check the class schedule early, because welding lab time is a fixed block and sections fill.
• Explore funding through the WIOA page and the college’s financial aid and Paying for College resources.
• Or call a campus business office: Jackson County Campus (228) 497-7801, Perkinston Campus (601) 928-6228, George County Center (601) 766-6451, Harrison County Campus (228) 896-2503.

What actually decides the outcome is not the diploma. It is consistency at the bench, safety habits that never slip when the foreman is not watching, and the willingness to learn pipe work and code reading after you can lay down a clean flat and horizontal fillet without thinking about it. Do that, and the credential becomes the door. Skip it, and the credential is just paper.

Frequently Asked Questions

What is the MGCCC welding program?

MGCCC is Mississippi Gulf Coast Community College, and its Welding Technology program is a credit-bearing curriculum designed to prepare students for entry-level employment as welders, cutters, solderers and brazers. It covers shielded metal arc, gas metal arc, flux cored arc and gas tungsten arc welding plus plasma, carbon arc and oxyfuel cutting, with competencies mapped to the AWS EG2.10-95 and AWS QC 10-95 entry-level documents.

How long does it take to finish the MGCCC welding program?

The certificate is 30 credits across two semesters, and the diploma adds a third semester of 15 credits in pipe welding, advanced pipe welding, welding code and special problems. A separate non-credit Welding Workforce Training program runs15 weeks and is built on the same AWS-aligned curriculum, though it does not lead to a degree.

Does the program include welding certification?

Curriculum alignment is not the same as certification. MGCCC states that students who complete structural welding training are eligible to test for AWS D1.1 certification, but the test itself is a separate AWS process with its own application, scheduling and cost. AWS also runs a broader Certified Welder Program for welders who want a portable credential beyond a single code.

Is the workforce training program the same as the degree program?

They cover the same core content and the same welding and cutting processes, but they are run by different offices with different outcomes. The Welding Workforce Training program is non-credit, 15 weeks, and has no AAS attached; the Welding Technology program is credit-bearing and can lead to a 30-credit certificate, a 15-credit diploma and then an Associate of Applied Science.

What welding processes will I learn at MGCCC?

You will work with shielded metal arc welding (stick), gas metal arc welding (MIG), flux cored arc welding, gas tungsten arc welding (TIG), plasma arc cutting, carbon arc cutting and oxyfuel cutting. Pipe welding and advanced pipe welding appear in the diploma year, and blueprint reading, welding symbols and metallurgy sit in the certificate year.

How much does the MGCCC welding program cost?

Pricing depends on whether you take the credit program, the non-credit workforce track, or a funded seat, so confirm current tuition and fees with the Paying for College page or the Workforce Training office before enrolling. If you have financial need, WIOA Title I funding through MGCCC can provide tuition assistance pending funding availability, along with supportive services and paid internships.

Do I need prior welding experience to start?

No. The sequence begins with Introduction to Welding and Safety and cutting processes, which assume you are starting from the ground up. What you do need is the willingness to practice: repetition at the bench, correct PPE from the first day, and the physical stamina to hold position while the work gets harder.

What jobs can I get after completing the program?

The program lists entry-level positions as welders, cutters, solderers and brazers. On the Gulf Coast that typically means fabrication shops, structural and pipe work, shipyard and marine repair, pressure and maintenance work, and the sort of multi-process fabrication that plants need, with code knowledge and pipe certification lifting your pay and options.

Can I use the certificate toward a four-year degree later?

The AAS path adds general education credits on top of the technical certificate, and MGCCC advises students who plan to transfer to schedule a conference with an advisor. Articulated credit may also be available under the Credit by Non-Traditional Means policy, so talk to an advisor before you finish your technical coursework.

Where does the welding program run?

MGCCC lists the Jackson County Campus, Perkinston Campus, George County Center, West Harrison County Center and the Advanced Manufacturing Technology Center in Gulfport among its locations, and welding lab sections meet on published schedules. Contact a campus business office or the Workforce Training office at (228) 897-4360 to confirm which site and section are running when you want to start.